Description, Mission and Values:
The Physical Sciences Department is in the School of Science and Technology at Dixie State College. The Physical Science department houses the Chemistry, Physics, Geology/Geography, and Engineering programs.
The Physical Science Department will provide students with knowledge and skills necessary to understand, assess, and utilize elements of the physical sciences they will encounter in the 21st century. The Physical Science Department will also teach students, in a clear and understandable manner, the scientific process and fundamental scientific concepts upon which further, life-long scientific understanding can be built. Courses in the department will provide students with the skills and opportunities necessary to make independent, empirical inquiries about the natural world, apply scientific principles, develop critical decision-making abilities, and understand the roles physical sciences play in technological advancement. The skills acquired in Physical Science courses allow students to make informed personal and social decisions about ever-increasing amounts of relevant scientific information and their relevance to society.
Unit Governance, Leadership, and Faculty:
The Physical Science department has eleven full time faculty, two contracted employees, nine adjuncts instructors, and a half- time secretary. This includes the Dean of the School, Dr. Victor Hasfurther and the Department Chair, Associate Professor Peter Van Valkenburg; Assistant Professor Rob Cowan serves on the DSC Faculty Senate..
.
Faculty Credentials
|
Tenured and Tenure Track
|
Contract
|
Adjunct
|
Doctoral or other Terminal Degrees
|
8
|
1
|
5
|
Masters Degrees
|
3
|
1
|
3
|
Bachelor Degrees
|
|
|
1
|
Other
|
11
|
2
|
9
|
Courses and programs offered:
The physical science department provides a number of classes that fulfill GE requirements for the college. It also offers courses that support the Biology baccalaureate degree programs, the Integrated Studies baccalaureate degree program, as well as all of the Health Science degree programs. In fall of 2012, a BS degree in Physical Science Composite Teaching that will provide highly qualified teachers to the secondary teaching institutions in the state will be implemented. An Associate of Pre-Engineering degree for those students wishing to transfer with an excellent background in engineering is the second degree offered in the Physical Sciences. The full course descriptions can be found at www.dixie.edu/science/index.php.
Assessment and Effectiveness:
The student, at the end of any Physical Sciences Department course:
Will be able to demonstrate knowledge of the skills required to make informed personal and social decisions about the issues that we will face locally as well as globally.
Will be able to demonstrate knowledge of basic fundamental laws, concepts, and theories in the physical sciences and be able to apply them to everyday life.
Will understand the process of science — how scientific knowledge is generated and validated — so that they can make independent, empirical inquiries about the natural world.
Will be able to demonstrate knowledge of the process of science by being able to interpret data in the form of tables, graphs, and charts and then communicate those findings in oral and or written form.
The Physical Science department follows the NSES standards as well as the LEAP objectives in its course offerings.
DSC Standard
|
NSES Standard
|
Standard #1: Provide students with knowledge and skills necessary to understand, assess, and utilize elements of the physical sciences they will encounter in the 21st
century.
|
Standard A: Professional development for teachers of science requires learning essential science content through the perspectives and
methods of inquiry.
|
Standard #2: Teach students, in a clear and understandable manner, the scientific process and
fundamental scientific concepts upon which further, life- long scientific understanding can be built.
|
Standard C: Professional development for teachers of science requires building understanding and ability for lifelong learning.
|
Standard #3: Provide courses that will enable students with the skills and opportunities necessary to make independent, empirical inquiries about the natural world, apply scientific principles, use technology, develop critical
decision-making abilities, and understand the roles physical sciences play in technological advancement.
|
Standard A: Introduce teachers to scientific literature, media, and technological resources that expand their science knowledge and their ability to access further knowledge.
|
Standard #4: Offer courses that allow students to make informed personal and social decisions about ever increasing amounts of relevant scientific information and its relevance to society.
|
Standard B: Professional development for teachers of science requires integrating knowledge of science, learning, pedagogy, and students; it also requires applying that knowledge to science teaching.
|
Department Mission Goal #1:
Provide students with knowledge and skills necessary to understand, assess, and utilize elements of the physical sciences they will encounter in the 21st century.
Learning Outcomes:
Students will practice and demonstrate science principles via laboratory experiments, field experience, and undergraduate research projects.
Students will be able to understand and communicate effectively the relationships and linkages of major thematic concepts in physics, chemistry, and earth/space sciences with biology and mathematics.
Assessment:
Students will take an Independent Research course in their senior year to evaluate their skills in understanding, analyzing, and utilizing the related concepts and tools of science,
and their ability to communicate clearly and effectively with others in written and oral reports.
Students’ test scores in exams and laboratories will be monitored and analyzed to assess
whether effective teaching and learning is taking place at every level.
Students will be invited and encouraged to pursue undergraduate research projects and to collaborate with faculty members in research and publication, and numbers and quality of
such activities will be tracked and evaluated.
Department Mission Goal #2:
Teach students, in a clear and understandable manner, the scientific process and fundamental scientific concepts upon which further, life-long scientific understanding can be built.
Learning Outcomes:
Students will learn the fundamental scientific concepts and the scientific process.
Students will be taught by qualified and skilled professors and instructors who will demonstrate and model concepts and principles in theory and in practical application. Assessment:
Students will be evaluated during their SCED courses for foundational knowledge and ability to communicate it through examinations and writing assignments.
Students will be observed and evaluated during student teaching regarding their ability to articulate the scientific process and fundamental scientific concepts to students.
Students, supervisors, and teaching colleagues will regularly evaluate effective teaching performance through student opinion-of-instruction surveys, supervisor in-class
evaluations, and collaborative work.
Faculty will attend faculty development activities to hone pedagogical skills, and they will regularly attend conferences and colleagues’ meetings to enhance subject knowledge and presentation methods.
Department Mission Goal #3:
Provide courses that will enable students with the skills and opportunities necessary to make independent, empirical inquiries about the natural world, apply scientific principles, develop critical decision-making abilities, and understand the roles physical sciences play in technological advancement.
Learning Outcomes:
Program curriculum will meet students’ needs in preparing them to be effective secondary
science teachers or to pursue continuing education in graduate school.
Graduates of the DSC Physical Science Composite Teaching program will be sought by employers and recognized for the quality of their education.
Assessment:
Students will pass all courses in their major with a grade of C or higher and will pass all final exams in each course with scores that exceed the 50th percentile.
Placement of graduates will be monitored annually. Surveys of graduates and employers
will assess students’ preparation for secondary teacher positions.
Program curriculum will be regularly reviewed by faculty and deans for appropriate
content; assessment will include students’ ability to efficiently progress to their degree.
Department Mission Goal #4:
Offer courses that allow students to make informed personal and social decisions about ever increasing amounts of relevant scientific information and its relevance to society.
Learning Outcomes:
In written work, examinations, and class discussions, students will demonstrate awareness of the relationships of science and scientific research to real-world application, and the role
science plays in shaping understanding of the natural world and human relationships.
In written work, examinations, and laboratory research activities, students will demonstrate knowledge and competence in acceptable scientific methods and scientific ethics.
Assessment:
Departmental rubrics for evaluation of student papers and examinations (to be developed) will include standards for scientific-sociological literacy.
Rubrics will identify standards for evaluation of laboratory research and ethical issues in the sciences.
Major Changes and Significant Trends:
Enrollment in the Physical Science Department has increased steadily over the last five years, as has the enrollment at the college. The department has had to increase the enrollment in all of its Chemistry courses. The number of chemistry labs
offered has almost doubled in the last five years. The physics and geology offerings have increased due to the extremely high student enrollment over the last five years. The number of students in each physical science course has been increased and more sections of each course has increased.
The most significant change is the addition of an new Physical Science Composite Teaching BS degree, which has brought a number of new terminally degreed faculty members into the department.
Department Resources, Strengths, and Limiting Factors:
Personnel: The Physical Science department boasts four faculty members in chemistry with Ph.D.s; one .5 faculty member with a Masters, and one .74 faculty with a Masters. Chemistry has four adjuncts, one with a Ph.D., two with masters, and one with a B.S. degree. The department has a half-time employee who sets up the lab demonstrations and organizes the chemicals. Physics has two full time faculty members, one with a Ph.D. and the other with a masters degree. In Engineering there are no full time faculty; the program relies on three adjuncts, two with Ph.D.s and one with a Masters degree.
Geology/geography has three full time faculty members, two with Ph.D.s and one with a Masters degree, and three adjuncts, all with masters degrees.
Facilities and Equipment: In chemistry the organic chemistry lab poses special safety and administrative concerns. They must have ventilation sufficient to minimize exposure to volatile organic solvents and chemical compounds; but also environmental control of a huge amount of make-up air. This necessitates a substantially larger air conditioning or heating unit than would be normally required. Protection of airways is expensive and difficult as opposed to a general chemistry laboratory where most work involves aqueous solutions with no danger from inhalation.
The physical presence of chemistry laboratories in a building require the following:
Ventilation to prevent exposure to volatile organic chemicals and reagents or products.
A storeroom with ventilation and explosion protection. This must be located close to the laboratory classroom in order to prevent transportation of the chemicals across inhabited spaces. This also will require a person to attend the stockroom and track chemical inventory, the hazardous communication plan for the building and manage the hazardous waste accumulation area.
