NIT Rourkela

1	An ability to independently carry out research /investigation and development work to solve practical problems
2	An ability to write and present a substantial technical report/document
3	Students should be able to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program

1	To provide education and to develop leadership qualities required for industries by nurturing multiple skills
2	To educate the students with engineering knowledge, innovation associated with designing and development of industrial products effectively
3	To grow in the development of skills, knowledge and dispositions that enable graduates to immediately function as entry-level professional industrial designers
4	To prepare graduates to design, develop, implement and improve integrated systems or products that include people, materials, information, equipment and energy using appropriate analytical, computational and experimental practices
5	To nurture new thoughts, philosophies and research into several aspects of design/design related fields

Subject Code	Subject Name	L-T-P	Credit
ID6101	Design Introduction	3-0-0	3	Syllabus
ID6103	Form Studies	3-0-0	3	Syllabus
ID6201	User Experience Design	3-0-0	3	Syllabus
	Professional Elective - I
	Professional Elective - II
	Laboratory Elective - I
	Laboratory Elective - II

Subject Code	Subject Name	L-T-P	Credit
ID6102	Design Thinking for Engineers	3-0-0	3	Syllabus
ID6202	Advanced Ergonomics	3-0-0	3	Syllabus
ID6880	Seminar and Technical Writing	0-0-3	2	Syllabus
	Professional Elective - III
	Professional Elective - IV
	Professional Elective - V
	Laboratory Elective - III
	Laboratory Elective - IV

Subject Code	Subject Name	L-T-P	Credit
ID6993	Research Project - I	0-0-0	20	Syllabus
ID6991	Summer Research/Industrial Project	0-0-0	4	Syllabus

Subject Code	Subject Name	L-T-P	Credit
ID6994	Research Project - II	0-0-0	20	Syllabus
ID6992	Comprehensive Viva Voce	0-0-0	4	Syllabus

Subject Code	Subject Name	L-T-P	Credit
ID6101	Design Introduction	3-0-0	3	Syllabus
ID6102	Design Thinking for Engineers	3-0-0	3	Syllabus
ID6103	Form Studies	3-0-0	3	Syllabus
ID6132	Media and Animation Design	3-0-0	3	Syllabus
ID6134	Media Investigation and Communication Methods	3-0-0	3	Syllabus
ID6201	User Experience Design	3-0-0	3	Syllabus
ID6202	Advanced Ergonomics	3-0-0	3	Syllabus
ID6232	Embodiment Design	3-0-0	3	Syllabus
ID6233	Computer Aided Geometric Design	3-0-0	3	Syllabus
ID6234	Product Interface Design	3-0-0	3	Syllabus
ID6235	Optimization Methods in Industrial Design	3-0-0	3	Syllabus
ID6236	Robust Design	3-0-0	3	Syllabus
ID6237	Computer Applications in Design	3-0-0	3	Syllabus
ID6331	Advanced Product Design and Development	3-0-0	3	Syllabus
ID6332	Product Data Management	3-0-0	3	Syllabus
ID6333	Design for Quality and Reliability	3-0-0	3	Syllabus
ID6334	Design Management and Professional Practice	3-0-0	3	Syllabus
ID6335	Mechatronics and Robotics	3-0-0	3	Syllabus
ID6336	Product Design for Manufactruing and Assembly	3-0-0	3	Syllabus
ID6338	Advanced Materials, Manufacturing Process and Finishes	3-0-0	3	Syllabus
ID6340	Rapid Prototyping and Tooling	3-0-0	3	Syllabus
ID6342	Cnc Systems and Programming	3-0-0	3	Syllabus
ID6344	Product Life Cycle Management	3-0-0	3	Syllabus
ID6171	Sketching and Rendering Laboratory	0-0-3	2	Syllabus
ID6173	Design Practice	0-0-3	2	Syllabus
ID6272	Advanced Ergonomics Laboratory	0-0-3	2	Syllabus
ID6274	Communication Design Laboratory	0-0-3	2	Syllabus

Subject Code	Subject Name	L-T-P	Credit
BM6031	Anatomy and Physiology	3-0-0	3	Syllabus
BM6202	Advanced Biomechanics	3-0-0	3	Syllabus
BM6331	BioMEMS and Biosensor	3-0-0	3	Syllabus
EE2003	Electrical Measurement and Instrumentation	3-0-0	3	Syllabus
EE2202	Power Electronics	3-0-0	3	Syllabus
EE2401	Network Theory	3-0-0	3	Syllabus
EE3004	Electromagnetic Field Theory	3-0-0	3	Syllabus
EE3100	Power Systems Operation and Control	3-0-0	3	Syllabus
EE3112	Power Systems	3-0-0	3	Syllabus
EE3201	Electric Drives	3-0-0	3	Syllabus
EE3301	Principles of Control Systems Engineering	3-0-0	3	Syllabus
EE3412	Digital Electronics and Microprocessors	3-0-0	3	Syllabus
EE6262	Energy Storage Systems	3-0-0	3	Syllabus
EE6268	Energy Storage Systems	3-0-0	3	Syllabus
EE6333	Estimation of Signals and Systems	3-0-0	3	Syllabus
FP6205	Advanced Food Plant and Equipment Design	3-0-0	3	Syllabus
ME6135	Applied Finite Element Analysis	3-0-0	3	Syllabus
ME6148	Nonlinear Oscillation	3-0-0	3	Syllabus
ME6232	Optimization Method in Engineering Design	3-0-0	3	Syllabus
ME6235	Neural Network and Artificial Intelligence	3-0-0	3	Syllabus
SM6441	Production Planning and Control	3-0-0	3	Syllabus
EE2703	Electrical Measurement and Instrumentation Laboratory	0-0-2	1	Syllabus
EE3703	Power Electronics Laboratory	0-0-3	2	Syllabus
EE3712	Control Systems Laboratory	0-0-2	1	Syllabus
EE3713	Power Electronics Laboratory	0-0-2	1	Syllabus
EE4701	Power Systems Laboratory	0-0-3	2	Syllabus
EE4711	Power Systems Laboratory	0-0-2	1	Syllabus

Industrial Design