The future of flight lies in the hands of aerospace engineers—pioneers who design, develop, and optimize aircraft, satellites, rockets, and space exploration systems. If you’ve ever looked to the sky and wondered how flight works, or dreamed of working with organizations like NASA, ISRO, SpaceX, or Boeing, this free webinar on Aerospace Engineering is your launchpad.
Dive deep into the core principles of aerospace engineering, including aerodynamics, propulsion, avionics, flight mechanics, and spacecraft systems. Explore real-world applications,
ongoing innovations, and the booming global demand for aerospace professionals.
Engineering students (Mechanical, Aeronautical, Aerospace, Mechatronics)
Aspiring aerospace scientists and researchers
Physics & math enthusiasts
Professionals in aviation, defence, and space industries
Anyone passionate about aircraft and space exploration
What is Aerospace Engineering?
Difference between Aeronautical and Astronautical engineering
Historical milestones (Wright Brothers to Mars Rover)
Aerospace vs Aviation vs Space Technology
Basic principles: Bernoulli’s theorem, Lift & Drag
Subsonic vs Supersonic flow
Wind tunnel testing
CFD (Computational Fluid Dynamics) simulations
Types of engines: piston, jet, turboprop, turbofan
Rocket propulsion
basics
Cryogenic and electric propulsion
Space propulsion (ion drives, chemical rockets)
Newton's laws in flight dynamics
Pitch, roll, and yaw control
Autopilot and flight control systems
Aircraft stability and maneuverability
Aircraft & spacecraft structure design
Lightweight materials: aluminum, titanium, composites
Stress and fatigue analysis
Vibration and structural testing
Navigation and communication systems
RADAR, GPS, and
sensors
Fly-by-wire systems
Instrumentation and telemetry
Satellite orbits and communication
Rocket staging and trajectories
Space missions: launch to recovery
Planetary rovers and probes
MATLAB & Simulink
CATIA & SolidWorks for modeling
ANSYS & Fluent for simulations
STK (Satellite Tool Kit)
Python & C++ for algorithm development
Boeing, Airbus aircraft
systems
Fuel efficiency and safety systems
Navigation and traffic management
Fighter jets, drones, missiles
Radar evasion and stealth technology
Avionics and weapons integration
ISRO, NASA, ESA missions
Launch vehicles and space stations
Mars & Moon exploration rovers
Satellite development and communication systems
Urban air mobility (eVTOLs)
Reusable rockets (SpaceX)
Hypersonic transport
Satellite constellations (Starlink)
ISRO, DRDO, HAL, ADA, NAL
Recent achievements: Chandrayaan, Gaganyaan
Job market and government opportunities
NASA, SpaceX, Boeing, Lockheed Martin, Blue Origin
International aerospace research collaborations
Space tourism and commercial spaceflight
| Role | Description |
|---|---|
| Aerospace Engineer | Aircraft/spacecraft design & analysis |
| Flight Test Engineer | Validates aircraft performance |
| Avionics Engineer | Develops onboard systems and control logic |
| Aerodynamicist | Simulates airflow for design optimization |
| Propulsion Engineer | Designs engines and fuel systems |
| Structural Analyst | Performs load and stress testing |
| Systems Engineer | Integrates multidisciplinary subsystems |
| Satellite Engineer | Designs and maintains satellite systems |
B.Tech / B.E in Aerospace / Aeronautical
M.Tech / MS in Fluid Mechanics,
Propulsion, Avionics
PG Diploma in Rocketry, UAVs
Certifications: NASA STEM, MIT OCW, Coursera, edX, Udemy
Skyroot Aerospace, AgniKul Cosmos (India)
Rocket Lab, Blue Origin, Astra
Autonomous drones and surveillance systems
Aerospace sustainability (green aviation)
| Segment | Duration |
|---|---|
| Welcome & Introduction | 10 mins |
| Fundamentals of Aerospace | 20 mins |
| Aircraft Systems & Propulsion | 20 mins |
| Avionics & Flight Control | 15 mins |
| Space Engineering & Satellites | 20 mins |
| Career Opportunities & Roadmap | 15 mins |
| Q&A with Expert Panel | 20 mins |
| Feedback & Certificate Info | 10 mins |
Verified E-Certificate of Participation
Free access to recorded session
Aerospace interview prep guide
Downloadable slides and resources
Guidance on top aerospace courses
Q. Is it beginner-friendly?
✅ Yes, whether you're a student or enthusiast, it's designed for all levels.
Q. Will I receive a certificate?
✅ Yes, after attending and completing the feedback form.
Q. Can I ask questions during the webinar?
✅ Absolutely! We encourage participation in the Q&A session.
Q. Will this help with career planning?
✅ Yes, the webinar includes a segment on aerospace career paths and education.
🚀 Are you ready to explore the skies and beyond?
This free aerospace engineering webinar is your opportunity to learn from professionals, gain insights into the latest tech, and prepare for a rewarding career in aviation and space.
📅 Limited slots available – Register Now and unlock your path to becoming an aerospace innovator!
👉 [Register for Free]