The hazardous nature of the chemicals means that the building occupants must be trained in the building’s
hazardous communication plan.
Technically, there may be a need to ship chemicals and waste across campus – this will require a person that is a certified chemical shipper and if chemicals leave campus, someone capable of interpreting and following DOT rules and regulations will be required.
The existing facility (SCI 201, 202, 204) is deficient because:
The organic chemistry labs in SCI 201 have a big problem with environmental control of the make-up air; which means that inhabitants cook in hot weather and freeze in the winter. This makes it problematic to use the hoods since the act of minimizing inhalation danger causes risk of heat exhaustion. This is especially important in order to teach organic chemistry in the summer.
The chemical storeroom is deficient in general ventilation
SCI 201 is not a good utilization of space. This lab was not designed for organic chemistry so thre is a huge amount of underutilized space in the center with most organic laboratory activity occurring in the hoods along the walls.
The limited number of hoods (8) caps the maximum enrollment for the lab section at 16 students. This requires the college to pay for more lab sections to be taught and this also limits the enrollment for the associated lecture class.
Renovation of the existing facility (SCI 201) is likely impossible since there are currently large motors and other multi- ton pieces of equipment directly above the ceiling.
In Geology/Geography and Physics there is adequate classroom space and technical equipment for the next few years. After that the department will have to replace projectors, white boards, and some physics equipment and demonstrations. A new building is being built to accommodate the projected student enrollment growth.
Technology: Most classrooms are “smart” classrooms and have adequate technological equipment available.
Institutional Support: Administrators recognize the importance of science and technology education and have been supportive in funding new faculty hires and new baccalaureate degrees. As resources allow, they have indicated their support for a new chemistry laboratory.
Plans for the Future:
The Physical Science Department has added the new Physical Science Composite Degree. The objectives and assessments for the Physical Science department are reflected in new degree offering. Within the next few years two new baccalaureate programs, Environmental Science and Chemistry, will be proposed.
Program at a Glance
|
|
2007-2008
|
2008-2009
|
2009-2010
|
2010-2011
|
2011-2012
|
Faculty Headcount (FT)
|
8
|
8
|
8
|
8
|
9
|
Faculty Headcount (Contract, PT)
|
1
|
2
|
3
|
3
|
3
|
Adjunct Headcount
|
7
|
8
|
10
|
11
|
13
|
Full-time/Adjunct Ratio
|
8/7
|
8/8
|
8/10
|
8/11
|
9/13
|
|
|
|
|
|
|
Student Credit Hours (total)
|
6508
|
6585
|
7203
|
8718
|
10440
|
Majors Headcount
|
0
|
0
|
0
|
0
|
0
|
Total FTE
|
434
|
438
|
480
|
581
|
695
|
Degrees Awarded
|
0
|
0
|
0
|
0
|
0
|
Certificates
|
0
|
0
|
6
|
4
|
2
|
Associates
|
n/a
|
n/a
|
n/a
|
n/a
|
n/a
|
Bachelors
|
n/a
|
n/a
|
n/a
|
n/a
|
n/a
|
Other
|
|
|
|
|
|
|
|
|
|
|
|
Finances
|
|
|
|
|
|
Revenues (total)
|
|
|
|
|
|
Expenses (total)
|
|
|
|
|
|
|
|
|
|
|
|
Other Metrics (if any)
|
|
|
|
|
|
(Pass rates on prof./ lic. exams)
|
|
|
|
|
|
(Job placement rates)
|
|
|
|
|
|
|
|
|
|
|
|
Department Chair: Victor Hasfurther (Dean of Science and Technology)
Contact Information: North Instructional Building 116/ 652-7861/ hasfurther@dixie.edu
Description, Mission and Values:
The Automotive Department is an academic constituent of the School of Science and Technology and serves the associates of applied sciences education area for students at Dixie State College. An Associate of Applied Science in Automotive Technology degree program and a Certificate program offered through the Department represent areas of applied education as part of the community college mission of Dixie State College.
The mission of the Automotive Department is to prepare graduates to be competent in the technical theory of automobiles and have hands-on experience with actual automobiles so that at the end of the program the student will be immediately productive as an automotive technician. Automotive technician graduates will possess the skills and knowledge to sit and hopefully pass national certification tests (ASE Testing Certification) in at least 6 of the 8 areas offered for the Certificate Program and all 8 for the Associates of Applied Science Program. The student should also possess the ability to communicate and solve automotive problems efficiently as part of the educational requirements.
Unit Governance, Leadership, and Faculty:
The Automotive Department is housed under the Dean of Science and Technology and the Dean acts as the Department Head. The department has two full time faculty members and on average four automotive technician adjuncts. The adjuncts are certified automotive technicians in at least two different areas and help supervise students in the practicum portion (auto shop laboratory) of the different courses being taught during the each semester. The adjuncts also sometimes teach the introductory automotive class. Many of our students have taken the introductory automotive class through concurrent enrollment at the area high schools. The faculty is assigned to at least one or more College committees. The faculty are all NATEF certified.
Faculty Credentials
|
Tenured and
Tenure Track
|
Contract
|
Adjunct
|
Doctoral of other Terminal Degrees
|
|
|
|
Masters Degrees
|
|
|
|
Bachelor Degrees
|
2
|
|
|
Other (ASE Certification)
|
|
|
4
|
Courses and Programs Offered:
The Automotive Department offers a Certificate of Proficiency and Associates of Applied Science (AAS) degree in Automotive Technology. The program has met the requirements and received ASE Certification in all eight (8) automotive specialty areas through May 2013 from the National Automotive Technicians Education Foundation, Inc. (NATEF). Courses are taught in all 8 areas of NATEF certification and these areas are: Engine Repair; Automatic Transmissions and Transaxles; Manual Drivetrain and Axles; Steering and Suspension; Brake Systems; Electrical/Electrical Systems; Heating, Ventilation, and Air-Conditioning; and Engine Performance. The Certificate of Proficiency is issued to students who complete six of these areas (24 credits). The AAS degree requires the
student to complete all eight areas plus general knowledge courses and is considered a Master Technician equivalent with the degree.
Assessment and Effectiveness:
The program is designed to provide the student seeking entry-level employment in the automotive repair and service industry with the knowledge and skills to be successful. The knowledge and skill set obtained through the program includes basic automotive theory, basic vehicle repair, and the skills necessary to correctly analyze and perform maintenance procedures.
This program is designed to provide the following learning outcomes from the program practices and skills:
Demonstrate safe work practices to protect vehicles, self and the environment (hazardous waste material handling).
Communicate clearly, concisely, and effectively in writing and speech along with listening to, and understanding information and ideas as presented verbally to team members and others.
Conduct yourself on the job with a high degree of professionalism and demeanor.
Demonstrate the use of service literature and manuals, standards, terminology, and tools effectively and efficiently.
Demonstrate an ability to do systematic diagnostic and repair strategy to maintain modern automobiles and light trucks.
Maintain and perform light repairs to automotive electrical systems, automatic and/or manual transmissions, steering and suspension, brake systems, heating and air conditioning systems, and internal combustion engine repair/or engine performance to NATEF standards.
Perform minor vehicle services.
Each of the above learning outcomes will be assessed by a pre- and post-test procedure in the classroom using sample test questions where applicable from ASE certification sample examination questions. NATEF has developed a list of tasks that a student must complete in each of the 8 areas of certification in the shop area. The student has a workbook for each shop subject area with a list of tasks specified by NATEF which must be signed off by the instructor as being completed. The student is encouraged to take the ASE certification examinations for the 8 areas upon completion of the program. However, the results are unavailable to the College and thus the use of pre and post testing. An Automotive Technology Advisory Committee meets at least twice per year to review the programs and make suggestions for improvement of facilities, instructional materials, performance of graduates, and discussion of any new goals. This advisory committee is required by NATEF.
Major Changes and Significant Trends:
Enrollment in the Automotive Program increased significantly when the economy had a downturn in 2008. As a result of the increase, the way the shop was conducted was changed to accommodate the students. The class and the automotive shop portion of the class were separated. This required the hiring of certified ASE shop adjuncts to help guide students through the shop exercises required in the program and by NATEF. It also meant that more space was needed. In 2010, the auto body program moved out of the shop area and this allowed for expansion.
The result has been beneficial and is allowing for new equipment and techniques in alternate fuels and diesel to be considered part of the shop program.
Enrollment has leveled off and actually decreased slightly in 2012 with the economy moving in a positive direction. The changes made have helped maintain the program at a viable level.
