FS / Academy system 02.0
Flying
Sikh
Engineering Flight, Space & Sea.
Master the machines, physics and systems that move humanity through atmosphere, orbit and ocean.
- 15
- Modules
- 226
- Lessons
- 25
- Study hours
Three Engineering Worlds
Atmosphere, orbit and ocean. Same physics, three environments, three engineering cultures.
Aeronautical
Aircraft design, aerodynamics, propulsion, structures, avionics, flight mechanics, certification and future aviation.
Aerospace
Rocket propulsion, orbital mechanics, spacecraft, satellites, spaceflight and advanced aerospace systems.
Maritime
Naval architecture, hydrodynamics, marine propulsion, ship structures, stability, navigation and autonomous vessels.
The Flight Curriculum
Fifteen modules, built in sequence — from the origins of flight to systems engineering and industrial strategy.
Origins of Flight & Transportation
Transportation history, aviation, aerospace, astronautics, maritime engineering and humanity's desire to travel.
Mathematics for Engineers
Units, vectors, algebra, calculus, differential equations, probability, statistics, numerical methods and modelling.
Physics & Rotational Mechanics
Newtonian mechanics, motion, momentum, energy, torque, angular motion, inertia and gyroscopes.
Fluid Mechanics
Fluid properties, pressure, density, viscosity, buoyancy, hydrostatics, compressibility and capillary phenomena.
Aerodynamics & Fluid Dynamics
Lift, drag, airfoils, boundary layers, Reynolds number, separation, stalls, vortices, CFD and supersonic flow.
Aircraft Propulsion
Piston engines, propellers, turbojets, turbofans, turboprops, ramjets, scramjets, rockets and electric propulsion.
Aircraft Structures & Materials
Stress, strain, structural loads, fatigue, fracture, corrosion, metals, composites and structural design.
Aircraft Systems
Hydraulics, pneumatics, electrical, fuel, landing gear, flight controls, ECS, fire protection and sensors.
Flight Mechanics & Performance
Stability, control, equations of motion, takeoff, climb, cruise, descent, range, endurance and flight envelopes.
Avionics & Automation
Instrumentation, sensors, INS, GNSS, FMS, autopilot, fly-by-wire, radar, ADS-B, TCAS and autonomous flight.
Safety, Certification & Airworthiness
Certification, regulators, reliability, redundancy, SMS, human factors, accident investigation and cybersecurity.
Spaceflight & Space Systems
Rockets, orbital mechanics, satellites, spacecraft systems, re-entry, stations and planetary exploration.
Future Flight & Emerging Aerospace
Electric flight, hydrogen, UAM/AAM, autonomy, hypersonics, AI, digital twins and future transportation.
Aerospace Research & Experimental Flight
Scientific method, TRLs, prototypes, wind tunnels, X-planes, flight testing, HPC and innovation management.
Systems Engineering & Aerospace Industry
Requirements, architecture, MBSE, risk, programme management, manufacturing, supply chains and lifecycle.
Flying Sikh Labs
Change the parameters. Watch the physics respond. Engineering understood through interaction, not memorisation.