What is this Programme about?

Bachelor of Mechanical Engineering is an Under Graduate Degree awarded for the programme in the area of Mechanical Engineering. Abbreviated form for the Bachelor of Mechanical Engineering is BME

How this Programme Benifit you & your Career?

The educational objectives for Mechanical Engineering Programme are designed to produce competent Engineers who are ready to contribute effectively to the advancement of Mechanical Engineering causes and to accommodate the needs of the community and to train and enable the students to meet the technological challenges and diverse needs of industry and society in various areas of Mechanical Engineering and equip them to excel in global industry.

Eligibility for admission:

Eligibility Criteria:

For candidates seeking admission to the First Semester:

· Passed the Higher Secondary Examination (10+2) of AHSEC or any other recognized Board with English, Physics, Chemistry and Mathematics.

· Must have secured at least 45 % marks in aggregate marks in Physics, Chemistry and Mathematics (with 5 % marks relaxation in aggregate marks for candidates belonging to the ST / SC categories).

· Must be physically fit and should possess a good moral character.

· Shall have to produce the Citizenship Certificate at the time of admission. Students from abroad shall have to fulfill the requisite conditions prescribed by the Govt. of India.

For candidates seeking admission to the Third Semester through Lateral Entry for Diploma holders:

· Must have passed the Diploma examination of the State Council of Assam or any other equivalent examination in Mechanical Engineering or in any related branch of Mechanical Engineering.

· Must have secured at least 45% marks (with 5% relaxation for reserved categories of SC/ST) in aggregate in the diploma examination.

Research:

I. PROJECT FOR FUNDING:

Sl. no.	Project Submitted	Remark
1.	A Project “ Design and Fabrication of a portable friction stir welding machine” has been submitted in ASTEC Under DST , Govt of India on September 2017 and recommended for funding	Funded by DST
2.	“Design and fabrication of bio-digester and utilization of biogas from various wastes of Assam down town University and its nearby localities”. Under Seed Money Grant at Assam Downtown University	Funded by AdtU
3.	A Project “Design and Fabrication of small scale Organic Waste Shredder Machine” has been submitted in ASTEC Under DST , Govt of India on November, 2018.	Proposed for Funding

II.PATENT SUBMITED FOR SCRUTINY

Sl. no.	Patent title	Remarks
1	Organic Waste Shredding Machine Submitted to NRDC for patenting.	Recommended for resubmission
2	DOUBLE SPOT FRICTION STIR WELDING Submitted to NRDC for patenting.	Under scrutiny
3	TRIPLE SPOT FRICTION STIR WELDING Submitted to NRDC for patenting.	Underscrutiny

Programme Contents:

Duration of the course Duration of the course: 8 semesters/ 4 Years

Medium of instruction: English shall be the medium of instruction for all the subjects of study and for examination of the course.

Attendance: A candidate will be permitted to appear for the University Examination for any semester if he / she secure not less than75% of attendance in the number of instructional days during the calendar year, failing which he / she will be not allowed to appear in the semester examination. The participation of all the students in all facets of educational process is essential. Every candidate should take part in seminars, group discussions etc. Every candidate should be required to participate actively and with team spirit. Overall development should include involvement in workshops conducted by the programme and research studies.

How this Programme Benefit you & your Career?

Mechanical Engineering is one of the broadest engineering disciplines. Mechanical engineers research, design, develops, build, and test mechanical and thermal devices, including tools, engines, and machines. Mechanical engineering Programme helps in imparting the following important skills and abilities, in the students:

· Ability to analyze problems to see how mechanical and thermal devices might help solve the problem

· Knowledge for designing or redesigning mechanical and thermal devices using analysis and computer-aided design

· Ability to develop and test prototypes of devices they design

· Adept in analyzing the test results and change the design as needed

· Expertise in overseeing the manufacturing process for the device

· Functioning effectively as an individual, and as a member or leader in diverse teams and in multi-disciplinary settings.

· Ability to Communicate effectively on complex engineering activities with the engineering community and with society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations and give and receive clear instructions.

· Expertise in demonstrate knowledge and understanding of engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.

COURSE STRUCTURE (CBCS)

Programme: B. Tech

TYPE OF COURSE	Sl. No.	Subject Code	Subject	Credit Structure/ Teaching Scheme	Evaluation Scheme Marks	Hours	Credit
L	T	P	ESE	Sessional
THEORY	1	EE301	Electrical Technology	3	1	0	60	40	4	4
2	BME301	Mechanics of Material	3	1	0	60	40	4	4
3	BME302	Basic Thermodynamics	3	1	0	60	40	4	4
4	BMA301*	Mathematics-III	3	1	0	60	40	4	4
5	BME303	Machine Drawing	3	1	0	60	40	4	4
6	BHU301*	Environmental Studies	2	0	0	60	40	2	-
7	BHU302*	English Language and Communication Skills	2	0	0	60	40	2	1
PRACTICAL	1	EE311	Electrical Technology	0	0	1	60	40	2	1
2	BME311	Mechanics of Material	0	0	1	60	40	2	1
Total		28	23