Program at a Glance
|
|
2007-2008
|
2008-2009
|
2009-2010
|
2010-2011
|
2011-2012
|
Faculty Headcount (FT)
|
2
|
2
|
2
|
2
|
2
|
Faculty Headcount (Contract, PT)
|
0
|
0
|
0
|
0
|
0
|
Adjunct Headcount
|
3
|
3
|
3
|
5
|
5
|
Full-time/Adjunct Ratio
|
0.35
|
0.35
|
0.35
|
0.5
|
0.5
|
|
|
|
|
|
|
Student Credit Hours (total)
|
|
|
|
|
|
Majors Headcount
|
|
|
|
|
|
Total FTE
|
|
|
|
|
|
Degrees Awarded
|
|
|
|
|
|
Certificates
|
|
|
|
|
|
Associates
|
|
|
|
|
|
|
|
|
|
|
|
Finances
|
|
|
|
|
|
Revenues (total)
|
|
|
|
|
|
Expenses (total)
|
|
|
|
|
|
|
|
|
|
|
|
Other Metrics (if any)
|
|
|
|
|
|
(Pass rates on prof./lic. exams)
|
|
|
|
|
|
(Job placement rates)
|
|
|
|
|
|
|
|
|
|
|
|
Department Resources, Strengths, and Limiting Factors:
Personnel: The Automotive Department has two faculty members. These two individuals both hold a Bachelor of Science Degree in Automotive Technology. One of the two individuals is within two courses of completing an online Master’s degree program in educational administration. The department has used three adjuncts to teach our basic classes. The adjuncts hold an AAS degree in Automotive Technology and two of them have secondary certification credentials in the automotive area. Adjunct faculty used in the shop area must be ASE certified in at least two different NATEF areas and have 5 years experience in order to supervise students. A person in the advising office has specific assignment for advising students in the automotive area and ensuring reasonable progress toward a certificate or degree.
Facilities and Equipment: The faculty members have individual offices and the program has been assigned two individual classrooms with storage space in the back of the classrooms. A shared secretary and the administrative assistant to the Dean handle the paperwork and other duties of the department. The Library and Technical materials are adequate and maintained up-to-date.
The shop area has ample space to house equipment, tools, computers, etc. for the students work. There are fourteen bays for working on vehicles. The equipment is modern and is maintained to NATEF standards in all areas. Safety procedures are emphasized and tools are checked in and out by shop personnel.
Strengths and Limitations: The strength of any program lies in its faculty and equipment. The automotive area has quality faculty and a shop area that is equipped to handle the needs of our students in a manner that qualifies them to be job ready upon graduation. It would be helpful to have a larger variety of automobiles to work on in the shop area, especially some of the newer and more highly equipped automobiles and light trucks. Staying abreast of new equipment and fuels is always a problem for the shop area.
Plans for the Future:
The automobile has many more years in its future. Significant changes in our program are going to be in the alternative fuels and motors used in the vehicles. The department is presently looking at offering alternative fuel engagements for our students along with diesel in automobiles and light trucks. Compressed natural gas and fuel mixtures from recycled fuels are presently being considered within our program. Equipment is being purchased that will allow for us to start teaching in these areas within the coming year. Electrical motors and alternative combustion motor technology is pushing the automobile industry and training in these areas is becoming necessary for the modern technician.
Department Chair: Dr. Barton Stander
Sch
Contact Information:stander@dixie.edu, 435-652-7973
Description, Mission and Values:
The Computer and Information Technology department at Dixie State College of Utah helps students to achieve their academic, career, and life goals, including those pertaining to using computer systems to solve computation, infrastructure, and visual design problems. The department helps students prepare for success in their future professional and academic endeavors. The CIT department offers bachelor degrees in Computer and Information Technology and Computer Science, and a vocational certificate in Visual Technologies.
Core Theme Alignment:
The department supports a culture of learning through coursework and extra-curricular activities. Students are encouraged to learn the necessary skills for their future through course assignments and projects. Students are often required to learn new technology as the field continues to evolve. The department supports a culture of values through interaction between the faculty, staff and students. These interactions are based in respect and integrity. There is an ongoing effort to diversify the faculty and student body in the department. The department supports a culture of community through continuous involvement between the faculty, students, local workforce and employers. The growth of the technology sector in the economy is a major indicator of department success.
Unit Governance, Leadership, and Faculty:.
Governance: The CIT department is in the School of Science and Technology, under the administration of Dean Dr. Victor Hasfurther. The department chair participates in the campus Curriculum Committee; and all faculty members serve on institutional committees, including Campus Web, Student Conduct, Undergraduate Research, Information Technology, Faculty Professional Development, and so on.
Faculty: The full time regular faculty in the CIT department includes five doctoral degrees and two master degrees, with more than 70 years of teaching experience. The adjunct faculty is mostly composed of working professionals with years of private sector experience, coupled with advanced degrees. There are five adjuncts with master degrees, two currently enrolled in masters programs, and two with bachelor degrees.
Staff: The staff in the CIT department includes a half time lecturer advisor and half of a full time secretary. Both hold bachelor degrees. The advisor’s degree is in Computer Science.
Faculty Credentials
|
Tenured and
Tenure Track
|
Contract
|
Adjunct
|
Doctoral or other Terminal Degrees
|
5
|
|
|
Masters Degrees
|
2
|
|
5
|
Bachelor Degrees
|
|
|
4
|
Other
|
|
|
|
Courses and programs offered:
The CIT department offers courses in Computer Science, Information Technology and Visual Technologies. The courses range from introductory through senior capstone courses. The department offers two bachelor degrees, one in Computer and Information Technology, and one in Computer Science, and a certificate in Visual Technologies. The CIT degree has three possible emphasis areas, Computer Science, Information Technology, and Visual Technologies, in addition to the degree without emphasis. The Computer Science courses focus on
computer programming and the theory of computation. The Information Technology courses focus on the management of computer systems and networks. The Visual Technologies courses focus on Digital Design, Web Design, Multimedia, and Web Application Development.
Assessment and Effectiveness:
The effectiveness of the degrees is assessed by the fraction of graduates desiring to enter the workforce or graduate programs who successfully find employment or acceptance to graduate school. Feedback from graduates, local employers, and in-state graduate programs is used to continually improve the effectiveness of the program in preparing graduates for their futures in technology.
At least every other year, the department meets with an informal steering committee of local employers to receive feedback on the preparation of graduates from the program for the workforce. Every year, the department participates in state-wide meetings with Computer Science departments from other institutions for collaboration. Feedback from the in-state graduate programs on the preparation of graduate students are sought and received at these meetings.
Notable changes in the program include an increased emphasis in course work on improving student’s ability to problem solve independently, inclusion of recently popular technology platforms, such as iOS and Ruby on Rails development, and the inclusion of computational theory and algorithms. The size of the program has allowed for an informal effectiveness assessment in the past. Moving forward a formal database of graduates and their first employment or graduate school status will be maintained. Also the feedback from the steering committee and graduate programs will be logged for historical review.
Major Changes and Significant Trends:
In the last five years, the department has grown from five to eight full time faculty positions, hired a dedicated half time lecturer advisor and gained a half time position for system administration. These additional positions have allowed the number of students served by the department to increase dramatically, while continuing in quality.
The emphasis areas in the CIT degree have been modified nearly every year to adjust to the changes in target careers and employer expectations. The CS degree was just approved on January 11, 2012.
The last five years have seen an increase in the number of graduates seeking and attending graduate programs, including Computer Science, Information Technology, Masters of Fine Arts, Masters of Business Administration, and Law. The acceptance rate has been very favorable. This year the department is launching its first blended course offerings, after developing and using a delivery and student interaction system last year.
Department Resources, Strengths, and Limiting Factors:
The department has eight full time faculty positions. The major areas of Computer Science are covered well with the diverse qualifications of the faculty. However, additional faculty breadth and depth are necessary in the Visual Technology and Information Technology areas. The number and variety of courses that are offered in these areas are limited by the number of faculty members.
Student advising has been supported well by a 50% time lecturer/advisor position up to this time, but due to the recently increased number of students and declared majors, additional advising support would be beneficial for the students.
The computing facilities in the CIT department are generally very good. Due to budgeting priorities within the department and student fees, the computer systems are rotated on a regular basis, and software systems are updated yearly. Recently, a 50% time position for a system administrator has been approved, which will improve
the maintenance of the systems. The classroom facilities are very good, but with increased enrollments, the need for an additional classroom will soon arrive.
The institution is generally supportive of the department needs. The most pressing needs of the department at this time are additional full-time faculty positions, an additional dedicated computerized classroom, and additional advising capacity.
Plans for the Future:
The department’s future plans are centered on two concerns; the ability to deal with the increased student demand of popular emphasis areas, and the ability to continually update the curriculum and degree requirements to properly prepare graduates for their future, in the ever changing world of technology.
The ability to deal with increased student demand is generally limited by the availability of faculty positions and qualified adjunct faculty from the local area. Full time faculty positions are requested from the institution every budget cycle; and adjunct faculty are sought out continuously.
As the Computer Science degree and the Art degree are now available at DSC, the CIT degree will be redesigned to align more directly with the recent changes in career opportunities for Computer and Information Technology professionals. There will be an increase in the Internet and Mobile development offerings and requirements. The focus on Print Design will be transitioned to the Art degree, and a stronger focus on design for digital environments will be made.
