Program Description
Manufacturing Engineering is a specialised branch of engineering that focuses on the design, development, optimization, and management of processes and systems involved in the production of goods. Manufacturing engineers play a crucial role in translating design concepts into tangible products, ensuring efficiency, quality, and cost-effectiveness throughout the entire manufacturing lifecycle. As manufacturing processes continue to evolve, manufacturing engineering remains at the forefront of technological advancements. Professionals in this field contribute to the development and implementation of innovative manufacturing solutions, ensuring that industries can produce high-quality products efficiently and sustainably. The role of manufacturing engineering is pivotal in shaping the competitiveness and success of businesses in a global marketplace.
Focus Area
- Manufacturing Competitiveness and Management
- Manufacturing Systems and Operations
- Materials and Manufacturing Processes
- Product Tooling Design
Structure of the program
Sem
1
-Math I (Algebra and Trigonometry)
-Physics I
-Chemistry
-Drawing I
-Language and Communication I
-IT I (Introduction to Computers)
Sem
2
-Math II (Calculus I)
-Physics II
-Biology
-Drawing II
-Language and Communication II
-IT II (Introduction to Programming)
Sem
3
-Math III (Calculus II)
-Computer-Aided Drafting
-Workshop Practice I
-Introduction to Thermodynamics
-Engineering Materials
Sem
4
-Math IV (Linear Algebra)
-Statistics
-Workshop Practice II
-Graphics and Design
-Electrical Circuit Analysis
Sem
5
-Math V (Statistics and Probability)
-Computer-Aided Design and Manufacturing
-Dynamics of Machines
-Manufacturing and Production Processes
-Metrology
-Systems Design
Sem
6
-Math IV (Numerical Methods)
-Fluid Mechanics
-Industrial Ergonomics
-Design for Manufacturing
-Mechatronics
-Strength of Materials
Sem
7
-Industrial Attachment
-Entrepreneurship
-Control Systems
-Process Engineering (Agro-process Engineering)
Sem
8
-Heat Transfer
-Workshop Practice III (Laboratory, Process Simulation)
-Research Methods
Sem
9
-Project
-Manufacturing Modelling
-Life-Cycle Engineering
-Reliability and Maintenance
-Robotics and Automation
-Productions and Operations and Management
Sem
10
-Quality Control and Management
-Integrated Manufacturing Systems
-Environmental Management
-Ethics and Law
-Project