DE Semester 2-

  1. Applied Mathematics:
    • Advanced calculus
    • Differential equations
    • Linear algebra
    • Complex numbers
    • Laplace transforms (for electrical and control engineering)
  2. Engineering Mechanics:
    • Advanced topics in mechanics
    • Statics and dynamics
    • Analysis of trusses, frames, and machines
    • Friction and equilibrium of rigid bodies
  3. Electrical Engineering (for relevant branches):
    • Electrical circuits and network analysis
    • Electrical machines (e.g., motors and generators)
    • Basic electronics and semiconductor devices
    • Digital logic and microprocessors
  4. Electronics Engineering (for relevant branches):
    • Analog electronics
    • Digital electronics
    • Electronic devices and circuits
    • Microcontroller programming and interfacing
  5. Mechanical Engineering (for relevant branches):
    • Strength of materials
    • Theory of machines
    • Fluid mechanics
    • Thermodynamics
  6. Civil Engineering (for relevant branches):
    • Building construction and materials
    • Surveying and leveling
    • Soil mechanics
    • Structural analysis (basic)
  7. Environmental Engineering:
    • Environmental pollution and control
    • Water supply and wastewater engineering
    • Solid waste management
  8. Thermodynamics:
    • Laws of thermodynamics
    • Thermodynamic processes and cycles
    • Heat transfer (conduction, convection, and radiation)
  9. Fluid Mechanics:
    • Fluid properties and behavior
    • Fluid statics and dynamics
    • Flow measurement
    • Pumps and turbines
  10. Workshop Practice:
    • Advanced skills in machining, welding, and other workshop activities
    • Engineering materials and heat treatment
  11. Computer-Aided Drawing (CAD):
    • Introduction to CAD software for 2D and 3D modeling
    • Drafting and designing engineering components
  12. Communication Skills:
    • Advanced communication skills, including technical writing and presentations
  13. Professional Ethics and Engineering Management:
    • Ethics in engineering
    • Project management concepts
    • Quality control and assurance