Program at a Glance
|
|
2007-2008
|
2008-2009
|
2009-2010
|
2010-2011
|
2011-2012
|
Faculty Headcount (FT)
|
7
|
8
|
8
|
8
|
8
|
Faculty Headcount (Contract, PT)
|
0
|
0
|
1
|
1
|
1
|
Adjunct Headcount
|
2
|
4
|
7
|
9
|
13
|
Full-time/Adjunct Ratio
|
3.5
|
2.0
|
1.1
|
0.9
|
0.6
|
|
|
|
|
|
|
Student Credit Hours (total)
|
3690
|
4197
|
5691
|
6387
|
6408
|
Majors Headcount
|
140
|
146
|
225
|
262
|
278
|
Total FTE
|
246
|
279
|
379
|
425
|
427
|
Degrees Awarded
|
|
|
|
|
|
Certificates
|
3
|
2
|
2
|
1
|
15
|
Associates
|
|
|
|
|
|
Bachelors
|
17
|
18
|
21
|
31
|
27
|
Other
|
|
|
|
|
|
|
|
|
|
|
|
Finances
|
|
|
|
|
|
Revenues (total)
|
|
|
|
|
|
Expenses (total)
|
|
|
|
|
|
|
|
|
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School of Business and Communication
Udvar-Hazy School of Business Dean: Dr. William Christensen christenb@dixie.edu
Tel: 435-652-7887
Business Department Chair: Dr. Philip Lee lee_p@dixie.edu
Tel: 435-652-7832
School of Business Website: http://www.dixie.edu/business/
DEPARTMENT DESCRIPTION
The Udvar-Hazy School of Business (UHSB) was founded in 1996, at which time it offered associate degrees and certificates in Business. The UHSB has been offering bachelor degrees since 2000, with the first graduate in 2001.
MISSION: The mission of the Udvar-Hazy School of Business is to prepare students for successful employment, advanced learning and service to community. We are committed to providing an environment that embraces experiential learning, stimulates academic excellence and incorporates ethical considerations.
UHSB GOALS (Department goals reflect the core themes of the college)
Provide students with core business knowledge and skills that enable attainment of advanced business degrees and success in a rapidly changing, competitive business environment. (Core Theme One – A Culture of Learning)
Develop students’ awareness of and analytical and decision-making skills regarding business ethical issues. (Core Theme Two – A Culture of Values)
Establish partnerships with the community and alumni to provide an education that responds to local and industry needs and affords valuable, applied learning opportunities and community engagement. (Core Theme Three – A Culture of Community)
Employ highly qualified faculty members who foster open, innovative, analytical, and student-focused learning environments. Support academically and professionally active faculty who model continuous improvement in their practice and service. (Core Theme One – A Culture of Learning)
UNIT GOVERNANCE, LEADERSHIP, FACULTY AND STAFF
Until 2008, the Udvar-Hazy-School of Business (UHSB) was part of the Division of Business, Science, and Health. As of July 2008, the UHSB became a division separate from Science and Health, with its own Dean, and has established its own mission, goals, and strategic plan. The Dean reports to the Academic Vice-President, who reports to the President of Dixie State College. The major coordinating and decision-making council on campus is the President’s Executive Council. The Dean of the business school is on the President’s Executive Council, at which he represents the Business, Computer Information Systems and Communication Departments, the Dixie Business Alliance and the ROTC.
The Dean and the Business Department Chair work jointly to oversee business school faculty and programs. Faculty members are actively involved in business school governance and decision-making, through regularly scheduled department meetings. The UHSB has recently established or reestablished several support systems to assure responsiveness to the community and encourage continuous improvement efforts. Four department subcommittees, with all full-time faculty
members participating on at least one subcommittee, are: Strategic Planning, Assurance of Learning, Institute for Business Integrity and Faculty Development.
Advisory Councils
Three advisory councils have been established to provide industry relevance, program assessment, feedback and recommendations:
-The Udvar-Hazy School of Business Advisory Council, consisting of local and national business and community leaders.
-The Accounting Program Advisory Council, consisting of local employers of accountants, including accounting firms, non- profit, large and small corporation representation.
-A Student Advisory Council, consisting of students designated by the Business Student Association. The business student senator also participates in monthly department.
Faculty
The UHSB possesses a rare internal strength – a core group of academically qualified faculty, with extensive professional experience, who primarily focus on teaching (Faculty status link). In order to standardize course outcomes and assessment, course supervisors have been designated.
Business Administration Faculty Composition for Fall 2011 (By headcount- faculty members are included only once, reflecting their highest degree earned)
Business Administration Faculty Credentials
|
Full-time Faculty
|
Contract Faculty (.50 to .74 fte)
|
Adjunct
|
Doctoral
|
4.5 (Tenured)
1 (Tenure Track)
1 (Non-Tenure Track)
|
1
|
7
|
Masters
|
1 (Non-Tenure Track)
|
1
|
9
|
Bachelors
|
0
|
0
|
2
|
Note: one faculty member with a doctorate is 1/2 Accounting & 1/2 Bus. Management
Accounting Faculty Composition for Fall 2011
Accounting Faculty Credentials
|
Full-time Faculty
|
Contract Faculty (.50 to .74 fte)
|
Part-time Faculty
|
Doctoral
|
1.5 (Tenure Track)
|
1
|
0
|
Masters
|
(Tenured, ABD)
(Non-Tenure Track)
|
0
|
1
|
Bachelors
|
0
|
0
|
1
|
Staff
The Udvar-Hazy School of Business has one full-time, 12-month secretary, who reports to the Chair, and one full-time, 12- month administrative assistant, who reports to the Dean. Two discipline-specific advisors are assigned to the department to advise, track and mentor students.
Staff Positions and FTE
Staff
|
Position
|
FTE
|
Dr. William Christensen
|
Dean
|
1 FTE Administrative, 12 mo.
|
Dr. Philip Lee
|
Chair
(10 mo. faculty contract)
|
.87 FTE Administrative
.13 FTE Teaching
|
Stella Callegee
|
Administrative Assistant to the Dean
|
1 FTE
|
Nikki Smith
|
Business and CIT Departments’
Secretary
|
1 FTE
|
Katie Oliveri
|
Business Advisor
|
1 FTE
|
Troy Randall
|
Business Advisor
|
1 FTE
|
COURSES AND PROGRAMS OFFERED
Two bachelors of science degrees are offered by the UHSB: a BS in Business Administration (BS-BADM degree requirements link) and a BS in Accounting (BS-ACCT degree requirements link). The Bachelors of Business Administration program was established in 2000 with an emphasis in Business Administration. The other four BS-BADM emphasis areas followed: Accounting in 2005, Finance in 2009, Visual Technology in 2000 and Management Information Systems in 2011 (BS-BADM emphases requirements link). The Bachelor’s in Accounting was established in Fall, 2007. Four other programs of study are offered through the Business Department: an Associate of Applied Science in Operations Management (AAS-OM degree requirements link), an Associate of Science in Business (AS-BUS degree requirements link), an Associate of Applied Science (AAS-Marketing degree requirements link) and a certificate in Marketing (Certificate- Marketing requirements link). The integrated studies department also has two emphases options from the School of Business: in Operations Management (BS- Integrated Studies OM Emphasis requirements link) and in General Business (BS-Integrated Studies BUS Emphasis requirements link).
ORGANIZATION OF THE UDVAR-HAZY SCHOOL OF BUSINESS
ASSESSMENT
Student Learning Outcomes and Assurance of Learning
The faculty of the UHSB appreciates the importance of having clear, measurable objectives that define the learning expectations they have for their students. For several years they have been refining their program and course learning objectives. The learning objectives have emerged from the department’s mission and goals, which reflect the college’s core themes. The faculty of the Udvar-Hazy School of Business understands that assurance of learning is a continuous improvement approach to education that requires on-going assessment and development.
Student Learning Outcomes.
Following are the UHSB learning outcomes and objectives. Outcomes one to four are for all business division graduates. Outcome five is only for graduates of the bachelor’s degree in Accounting. For outcomes’ indictors, such as measurement tools, benchmarks, when and where assessments take place, go to the Summary Assessment Chart link.
Students will demonstrate a working level knowledge of the core functional areas of business:
Students will demonstrate a working level knowledge of core business functions in accounting, economics, finance, information systems, international business, legal and social environment, marketing, and management.
Students will analyze a complex business situation, identify relevant functional business issues and suggest viable courses of action
Students will analyze a complex business situation and develop sound alternatives for action, utilizing qualitative and quantitative analysis
Students will possess the interpersonal and communication skills necessary to succeed in business.
Students will deliver professional quality oral presentations
Students will prepare professional quality written presentations
Students will understand and demonstrate the essential qualities of successful teamwork
Students will analyze a complex business situation and identify relevant ethical issues and suggest viable courses of action
Accounting graduates will have an understanding of business processes and a working level knowledge of the accounting services that provide reliable and relevant information to business decision-makers.
Students will analyze accounting situations, identify relevant accounting issues and recommend viable courses of action.
Students will demonstrate professional level proficiency at tax preparation.
In the past, in the UHSB, learning has been assessed primarily by individual instructors’ course assessments and indirect means, such as surveying employers and students. Though this type of assessment is of use in developing programs and identifying their strengths and weaknesses, DSC has come to appreciate the importance of direct measures of student learning. The business faculty, therefore, in 2010, established five direct learning outcomes for graduating students as noted above under the learning outcomes.
