Course Information & Syllabus
Course Information :
This degree provides a broad based engineering education to equip students with the knowledge required to practice
professionally as a mechanical engineer .This course has two main aims: firstly to enable students to understand the
fundamental concepts of engineering with the emphasis on those most relevant to mechanical engineering and secondly,
to show how they may be applied to solve a wide range of mechanical engineering problems using computers and
computer-aided methods. Students are strongly recommended to take advantage of the industrial placement, which provides the opportunity to apply the knowledge and skills gained during the course.
Year 1 :
Mathematics –I
Engg. Physics + Lab
Engg.Chemistry / Engg Mechanics + Lab
Electrical Engg / Computer Concepts and Programming in C + Lab
Electronics Engineering / Professsional Communication + Lab
Manufacturing Processes/Environment & Ecology + Lab
Remedial English Language
Mathematics -II
Engineering Mechanics/ Engg. Chemistry + Lab
Computer Concepts and Programming in C/Electrical Engg. + Lab
Professional Communication/ Electronics Engineering +Lab
Environment & Ecology/Manufacturing Processes + Lab
Life Skills
Remedial English Language
Year 2 :
Mathematics – III
Fluid Mechanics
Materials Science in Engg + Lab
Strength of Material
Thermodynamics + Lab
Open Elective I
Electrical Machines & Automatic Control + Lab
Applied Thermodynamics + Lab
Manufacturing Science - I + Lab
Measurement & Metrology + Lab
Open Elective II
Open Elective III
Year 3 :
Machine Design - I + Lab
Theory of Machines - I
Manufacturing Science - II + Lab
Heat & Mass Transfer + Lab
I.C. Engines & Compressors
Open Elective IV
Machine Design - II + Lab
Theory of Machines - II + Lab
Departmental Elective - I
Departmental Elective - II
Open Elective V
Year 4 :
Computer Aided Design + Lab
Automobile Engineering + Lab
Departmental Elective - III
Departmental Elective - IV
Quality control
Departmental Elective -V
Departmental Elective - VI
Project
Coursework & Assessment :
Units are assessed using a variety of methods e.g. assignments, practical work, seminars and reports. The final
degree award is based on both coursework and End Term Examinations. The projects provide the students with
opportunity to apply newly gained skills and knowledge to the solution of a problem, chosen from the live problems
from the industry.
Careers :
Job opportunities exist in automotive, aerospace, component design, precision industry, defence and R&D
organizations as also in industries with focus on automation. 