Study materials

Control Engineering

  1. Mathematical modelling of systems

  2. Time response analysis of LTI systems

  3. Frequency response analysis of LTI systems with Bode plot

  4. Design of PID controller using Root locus

  5. Design of Lag-lead compensator using Root locus

  6. Design of Lag compensator using Bode plot in MATLAB

  7. Digital control systems and Ziegler-Nichols tuning

Space Mechanics

  1. Introduction to space – Celestial sphere

  2. Two-body problem and time of flight

  3. Orbital maneuvers

  4. Orbit perturbation analysis

  5. Satellite flight path angle equation

  6. Open conic orbits

Class room slides
  1. Introduction to space and orbital mechanics

  2. Interplanetary mission

  3. Lunar mission

  4. Orbit perturbation analysis

  5. Ballistic missile trajectories

Digital Electronics

  1. Digital circuits

  2. Data converters

Class room slides
  1. Data converters

  2. 8085 Microprocessor

Avionics

  1. Communication,navigation and FCS

  2. RADAR

Class room slides
  1. Introduction to Avionics

  2. Avionics architectures

  3. Avionic databuses

  4. Display systems

  5. Communication systems

  6. Navigation systems

  7. Flight control systems

  8. Landing systems

  9. Electronic warfare