Advanced Certificate in Aerospace Systems & Engineering Design (ACASED)
PROGRAM STRUCTURE
| Component | Details |
|---|
| Mode | Online (Instructor-led + Hands-on Simulations) |
| Certification | Jointly by AICRA, NADDSO, NIRA |
| Eligibility | Engineering graduates/pursuing (Mechanical, Electrical, Aerospace, Mechatronics, or related fields) |
| Duration | 1Yr / 40 Weeks / 220hrs |
PROGRAM FEE STRUCTURE
| Program | Fee |
|---|
| Full Course Fee | Rs. 2,75,000 |
| 1st EMI | Rs. 95,000 |
| 2nd EMI | Rs. 60,000 |
| 3rd EMI | Rs. 60,000 |
| 4th EMI | Rs. 60,000 |
Advanced Certification Program - Aerospace
- History & Evolution of Aerospace Engineering
- Branches: Aeronautics vs Astronautics
- Key Aerospace Industry Segments
- Airframe Structures and Materials
- Avionics & Instrumentation Systems
- Aircraft Propulsion Systems (Jet, Turboprop, Electric)
- Environmental Control & Hydraulic Systems
- Principles of Flight
- Lift, Drag, and Thrust Fundamentals
- Flight Envelope and Stability
- Aircraft Performance Parameters
- GNSS and Inertial Navigation Systems
- Radio and Satellite Communications
- Radar Systems and Surveillance Technologies (ADS-B, TCAS, ELT)
- Avionics Integration in Modern Aircraft
- Introduction to Aerospace Design Lifecycle
- Hands-on with SolidWorks for Component Design
- Finite Element Analysis using ANSYS
- MATLAB & Simulink for Aerospace System Modeling
- Case Studies & Real-time Simulation Projects
- Types of Flight Control Surfaces
- Manual, Hydraulic & Fly-by-Wire Systems
- Autopilot and Stability Augmentation
- Control System Design using Simulink
- Classification of Aerospace Materials
- Use of Alloys (Aluminum, Titanium, Magnesium)
- Composite Materials (Carbon Fiber, Kevlar)
- Material Selection for Weight Optimization and Thermal Stress
- Design, Analyze, or Simulate an Aerospace Subsystem
- Integration of Tools (CAD + MATLAB/Simulink)
- Industry-oriented or Research-based Topic
- Mentorship + Evaluation by Experts
- Final Project Submission + Viva Presentation