Discipline: Mechanical Engineering Semester: III

Programme: B.TECH

Discipline: Mechanical Engineering Semester: IV

TYPE OF COURSE	Sl. No.	Subject Code	Subject	Credit Structure/ Teaching Scheme	Evaluation Scheme Marks	Hours	Credit
L	T	P	ESE	Sessional
THEORY	1	BME401	Workshop Theory	2	1	0	60	40	3	3
2	BME402	Fluid Mechanics	3	1	0	60	40	4	4
3	BME403	Theory of Machines	3	1	0	60	40	4	4
4	MA401*	Mathematics-IV	3	1	0	60	40	4	4
5	ME404	Material Science	3	0	0	60	40	3	3
6	HU401*	Sociology and Accountancy	3	0	0	60	40	3	3
PRACTICAL/ PROJECT	1	BME411	Workshop Theory	0	0	1	60	40	2	1
2	BME412	Fluid Mechanics	0	0	1	60	40	2	1
3	BME413	Theory of Machines	0	0	1	60	40	2	1
4	BME421	Minor Project I	-	-	-	35	65	-	1
Total		27	25

Programme: B.TECH

TYPE OF COURSE	Sl. No.	Subject Code	Subject	Credit Structure/ Teaching Scheme	Evaluation Scheme Marks	Hours	Credit
L	T	P	ESE	Sessional
THEORY	1	BME501	Workshop Theory-II	2	1	0	60	40	3	3
2	BME502	Fluid Mechanics & Hydraulic Machines	3	1	0	60	40	4	4
3	BME503	Dynamics of Machinery	3	1	0	60	40	4	4
4	BME504	Metrology	2	1	0	60	40	3	3
5	BME505	Applied Thermodynamics-I	3	1	0	60	40	4	4
6	EC501	Control Systems	2	1	0	60	40	3	3
7	BHU501*	Professional Employability Skills Training Program-I	2	0	0	60	40	2	1
PRACTICAL/ PROJECT	1	BME512	Fluid Mechanics & Hydraulic Machines	0	0	1	60	40	2	1
2	BME513	Dynamics of Machinery	0	0	1	60	40	2	1
3	BME529	Industrial Mock Viva	-	-	-	-	-	-	0
4	BME521	Minor Project II	-	-	-	35	65	-	1
Total		27	25

Discipline: Mechanical Engineering Semester: V

Programme: B.TECH

Discipline: Mechanical Engineering Semester: VI

TYPE OF COURSE	Sl. No	Subject Code	Subject	Credit Structure/ Teaching Scheme	Evaluation Scheme Marks	Hours	Credit
L	T	P	ESE	Sessional
THEORY	1	BME601	Manufacturing Process	3	1	0	60	40	4	4
2	BME602	Heat and Mass Transfer	3	1	0	60	40	4	4
3	BME603	Machine Design-I	3	1	0	60	40	4	4
4	BME604	Numerical Methods and Computation	3	1	0	60	40	4	4
5	BME605	Applied Thermodynamics-II	2	1	0	60	40	3	3
6	HU601*	Managerial Economics & Entrepreneurship Development	2	1	0	60	40	4	4
PRACTICAL/ PROJECT	1	BME611	Manufacturing Process	0	0	1	60	40	2	1
2	BME612	. Heat and Mass Transfer	0	0	1	60	40	2	1
3	BME629	Industrial Mock Viva	-	-	-	100	00	-	0
Total		27	25

Programme: B.TECH

Discipline: Mechanical Engineering Semester: VII

TYPE OF COURSE	Sl. No	Subject Code	Subject	Credit Structure/ Teaching Scheme	Evaluation Scheme Marks	Hours	Credit
L	T	P	ESE	Sessional
THEORY	1	BME701	Machine Design-II	3	1	0	60	40	4	4
2	BME702	Mechanical Vibrations	3	1	0	60	40	4	4
3	BME703	Total Quality Management	2	1	0	60	40	3	2
4	BME704	Elective-I	3	1	0	60	40	4	4
5	BME 705	Elective-II	3	1	0	60	40	4	4
FIELD/ PROJECT WORK	1	BME 725	Summer Training	0	0	0	35	65	-	2
2	BME 726	Project I	0	0	0	35	65	-	6
3	BME 729	Industrial Mock Viva	-	-	-	100	00	-	0
Total		19	26

Elective I: Refrigeration & Air Conditioning; Internal Combustion Engines; Automobile Engineering; Applied Ergonomics (Online SWAYAM)

Elective II: Power Plant Engineering; Numeric Control of Machine Tools & Robotics; Production Planning and Control; Energy Conservation and Waste Heat Recovery (Online SWAYAM)

Programme: B.TECH

Discipline: Mechanical Engineering Semester: VIII

TYPE OF COURSE	Sl. No	Subject Code	Subject	Credit Structure/ Teaching Scheme	Evaluation Scheme Marks	Hours	Credit
L	T	P	ESE	Sessional
THEORY	1	BME801	Operation Research	3	1	0	60	40	4	4
2	BME802	Industrial Engineering and Management	3	1	0	60	40	4	4
3	BME803	Elective III	3	1	0	60	40	4	4
4	BME804	Elective IV	3	1	0	60	40	4	4
FIELD/ PROJECT WORK	1	BME825	Project II	0	0	0	35	65	-	8
Total		16	24

Elective III: Non Conventional Energy: Computer Aided Design; Statistical Quality Control.

Elective IV: Organizational Behaviour; Management Information System.

Achievement:

Achievement:

· Patent Filed: System and Method for Double spot Friction Stir Welding and Double spot Zigzag Friction Stir Welding.( Application No: TEMP/E- 1/49294/2018- KOL) Inventors: Mr. Manash J Borah, Mechanical Engg Assistant professor, ADTU.

· Seed Money Granted for project to Mr Ridhiman Dutta under Seed Money Grant at Assam Downtown University for the project entitled, “Design and fabrication of bio-digester and utilization of biogas from various wastes of Assam down Town University and its nearby localities”.