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Certificate in Aerospace Engineering & Flight Systems (CAFS)

Duration: 3 Months / 12 Weeks / 48 Hrs

This certificate program equips learners with core concepts of aerospace systems, flight dynamics, design tools, and simulation frameworks. It blends theoretical understanding with software-based practical exposure to prepare candidates for the aerospace industry or higher technical learning.

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Registration Fees

₹ 1500

non-refundable

Course Fees

₹ 55000.00

Batch Start

1 Aug, 2025

Duration

3 Months / 12 Weeks / 48 Hrs

Program Structure

Eligibility: Engineering / Science graduates or professionals in Mechanical, Aeronautics, Electronics, or allied fields.

Duration: 3 Months / 12 Weeks / 48 Hrs

Batch Start Date: 1 Aug, 2025

Courses and Certification Conduct Policy:

Program Structure:

Module 1: Introduction to Aerospace Engineering & Basics

Evolution and Scope of Aerospace Engineering
Aeronautics vs Astronautics
Introduction to Aircraft Classifications
Key Components of Aircraft

Module 2: Aircraft Systems & Subsystems

Airframe Structures and Materials
Avionics Overview: Instrumentation and Integration
Basics of Propulsion: Jet, Turboprop, and Electric Systems

Module 3: Flight Mechanics & Aerodynamics

Principles of Flight
Lift, Drag, Thrust, and Moment Forces
Stability & Control Concepts
Aircraft Performance Basics

Module 4: Navigation, Communication & Surveillance (CNS)

Airborne Navigation Systems
Communication Channels: VHF, HF, Satellite
Surveillance Technologies: ADS-B, ELT, TCAS
Integration in Flight Operations

Module 5: Aerospace Design & Simulation Tools

Introduction to the Design Process
SolidWorks for 3D Modeling of Components
ANSYS for Stress & Thermal Analysis
MATLAB/Simulink for Flight Dynamics Modeling

Module 6: Flight Control Systems

Primary and Secondary Control Surfaces
Manual vs Fly-by-Wire Systems
Basics of Autopilot Systems
Control Laws & Stability Augmentation

Module 7: Materials in Aerospace

Introduction to Aerospace Materials
Use of Alloys (Aluminum, Titanium)
Composites: Carbon Fiber, Kevlar
Performance under Stress & Heat

Module 8: Project & Assessment

Choose a design/simulation-based project (e.g., aircraft component design, flight model, subsystem simulation)
Regular mentorship check-ins
Final submission & viva-based evaluation

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