PROGRAM ASSESSMENT
The UHSB has been participating in program and department assessments through external reviewers. The two most significant external evaluations were carried out by the Northwest Commission on Colleges and Universities (2002) (NWCCU Accreditation Report link) and the International Association to Advance Collegiate Schools of Business (2010) (AACSB Review link). From these two evaluations’ recommendations, changes have been and continue to be made.
Formative Program Assessment
Because of the response-to-industry nature of the department programs, ongoing communication and mentoring with participants and employers provides formative feedback. On-going assessment of student progress is maintained by two attentive advisors and the faculty. The knowledge and skills applications of all degree-required business courses are
identified as part of the assessment of the department learning outcomes. Course supervisors then develop syllabi that link directly to the identified program outcomes. Beyond knowledge building, the professors work on developing nine main skills areas: teamwork; oral and written presentations; analysis of ethical issues and case studies; statistical, qualitative and quantitative analysis; and community service. (Formative Program Assessment link).
Summative Program Assessment
Every three or four years, all college programs undergo program reviews that are sent to the college Trustees and State Regents. The last review of the business department programs was in 2010 (Regent Program Review link). In recognition of the past lack of direct measures of assurance of learning, a total overhaul of the UHSB’s assessment is taking place. The department began in the 2011-2012 academic year to administer comprehensive, summative data assessments, according to the above listed learning outcomes. (Summative Assessments Spring 2012 link). Three summative assessments take place in the senior capstone course, the rest are embedded in other upper level courses. In alternate years, three faculty members, not including the course instructor, will assess a sampling of students in rubric evaluated courses. Student and employer surveys will provide indirect assessment of achievement of learning outcomes.
2011-2012 was the first year for establishing baselines and testing the new assessment strategies.
Satisfaction and Engagement Measures
Though considered indirect measures of success, satisfaction measures, non-the-less provide valuable information on organizational performance. Currently the Udvar-Hazy School of Business has three satisfaction measures: 1) the Bachelor Student Survey; 2) the National Survey of Student Engagement (NSSE); and 3) the Employer Survey. The Bachelor Student Survey link, which has been completed for a number of years, is a college-wide instrument and explores student satisfaction with learning in both lower and upper division courses, as well as with key services such as the library and technology. The results for the 2012 Bachelor Student Survey show well over 80% of the students indicated that they either agreed somewhat or agree strongly to positive statements regarding the services and education they received at DSC and from the Business Department. The two lowest agreement ratings were for ‘The Library at DSC is adequate for my upper division coursework’ (80%) and ‘The computer facilities at DSC are adequate for my upper division coursework’ (71%). The Bachelor Student Survey will be under reconstruction in 2012-2013. The NSSE results provide insights into how students engage, learn and develop at DSC (NSSE). It queries students on subjects such as faculty standards, interactions, writing requirements, homework expectations, and academic rigor. DSC’s results are also compared to national averages. The Employer Survey has been conducted on an irregular basis and was last completed in Fall 2009, plans are underway to reestablish regular employer surveying, with an across campus standardization of the form.
Summary of 2011-2012 Assessment Data
The following table provides a summary of learning outcomes, the Spring 2012 assessment results and recommendations. For measurement tools, benchmarks and detailed data go to the Summary Assessment Chart and Summative Assessment links above.
Learning Outcomes
|
Results/Recommendations
|
1A. Students will demonstrate a working level knowledge of core business functions in accounting, economics, finance, information systems, marketing, international business, legal and social environment, and management.
|
The mean for all students taking the ETS Business Major’s field test was the 86th percentile, nationally. The function area breakdown is above 50th percentile in each area, while scoring in the 80th percentile or better in 7 of the 9 areas. The two lowest rankings were the 63rd percentile in economics and the 76th percentile in management. Study into results’ trends will be conducted. Awarding points for ETS exam results and recognition strategies will be conducted in 2012-2013.
Recommended to benchmark at the 80th percentile.
|
1B. Students will analyze a complex business situation, identify relevant
functional business issues and suggest viable courses of action
|
The rubric mean scores out of 5 and percentage >4 were: Identification (3.62 – 49%); Qualitative (4.49 – 100%); Quantitative
(3.87 – 60%); Synthesis for Action (3.96 – 74%).
Recommendations: To assist teams to work more cohesively, improve the identification of functional issues and seek further development of quantitative analysis.
|
2. Students will process a complex
business situation and develop sound
|
alternatives for action utilizing qualitative and quantitative analysis
|
|
3A. Students will deliver professional quality oral presentations
|
The rubric mean scores out of 5 and percentage >4 were: Content (4.53 – 94%); Presentation (4.3 – 76%); Audience Engagement (4.7 –
97%); and Professionalism (4.65 – 91%). Presentation skills weakest area. Persuasion skills weak. Preparation insufficient.
Recommendations: Establish standards and tips for presentation skills
which all appropriate courses support and develop in students. Have a course where students video their presentations for self-assessment.
|
3B. Student will prepare professional quality written presentations
|
All students’ writing proposals were graded by both the business course instructor and an English faculty member. Thesis statement was the highest rubric criterion score, but still below 80% achieving
>4. The two graders’ scores were not significantly different on thesis and structure, but were significantly different on support and style. The business faculty grades were lower. Recommendations: All business faculty members continue to emphasize the importance of good writing and use the newly developed writing rubric. Standardize
grading.
|
3C. Students understand and demonstrate the essential qualities of successful teamwork
|
The proposed teamwork assessment strategy was found unmanageable. The rubrics were too complex for standardization and did not produce useful information. It will be replaced in 2012-1013.
|
4. Students will analyze a complex business situation and identify relevant ethical issues and suggest viable courses of action
|
The rubric mean scores out of 5 and percentage >4 were: Identified (3.24- 59%); Analyzed (4.21 – 79%); Actions (3.9 – 69%); Writing (3.8 – 69%). Three criteria skills areas need improvement. Recommendations: Future emphasis on identifying ethical issues.
|
5A. Accounting graduates will analyze accounting situations, identify relevant accounting issues and recommend viable courses of action.
|
The peer/self/client evaluations were inconsistent and biased. Practicums require different levels of work from students, difficult to standardize assessment. Determined that ACCT 4600 is not best course for standardized assessment. Best if faculty does summative
assessment. Establish a new assessment strategy.
|
5B. Accounting graduates demonstrate proficiency at tax preparation.
|
Results of VITA Exams: Mean scores: Ethics- 99.5%; Basic-91.6%; Intermediate-89.6%; Advanced – 90.7%. 100% of the students passed with > 80% score. Recommendation: Stay the course. In the future all students will also take a new IRS competency test.
|
Assessment of Faculty
UHSB faculty members are assessed regularly by both peers and administrators to provide feedback and suggestions for improvement, as college policy defines (see faculty e-portfolios). Students also provide faculty assessment for all courses at least once per year (see faculty e-portfolios). Faculty development funds are available upon request by either a faculty member or supervisor and upon determination of a faculty committee.
STRATEGIC PLANS for the UDVAR-HAZY SCHOOL OF BUSINESS
Initiation of a Revised Strategic Plan 2009/2010 Academic Year SWOT Analysis (Spring 2010)
Strengths
In preparing for revision of the strategic plan for the Udvar-Hazy School of Business (UHSB), it was confirmed that the school’s greatest strength is a talented and dedicated faculty. The UHSB faculty possesses both academic-qualifications (i.e., almost all have earned doctorates in the areas in which they teach), as well as “real world” business experience. The strategy seeks to take advantage of this by providing not only a sound theory-based knowledge of business, but also on teaching valuable tacit-knowledge skills based on experiential learning.
Weaknesses
Lack of funding is the school’s greatest weakness. This is preventing the administration from hiring needed faculty to alleviate the heavy teaching loads now burdening the existing faculty. To partly mitigate this weakness, a skilled and dedicated adjunct faculty has been recruited. Because the local community is a popular place to live, the school has access to an unusually talented group of retired academics who are often anxious to teach a class or two. As the college continues to grow, that resource will be exhausted and more full-time faculty will be required.
Opportunities
Located in the fastest growing county in the state, and being more and more absorbed into the southern California – Las Vegas economic corridor, the opportunities for growth, and to assist in regional economic development, are great. The UHSB hopes to leverage this opportunity with a practical approach to teaching and learning, driven by a talented and experienced faculty.
Threats
The external threat most worrisome historically has been a state Higher Education Board of Regents that seems intent on maintaining a status quo rather than moving forward.
2007 STRATEGIC PLAN & REVISIONS
Composed of 4 primary areas: Arenas, Differentiators, Vehicles, and Staging. The UHSB acknowledges strategic planning as an ongoing process with continuous improvement necessary. The following revisions to the 2007 strategic plan are, therefore, being developed.
Arenas - what products/services the UHSB offers, what segments are served, what core technologies are used, how value is added by our services
DSC’s Udvar-Hazy School of Business (UHSB) offers baccalaureate degrees in Business Administration with select emphases and in Accounting.
