Bachelor of Science in Mechanical Engineering (B.Sc. in ME)

Duration: 4 Years | Semesters: 8 | Total Credits: ~160

Year 1: Engineering Foundation

Semester 1

• Mathematics I (Calculus & Linear Algebra)

• Physics I (Mechanics & Heat)

• Introduction to Mechanical Engineering

• Computer Programming (C/Python)

• English Communication Skills

• Engineering Drawing

• Physics Lab

• Programming Lab

Semester 2

• Mathematics II (Differential Equations)

• Chemistry for Engineers

• Electrical & Electronic Engineering Fundamentals

• Engineering Mechanics

• Workshop Technology

• Chemistry Lab

• Engineering Drawing Lab

Year 2: Core Mechanical Knowledge

Semester 3

• Mathematics III (Statistics & Complex Variables)

• Thermodynamics I

• Strength of Materials

• Fluid Mechanics I

• Machine Drawing & CAD

• Strength of Materials Lab

• CAD Lab

Semester 4

• Mechanics of Machines

• Manufacturing Processes

• Fluid Mechanics II

• Thermodynamics II

• Materials Science

• Manufacturing Lab

• Fluid Mechanics Lab

  
  

Year 3: Applied Engineering & Design

Semester 5

• Heat & Mass Transfer

• Mechanical Measurements & Instrumentation

• Internal Combustion Engines

• Theory of Machines

• Elective I (e.g., Renewable Energy Systems)

• Thermal Lab

• Instrumentation Lab

Semester 6

• Design of Machine Elements

• Refrigeration and Air Conditioning

• Numerical Methods in Engineering

• Power Plant Engineering

• Elective II (e.g., Computational Fluid Dynamics, Mechatronics)

• Design Lab

• HVAC Lab

• Mini Project I

  
  

Year 4: Integration, Innovation & Industrial Exposure

Semester 7

• Robotics & Automation

• Industrial Engineering & Operations Research

• Control Systems Engineering

• Project Management & Engineering Economics

• Final Year Project – Phase I

• Industrial Training (5–6 weeks, after semester end)

Semester 8

• Finite Element Analysis

• Renewable & Sustainable Energy

• Elective III (e.g., Advanced Manufacturing, Tribology)

• Final Year Project – Phase II

• Viva Voce

• Technical Seminar / Presentation

Suggested Electives

Thermal & Energy Systems: Gas Dynamics & Jet Propulsion, Renewable Energy Technology, Energy Conversion Systems
Design & Automation: Mechatronics, Tribology, Advanced CAD/CAM, Product Design & Development
Manufacturing & Industry 4.0: Additive Manufacturing (3D Printing), Industrial Robotics, Smart Materials

Laboratories & Practical Learning

• Thermodynamics & Heat Transfer Lab

• Fluid Mechanics & Hydraulic Machines Lab

• Internal Combustion Engine Lab

• Strength of Materials Lab

• Machine Design & CAD Lab

• Robotics & Mechatronics Lab

• Power Plant Simulation Lab

Industrial Exposure

• 5–6 week industrial training during 7th or 8th semester

• Industry visits with reports and assessments

• Internship opportunities in mechanical plants, power stations, and automotive industries