Syllabus booklet 5-Years Integrated Dual Degree Programme



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SYLLABUS BOOKLET

5-Years Integrated Dual Degree Programme

(Materials Science and Technology)

(Applicable to Academic Session 2014-15 and onwards)

iitbhu_logo_matlab

School of Materials Science & Technology

Indian Institute of Technology


(Banaras Hindu University)

Varanasi – 221005

Banaras Hindu University, established in the year 1919, has introduced Materials Science and Technology education in 1978 to fulfil the need of future materials technologists. It is internationally renowned centre of research in Materials Science and Technology and serves as Institute’s nodal centre for fostering interdisciplinary teaching and research in the field of materials science and technology. School of Materials Science and Technology runs PhD and M.Tech. Programmes from its inception and from the session 2005-06, the school has initiated a new 5 year Dual degree M.Tech. Programme with an annual intake of 19 students. The current research activities span over wide - ranging fields of Functional and Multifunctional Materials, X-ray and Neutron Crystallography, Electronic ceramics, Magnetic Materials, Nanostructured Materials, Conducting Polymers, Sensors & Biosensors, Organic Electronics, Nanocomposites, Biomaterials, Self-assembly, Polymer Applications, Physical & Chemical Characterization, Mechanical Behaviour of the Materials, Large area self-assembly, Dilute magnetic semiconductors, Thin film and semiconductor devices, , Low voltage-low power electronics etc.
School of Materials Science and Technology (SMST) along with its strong research base has a vibrant dual degree program to foster the need of industries. In 2014, following the UG-CRC of the Institute recommendations, School has heavily modified its course structure to fulfil the following objective in mind:


  • With the advent of new classes of materials and instruments with a very rapid pace, the traditional practice of empiricism in the search for and selection of materials is rapidly becoming obsolete. Therefore, the program offers a serious interdisciplinary learning experience in materials studies, crossing over the traditional boundaries of such classical disciplines as chemistry, physics, electrical, mechanical, microelectronic, ceramic and metallurgical engineering.

  • The program provides extensive experimental courses in diverse areas of materials-related studies.

  • The program explores avenues for introducing greater synchronization between industrial expansion and academic training.

Our graduates excel themselves at the top Universities/research organizations/manufacturing plants and business houses.


2. Programme Objectives: The objectives of 5-Year Integrated Dual Degree [B.Tech. & M.Tech.] Programme in materials science and technology, are that the students will learn the concepts and develop skills related to materials science and have a broad based fundamental knowledge of both science and technological accepts of materials research and development with analytical and innovative skills. The students will also acquire a wide base of humanities and build their character. The objectives are not only to develop motivation among students for study, knowledge and skills development but also to inculcate theme based research in the areas of Multifunctional Electrical and Electronic ceramics, Nanomaterials, Polymers with innovation aptitude, enhancing creativity with sensitivity towards nature and society. School of Materials Science and Technology takes a challenge to meet the above requirements in its curriculum of 5-Year Integrated Dual Degree [B.Tech. & M.Tech.] programme.
3. Overview of Curriculum (Including overall Programme, Disciplines, Streams, Research Areas):

The new academic curriculum is effective since academic session 2014-15. The programme components include courses related to Science, Engineering, Humanities and Social Science Courses from other branches, Engineering Practice Courses, Language and Management, Departmental Core courses, Exploratory projects, Departmental Electives, Open Electives from other branches, Projects, Dissertation/Master’s Thesis, Industrial training/internship, Gymkhana Courses, Creative Practice etc. Other than these essential components of the curriculum, faculty members of the school are always open for students indulging in the research projects during their off-hours. Depending on their interests, it is always encouraged that students take up one or two additional research projects during their programme.





Course Structure for UGD/IDD/IMD for Materials Science and Technology

Cat.

 

Programme Components

MST

Recommended (V Years)

 

 

 

 

Min

Max

HU

 

Humanities and Social Science*

46

41

46

IS

 

Science*

69

62

70

IE

 

Institute Requirement Engineering/ Pharmacy*

48

41

46

EP

 

Engineering Drawing (Manual and Computer Aided), Manufacturing Practices and Practice course of Department/ School*

17

20

24

LM

 

Language and Management*

29

27

31

DC/ MC

 

Department/Programme Core (Includes Stream Courses)

127

105

130

DE/ BE

 

Department/Programme Elective (Includes Stream Courses)

56

60

80

OE

 

Open Elective (Interdisciplinary Stream courses from Science/ Engineering/Pharmacy)(Room for Minor with some additional Credits)

56

55

90

DP

 

Project/ Industrial visit/ Training

20

20

50

DT

 

Dissertation

80

70

80

 

 

Total

548

540

570






Open Electives offered from Materials Science and Technology


List of Open Electives

UG-CRC Code

Course Code

Course Name

L–T–P

Credits

DC.MS201.15

MS201

Phase Diagrams & Phase Transformations (odd)

3

0

3

12

DC.MS202.15

MS202

Crystallography & Crystal Structures (even)

3

0

3

12

DE.MS203.15

MS203

Polymeric Materials (even)

3

0

3

12

DE.MS301.15

MS301

Polymer Processing (odd)

3

0

3

12

DE.MS401.15

MS401

Energy Materials (odd)

3

0

2

11

DE.MS403.15

MS403

Optical Materials (when offered)

3

0

0

9

DE.MS405.15

MS405

Science of Ceramics (when offered)

3

0

0

9

DE.MS406.15

MS406

Industrial Polymers (even)

3

0

0

9

DE.MS407.15

MS407

Thin Films, Interfaces & Multilayers (when offered)

3

0

0

9

DE.MS409.15

MS409

Composite Materials

3

0

0

9

DE.MS410.15

MS410

Synthesis and Processing of Materials (when offered)

3

0

0

9

DE.MS501.15

MS501

Magnetism & Magnetic Materials (even)

3

0

0

9

DE.MS503.15

MS503

Organic Electronics & Organic Conductors (even)

3

0

0

9

DE.MS504.15

MS504

Diffraction Techniques in Materials Science (when offered)

3

0

0

9

DE.MS505.15

MS505

Nanostructured Materials (odd)

3

0

0

9

DE.MS506.15

MS506

Functional Materials (when offered)

3

0

0

9

DE.MS507.15

MS507

Applied Magnetic Materials (when offered)

3

0

0

9






















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