Design, Certification & the Future

From requirements to certified aircraft — and beyond. Bringing it together: conceptual design and sizing, airworthiness and safety engineering, and the future of flight — drones, eVTOL air taxis, electric and hydrogen aircraft.

• Aircraft Conceptual Design & Sizing — How a new aircraft is born. Learn requirements and mission profiles, the design process (conceptual → preliminary → detailed), weight estimation with fuel fractions and empty-weight trends, the iterative take-off-weight solution, wing loading and thrust-to-weight from a constraint diagram, configuration choices (wing position, tail type, engine placement), trade studies and MDO — with Python sizing a business jet.
• Airworthiness, Certification & Safety Engineering — Why flying is the safest way to travel. Learn airworthiness authorities (ICAO, FAA, EASA, DGCA) and regulations (Part/CS-23, 25, 27, 29, 33), type, production and airworthiness certificates, the certification process, system safety (ARP4754A development, ARP4761 safety assessment, FHA, FTA, FMEA), failure-condition categories and the 10⁻⁹ rule, DO-178C/DO-254 assurance, reliability maths, maintenance (MSG-3), and continuing airworthiness — with Python for redundancy probabilities.
• Drones, eVTOL & the Future of Flight — The fastest-moving corner of aerospace. Learn UAV classes and configurations (multirotor, fixed-wing, VTOL hybrids), momentum theory for hover power, disk loading, battery energy and endurance, flight controllers and autonomy, regulations (visual line of sight, BVLOS, remote ID, SORA), eVTOL air taxis and urban air mobility, hydrogen and electric aircraft, sustainable aviation fuel, supersonic and hypersonic revival, and space tourism — with Python for drone and eVTOL hover power.