UHSB will partner with the best provider(s) of graduate business programs to make graduate degrees in business available on the DSC campus.
UHSB provides a forum for the continual improvement of moral integrity and responsible leadership in business.
UHSB business degrees and recruiting efforts are directed towards students primarily from Southwestern Utah and Southeastern Nevada.
UHSB’s courses are offered primarily on campus with limited online courses, utilizing innovative techniques and
technologies to provide experiential learning opportunities.
Differentiators - image, quality, price, convenience, customization
The UHSB provides an interactive, experience-based business education that prepares students to own or manage business enterprises.
UHSB differentiates itself through small class sizes, a low student to faculty ratio, and faculty who possess real- world business experience
UHSB provides a diverse schedule of classes and flexible learning opportunities to accommodate the work and living schedules of its students
DSC offers a fast-track degree program option
UHSB maintains tuition rates at or below comparable colleges and universities in Utah
UHSB stresses integrity throughout its curriculum
Vehicles – the means for attaining strategy
The UHSB has established a tradition of small class sizes
High level of interaction between faculty and students.
The UHSB utilizes partnerships with local businesses and other stakeholders to facilitate, evaluate, and monitor experiential learning opportunities for students
The use of real-world cases/problems, simulations, and cross-disciplinary learning to provide students with opportunities to develop core business skills
Competency-based evaluation methods assess student performance and ensure a minimum level of ability in all UHSB business graduates
Faculty collaborates within and without DSC in developing contribution for professional contributions in pedagogy, service and research.
Staging – the planned speed and sequencing of major moves to achieve goals, when we move
Mid-term (1-3 years)
Complete self-study for AACSB or ACBSP accreditation and receive accreditation
Partner with a premier Utah university to provide an onsite master’s degree in business, utilizing UHSB faculty
as much as possible
Increase partnerships with local businesses and student internships
Improve competency-based teaching, learning methods and opportunities
Establish UHSB faculty expertise in competency-based teaching through presentations and publications
Improve and enrich faculty by providing the time and means for professional improvement and intellectual contributions
Reward faculty who are student-focused and show high levels of integrity, ethics, and service Address teaching loads and faculty pay
Hire new faculty who support and enhance UHSB’s vision and missions
Long-term (3+ years)
UHSB graduates become highly recruited as employees and succeed in the workplace. The UHSB’s reputation
of delivering a high-quality practical business education spreads through the region
Teaching, learning, and professional contributions continue to improve
Faculty is rewarded commensurate with organizational success
Note: Business Majors ‘Other’ refers to those who identify the following as their major: Business, Business Management,
Program at a Glance
|
|
2007-2008
|
2008-2009
|
2009-2010
|
2010-2011
|
2011-2012
|
Faculty FTE (FT) BADM
|
3.5
|
3.5
|
3.5
|
4.5
|
5.5
|
Faculty FTE (FT) ACCT
|
3.25
|
3.25
|
1.88
|
3.25
|
4.5
|
Faculty FTE (PT) BADM
|
1.2
|
1.7
|
1.2
|
1.2
|
1.45
|
Faculty FTE (PT) ACCT
|
0
|
0
|
.74
|
0
|
.38
|
Adjunct FTE
|
8.40
|
12.63
|
15.26
|
17.30
|
15.37
|
Total Faculty FTE
|
16.35
|
21.08
|
22.58
|
27.25
|
27.20
|
FT&PT/Adjunct Ratio
|
.95
|
.67
|
.48
|
.52
|
.77
|
|
|
|
|
|
|
All Business Student Credit Hours
|
10,155
|
12,208
|
13,441
|
13,775
|
N/A
|
All Business Student FTE
|
677.00
|
813.87
|
896.07
|
918.07
|
N/A
|
Majors Headcount (duplicated)
|
3,396
|
4,108
|
4,556
|
4,682
|
N/A
|
Majors Headcount (unduplicated)
|
1,391
|
1,579
|
1,813
|
1,817
|
N/A
|
ACCT Major Headcount (distinct)
|
26
|
92
|
144
|
177
|
N/A
|
BSADM Major Headcount – All (distinct)
|
407
|
504
|
606
|
686
|
N/A
|
General
|
407
|
504
|
554
|
620
|
N/A
|
ACCT
|
|
|
13
|
6
|
N/A
|
FIN
|
|
|
27
|
44
|
N/A
|
VT
|
|
|
12
|
16
|
N/A
|
MIS
|
|
|
|
|
|
Business Majors ‘Other’ Headcount
|
430
|
261
|
219
|
274
|
N/A
|
Degrees Awarded
|
|
|
|
|
|
Cert. of MKTG
|
1
|
|
|
3
|
0
|
ASB
|
41
|
59
|
62
|
65
|
39
|
AAS – M&O
|
|
|
|
3
|
4
|
AAS - MKTG
|
|
|
|
|
1
|
BSADM - All
|
50
|
68
|
71
|
72
|
72
|
BSADM - General
|
43
|
54
|
57
|
44
|
48
|
BSADM – ACCT
|
4
|
2
|
2
|
2
|
1
|
BSADM - FIN
|
|
5
|
10
|
18
|
17
|
BSADM - VT
|
3
|
7
|
2
|
8
|
6
|
BSADM - MIS
|
|
|
|
|
|
BS ACCT
|
8
|
8
|
28
|
29
|
31
|
|
|
|
|
|
|
Department Total Expense Budget
|
$1,904,417
|
$1,968,689
|
$1,857,989
|
$2,820,656
|
$3,137,740
|
Accounting Budget (subtotal of above)
|
$348,108
|
$670,509
|
$509,105
|
$490,113
|
$484,891
|
Marketing, Human Resource Management, Operations Management, Management, Economics or Finance.
Department Chair: Brent Yergensen, PhD.
yergensen@dixie.edu 127 Jennings Building, Dixie State College PROGRAM DESCRIPTION
During the last five years the Department of Communication has experienced accelerated growth and development mirroring the same growth that is effecting the entire College. The challenges of change and growth must incorporate the academic needs of a growing and diverse number of Communication majors. We in the Department of Communication welcome this challenge as an invigorating opportunity to examine our instructional processes in light of a renewed vision.
This document articulates the department’s Mission Statement, vision, academic goals, intended learning outcomes, and a strategy for implementing an assessment plan. The assessment plan describes a process at the departmental level that would allow us to review the current academic program. Further, we are working to facilitate an evaluation of its effectiveness in attaining what the faculty in the department intend students to learn as they go through this academic program.
DEPARTMENT GOVERNANCE, LEADERSHIP, AND FACULTY:
In May 2011, departmental leadership changed. Dr. Brent Yergensen replaced Dr. Randal Chase as Department Chair. Under the direction of the dean, the department created two new administrative positions in order to accommodate the dramatic increase in the size of the department. Dr. Andrea McCracken now serves as the Human Communication Program Director.
Professor Rhiannon Bent now serves as the Mass Communication Program Director. Program Directors oversee, in summary, the hiring and evaluation of adjunct instructors, alterations in curriculum in coordination with the Department Chair, and course scheduling.
School Year: Spring 2011-2012
Faculty Credentials
|
Tenured and Tenure-track
|
Contract
|
Adjunct
|
Doctoral or other Terminal Degrees
|
6
|
1
|
2
|
Masters Degrees
|
2
|
4
|
.16
|
Bachelor Degrees
|
0
|
0
|
3
|
Other
|
0
|
|
|
|
|
|
|
COURSES AND PROGRAMS OFFERED
Mission Statement: The mission of the Department of Communication at Dixie State College of Utah is to prepare its students for success. Guided by theory and honed through application, students are educated and trained to produce appropriate and effective messages and critically interpret human and mass communication messages. They receive training in ethics, leadership, critical thinking, and effective interaction skills. Further, they become competent in the design, production, and delivery of visual, oral, and written communication.
The Department of Communication at Dixie State College is part of the School of Business and Communication. It offers a Bachelor of Science in Communication with four main emphases:
Mass Communication
Human Communication
Digital Film Production
Organization and Leadership
Our vision is to be a Communication program that students seek out for its quality, and hands-on experiences in the latest new media developments. We work to develop close student-faculty relationships in a learning environment that promotes the highest standards of professionalism and integrity. This vision and our mission statement reflect Dixie State College's Core Themes: quality undergraduate education, a supportive campus culture, and mutually rewarding community partnerships.
ASSESSMENT EFFECTIVENESS:
In the spring of 2011, the Department of Communication initiated a process to develop and implement an assessment framework at the departmental level. That semester we had changes in leadership and we were able to review existing learning objectives for most courses by implementing a Revised Bloom’s Taxonomy (Andeson, 2001) (Andrew, 2007). The plan for designing and delivering learning outcomes is informed by the work of Spady, Huba, and Freed (2000). They recommended starting first with the broad outcomes expected of all students in the institution, and then working backward to design academic program outcomes in harmony with institutional outcomes. Similarly, we designed our assessment plan “backward to deliver forward” in the classroom. With a view that sees “Assessment as the systematic collection, review, and use of information about educational programs undertaken for the purpose of improving student learning and development" (Paloma, 1999), we aligned departmental learning outcomes (DLOs) with the college’s mission and core themes. In addition, we reviewed the Department of Communication’s vision, mission, and academic goals for students who graduate from the program.
During the Fall 2011, semester we created a time table and proceeded to work on these areas following the prepared design:
Identify Departmental Learning Outcomes (DLOs)
Determine means of program assessment and criteria for success
Identify/review learning goals and objectives at emphasis Level (MC, HC, OL, DF)
Align courses and capstones with DLOs
Identify & review means of assessment and criteria for success
Prepare steps for spring semester
We met our schedule, but because of illness among the planning staff, some of the learning outcomes at the course level and the DLOs will need additional work as we continue with this process. A primary measurement we have now is the senior seminar and capstone projects that all graduating students in the Department must complete regardless of their chosen emphasis.
Outcomes for Capstone (Communication 4890 Senior Seminar) Options: To complete the program and graduate with a Bachelor of Science in Communication, students in their senior year choose one of the following three options for a capstone project that is appropriate and relevant to the emphasis selected for program completion.
Research project: Students must demonstrate competency in the field by completing all of these elements of a study
Select research methodology appropriate to the study,
Gather relevant data,
Conduct a thorough representation of literature review,
Execute thorough analysis of data,
Be aware of limitations of study,
Provide recommendation for future research,
Demonstrate clear writing: clean prose, free of grammatical errors, clear organization.
Professional Internship: Students selecting this option would successfully complete the following
Spend 120 hours with an organization in which the student is not employed.
Work with an assigned un-related professional who serves as a mentor and oversees performance within the organization.
Develop a Plan for Improvement of Organizational Communication in coordination with the professional and academic adviser.
Pass an assessment of performance by professional adviser/mentor.
Complete an essay reflecting on the experience that addresses performance in accomplishing the learning objectives
connecting theory and practice.
Media Production: Students selecting this capstone option would successfully complete the following
Select a topic and design the pre-production process.
Integrate research with the pre-production elements.
Demonstrate professional knowledge of the field through the quality of the work produced (film, publication, websites, documentary or video productions).
Currently (Spring 2012), we are in the process of determining the criteria and measurements to gather evidence of student learning outcomes, and to establish benchmarks and data baselines in collaboration with the Office of Institutional Research (IRO). The last three rows of data on the “Program at a Glance” chart contain new data on our student’ outcomes in two areas: overall average GPA for graduating students in all emphases for a total of four consecutive academic years and results from job placement surveys. We are also mining data to answer questions regarding course repetitions and average number of years taken to complete our program. As we advance in the assessment journey we will continue to refine these questions until we identify a set of useful questions and answers that give us a realistic picture of the program’s success to deliver intended learning outcomes and improve student learning.
For strategic purposes, the “Institutional Effectiveness Paradigm and the Five Column Model” (Nichols, 2005) was consulted, and we adapted most of its elements to use as a planning and reporting template. In addition, we constructed a curriculum map recommended and illustrated in “A Communication Assessment Primer” (Wakefield, 2010) appropriate for our discipline.
With these instruments the Department of Communication seeks to implement its first learning outcome assessment cycle for AY 2011-2012. One guiding goal is to incorporate principles for a learner-centered instructional program where “Assessment is the process of gathering and discussing information from multiple and diverse sources in order to develop a deep understanding of what students know, understand, and can do with their knowledge as a result of their educational experiences; the process culminates when assessment results are used to improve subsequent learning.” (Hubba, 2000).
In addition to the capstone project that is produced as a result of the Senior Seminar, we will select other direct and indirect assessment measurements: summative assessment of knowledge and skills using subject specific instruments such as professional exams, or any other standardized examination that is externally validated. This is the beginning of our assessment journey. Our goal is to continually know what our students learn as a result of completing this academic program.
MAJOR CHANGES AND SIGNIFICANT TENDS:
Most of the changes in the department are a result of the accelerated growth in enrollment. Along with this growth the Communication Department has identified necessary adjustments in response to ongoing trends and the learning needs of students.
Senior seminar structure. Over the past four years students were required to complete a research project in Communication 4980 Senior Seminar. Rather than being required to do a research project, students are now encouraged to consider two other capstone options: a professional internship or a media production. Widening the scope of senior seminar options allows students to design projects that address their individual academic interests and professional goals.
Simplification of senior seminar project. In the future we plan to make the senior seminar a class with assigned classroom instructors rather than treating the course, as it is now, an independent study by with each student works with a different faculty member.
Simplification of advisement. We are no longer using a 12-track advisement program that filtered students to certain classes. We now advise according to the catalog graduation requirements, thus encouraging students to explore communication topics in various emphases.
Another major change is how we conduct our assessment of student learning. Before fall semester, 2011, the department conducted pre and post tests in the majority of communication classes using what was known as “course assessment.” This procedure, conducted on the first week and last week of classes, each semester and in most courses, was time consuming, costly to the department, and inadequate for the needs of a rapidly growing program. The results were mixed as documented in the 2008 Final Communication Program Review Report (Pages 161-206), and the process did not provide sufficient evidence of what students learned at the completion of the program. Further, it did not give us sufficient cues to use in program improvement. As a result of serious reflection by the faculty, the Communication Department initiated a comprehensive and ongoing assessment of learning outcomes as described above.
DEPARTMENT RESOURCES, STRENGTHS, AND LIMITING FACTORS
The Department of Communication strengths are the following:
We have continual growth in the number of declared majors.
Faculty evaluations report high success in both quantitative and qualitative data from students.
To address our limited number of faculty members with terminal degrees, two faculty members (seeking PhDs) and two staff members in the CMI (seeking MFAs) are working on obtaining terminal degrees.
We are hiring two new full-time faculty members with PhDs (one in human communication and one in mass communication) to teach in 2012.
We continue to have success in placing students into quality graduate and law schools at institutions such as Emerson College, University of Utah, University of Oregon, and North Carolina State University, among others.
Faculty and students are attending and presenting research at regional and national conferences.
Our Limiting Factors are as follows:
Organizational challenges in structuring broadcasting curriculum. Over the past two years we have coordinated our departmental business and curriculum with two different television stations (KCSG and CEC), both of which have had high turnover rates. This has had a stressful effect on the personnel for our broadcasting faculty members, as well for the practical experience for our students. As a result, we have also faced challenges in the balancing and use of finances, structure and protocol of practicum courses, and gauging curriculum needs in broadcast production and journalism.
Senior seminar marginalization of student projects. Our current setup places each senior seminar student working through an independent study system with a chosen faculty member, thus permitting these senior projects to be marginalized in the students’ execution and prioritization of the senior project in their final semester. Most concerning is that students do these large, demanding projects while still taking a full load of regular upper division courses in their final semester. The entire process enables students to become lost in the demands and needs for conducting independent projects. We plan to formalize this process with a more functional structure in order to support students in completing these projects. We are working to address this situation with change 2 (The Senior Seminar) listed above.
Excessive faculty load with the current structure of senior seminar. Faculty members carry a full course schedule, with some of them choosing overload. On top of that, faculty members are expected to advise up to 10 senior seminar projects in any given semester. With coursework taking precedence for faculty workload, we worry about marginalizing faculty’s capacity to advise these projects on our independent-study type basis. This independent study format was created when the department had fewer than 100 majors. We are now approaching 500 majors and have never sought to adjust procedures for taking care of faculty load as well as student care on this matter. By consulting department chairs at established and successful communication programs at major universities (namely University of Nebraska-Lincoln, University of Utah, and University of Wisconsin-Madison), we have obtained recommendations to make the senior seminar a formal, scheduled class with one instructor, with the purpose of removing such extra demands placed upon faculty members on top of their contracted, full teaching load. We are seeking to remedy this challenge with change 2, listed above.
Faculty preps per semester. We are expected to keep preps per semester for faculty members at three. We regularly break this, often asking several faculty members to teach four or five different preps. This is a result of student demand and need for core courses as well as needing more faculty members to teach upper-division courses.
The need for more full-time faculty members. While we are hiring two new full-time faculty members in 2012, we are still in need of more faculty as our number of majors continues to increase by at least 100 every year.
PLANS FOR THE FUTURE
Assessment: The learning outcomes assessment plan we began developing and will continue to implement this academic year (2011-2012) requires us to redefine various roles and responsibilities. For example, the course supervisors can implement specific activities to assist instructors teaching their courses to have a functional, current set of learning objectives for each course and assist them in developing syllabi that would align course content (learning activities, class assignments, and assessments) with course learning outcomes and objectives.
Honors Program: The DSC Academic Council Committee, composed of deans in the college, has approved procedures to begin in the creation of a college-wide honors program. We plan to participate in this program. Further, we are considering making an Honors Thesis course that will replace Senior Seminar, allowing us to better align ourselves with universities such as University of Utah and University of Nebraska. Having consulted fifty random communication undergraduate programs at universities across the United States, we have realized that a small percentage of undergraduate communication programs require students to complete a capstone project in a senior seminar. At schools with honors programs, the presence of senior project courses increases as a curriculum requirement, but only in a given institution’s honors programs. We plan to explore implementing a senior honors thesis in place of a required-for-all-majors senior seminar, thus further addressing Limiting Factor 3 (above) in preparation for our projected growth in coming years.
Master of Arts Program: Announced by President Stephen Nadauld in our Spring 2011, departmental meeting with DSC administration and explain further in our most recent meeting in 2012, our department can be scheduled to offer a master’s program within three to five years. We foresee developing a program that prepares students for the use of communication theory to be practiced in professional sectors. Curriculum will include training in communication research, communication theory, and leadership studies, all with particular emphasis in organizational communication.
Program at a Glance
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2007-2008
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2008-2009
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2009-2010
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2010-2011
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2011-2012
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Faculty Headcount (FT)
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Faculty Headcount (Contract, PT)
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Adjunct Headcount
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Full-time/Adjunct Ratio*
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Student Credit Hours (total)
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Majors Headcount
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Total FTE
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Degrees Awarded
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Certificates
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Associates
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Bachelors
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Other
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Finances
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Revenues (total)
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91,832.56
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146,384.90
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226,931.23
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224,898.05
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291,202.75
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Expenses (total)
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84,384.90
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136,865.44
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178,140.69
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252,789.82
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240,402.05
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Other Metrics (if any)
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(Pass rates on prof./lic. exams)
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(Job placement rates)
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Program Coordinator: Linda Rogers Smith Computer Center
Phone: (435) 652-7838
Email: rogerl@dixie.edu
Link to Computer Information Systems WebPage
Description, Mission and Values
The efficient use of a computer and its attending software is a skill set that is essential to a person's ability to communicate and function in a technology based world. Computer literacy is an Institutional Requirement that should be completed in the student’s first year at Dixie State College. DSC offers both a credit and non-credit option to learn and/or demonstrate that a student has this necessary skill set.
Culture of Learning: (Business Dept. Goal 1) Insure that students are current in rapidly changing technology and they develop the skills needed help them be competitive in their school and business environment
Culture of Values: Business Dept. Goal 2) Encourage students to maintain integrity throughout their course work
Culture of Learning and of Community: Business Dept. Goal 3) Offer CIS/COMP classes on individual software to help students, alumni and community members learn specific Application software
Culture of Learning: (Business Dept. Goal 4) Quality faculty support in the Smith Computer Center Lab to help students with CIS, COMP and other courses
Unit Governance, Leadership and Personnel
The CIS faculty is organized within the Udvar-Hazy School of Business. They report to the Chair of the Business Department. The CIS Department has two full-time faculty members and nine adjunct faculty members, whose primary responsibility is to assist students working in the lab.
Fulltime Faculty
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Tenure/ Non-tenured
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Status
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Qualifications/Degrees
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Linda Rogers
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Tenured
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Program Coordinator, Assistant Professor
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BS Business Administration, (1995) MSS Human Resource Management
(1997)
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Janet Campbell
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Non-tenured
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Instructor, Auxiliary Faculty on yearly contract
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BS (1996),
Master of Education (2003)
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Note: Adjuncts are Computer Information Specialists. On Contract 2012:
Melinda Banks, Bachelor of Arts, German and Journalism
Steven Batt, Master in Instructional Technology, Computer Emphasis (MED)
Joyce Conover, Associate Degree with emphasis in Office Management
Jeffrey Hudson, Bachelor of Social Science
Kathryn Hulet, Master of Elementary Education
Jeanne Johnson, Bachelor of Science in Business Administration
Regina Merrell, Vocational Technical Degree in Computer Programming
Ember Mitchell, Bachelor of Science with emphasis in Computer Information Systems and Business Education
Marita Wright, Bachelor of Science in Business Education
Courses and Programs Offered
Computer Information Systems (CIS) and Computer (COMP) courses are 1-3 credit, graded courses and are designed to give students basic knowledge in keyboarding, computer applications, computer concepts, computer operating systems, safeguarding their computers, and computer ethics. Two classes (CIS 1200 and CIS 2010) also support the UBAN computer proficiency requirements for business students. The faculty currently teaches between 3500 to 4000 credits of course work in the CIS department each Fall or Spring Semester.
All but CIS 2010 are self-paced blended courses which provide flexibility for students to set their own daily schedules. The department offers faculty help to students in a computer lab on Monday through Thursday from 8 am to 8 pm, Friday from 8 am to 5 pm and on Saturday from 9 am to 1 pm. There are also non-credit testing out offered to students who have basic computer proficiency knowledge.
Assessment and Effectiveness
CIS 1200 has a pretest and posttest with same questions which is given at beginning and end of each semester (starting Spring 2011) to show student improvements*. Most of the other courses have proctored skills-based testing to show students’ continued improvement and learning. Student evaluations are reviewed and utilized to upgrade courses as needed.
CIS 1200
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Pretest Results
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Student Count
|
Posttest Results
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Student Count
|
Spring 2011
|
58%
|
881
|
90%
|
609
|
Fall 2011
|
55%
|
890
|
90.5%
|
622
|
Spring 2012
|
51%
|
787
|
87%
|
565
|
*Note: Some of the students who take the pretest drop, test-out or don’t finish so counts are lower at end of semester.
Major Changes and Significant Trends
Computer Literacy (Digital) is constantly changing. Continual evaluation and upgrading of courses is needed to address these changes. The department tries to stay current with the Computer Applications and Operating Systems to ensure that students have access to the most recent updates.
There is a troubling national trend concerning administrative support for CIS courses. Many feel that students know computer literacy when they come to college. The facts and department testing do not support this. Most students have a general knowledge regarding social networking, but they do not have the foundational skills they need in operating computers, safeguarding their computers, computer ethics, and the application software they need to use for their school work and beyond. Enrollment numbers are staying about the same, with little increase in testing out of any particular section. In 2011, the college moved this course from a General Education to an Institutional Requirement.
Spring Semester 2012 the department transferred most of its courses to the Instructure Canvas LMS system to give students a basic knowledge of how Canvas works and to enhance their future learning experience at the college. Fall 2012, a learning module on how to set up and use Canvas for students will be added.
Department Resources, Strengths, and Limiting Factors
Since Summer Semester of 2008, the CIS department has only had two full-time faculty members. Prior to that there were 3 full-time faculty members. This is troubling to the two remaining faculty members because of the extra workload.
Students generally support the courses that are offered. They seem to like the lab environment that provides student support. This allows the faculty to help students one-on-one and help them understand the specific skill set they are working on. Student issues brought up in evaluations, such as homework, grades, etc. have been addressed and the changes made in these areas are appreciated by the students.
The CIS Department budget has suffered in the last few years and this has affected the quality of equipment and the facilities. The computer lab is in need of new chairs and carpet and/or flooring. The testing area computers are getting quite old and are in the cycle for being updated in the summer of 2012, but the replacement computers will still be older computers. The computers are maintained by the IT Support Services department.
Keeping technology current is important to a computer department. The IT department has been supportive in keeping the program current in the Windows Operating system and in Microsoft Office. IT Services are paid $3000 a year from CIS budget to help with the computer center costs. This fee is becoming an issue with the CIS department due to reduction of
our funding. Charging students a use fee has been discussed, but not implemented. Maintenance of QuickBooks Pro and Keyboarding licensing is also costly. A student fee has been added for the keyboarding courses to help defray costs.
Adding to student fees is a troubling trend, but budgeting issues need to be discussed.
Plans for the Future
Spring Semester 2012 the CIS department will modify the non-credit test out option to address concerns raised by other departments concerning the Computer Literacy requirement at DSC. The department will continue to upgrade and evaluate classes to ensure that it remains up-to-date on what students, alumni, and the community would like developed and offered. When time allows, faculty will continue to attend conferences, online workshops, and other training to help stay current with digital literacy and what students need to know.
Program at a Glance
|
|
2007-2008
|
2008-2009
|
2009-2010
|
2010-2011
|
2011-2012
|
Faculty Headcount (FT)
|
1
|
1
|
1
|
1
|
1
|
Faculty Headcount (Contract)
|
1
|
1
|
1
|
1
|
1
|
Adjunct Headcount (PT-CIS)
|
10
|
10
|
12
|
13
|
9
|
Full-Time/Adjunct Ratio
|
20%
|
20%
|
17%
|
15%
|
22%
|
|
Student Credit Hours (total)
|
6364
|
6615
|
7728
|
8565
|
NA
|
Enrollment
|
2295
|
2424
|
2912
|
3300
|
NA
|
Total FTE
|
424.27
|
441
|
515.2
|
571
|
NA
|
|
Finances
|
Instructional Costs
|
|
-
|
-
|
-
|
$7,647
|
Support Costs
|
|
($2,183)
|
$8,730
|
$8,636
|
-
|
Expenses (total)
|
|
($2,183)
|
$8,730
|
$8,636
|
$7,647
|
|
Legislative Appropriation
|
|
($1,465)
|
$5,335
|
$5,242
|
$4,722
|
Grants
|
|
-
|
392
|
135
|
-
|
Tuition to Program
|
|
(717)
|
3,003
|
3,260
|
2,925
|
Revenues (total)
|
|
($2,183)
|
$8,730
|
$8,637
|
$7,647
|
NA = Not available
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