Bachelor Of Aviation Enginering

Graduates can work at aircraft manufacturers, airlines, maintenance, repair, and overhaul (MRO) companies, research institutes, aerospace startups, and government agencies such as the Directorate General of Civil Aviation, National Transportation Safety Committee (NTSC/KNKT), and BRIN. Additionally, graduates may launch technology-based ventures or pursue postgraduate studies.

Propulsion and green aviation are taught across all three concentrations. Rocketry can be chosen as a final project topic. All three concentrations build upon a common foundation, including:

• Aerodynamics and Aircraft System Design
  Aerodynamic analysis and testing, aircraft structures and materials, as well as system-level aircraft design, including its manufacturing processes.
• Flight Mechanics, Control, and Autonomous Systems
  Deepening flight mechanics: flight performance, stability and control, navigation and avionics, as well as systems enabling unmanned aircraft to fly and share airspace safely. This concentration also covers astrodynamics and space mission design, focusing on trajectory and orbit planning for spacecraft.
• Aircraft Maintenance and Airline Operations
  Maintenance systems, inspection, reliability, and airworthiness, along with how airlines plan and operate their fleets.

• Aircraft Systems Design Engineer
  Handles aerodynamics, structures, and aircraft systems, from concept to manufacturing.
• Flight Mechanics and Control Engineer
  Analyzes flight performance, stability, and aircraft control.
• Avionics and Autonomous Systems Engineer
  Develops aircraft electronics, navigation, and unmanned aerial vehicle (UAV) systems.
• Aircraft Maintenance Engineer
  Executes and manages aircraft maintenance and repair operations.
• Flight Operations Officer
  Plans each flight and monitors it alongside pilots, covering routing, fuel, weather, and aircraft performance.
• Airline Technical Services Engineer
  Plans and monitors continuous maintenance, reliability, and airworthiness of airline fleets.
• Aviation Safety and Quality Engineer
  Maintains safety and quality standards across the aviation industry.
• Research and Development Engineer
  Researches and develops new aerospace technologies, including satellite and space missions.
• Aviation Regulator and Inspector
  Works in civil aviation authorities or government agencies focusing on certification, airworthiness oversight, and safety investigation.

• Aerodynamics and Computation Laboratory
  Wind tunnel testing for airflow and aerodynamic forces, alongside design and simulation software for aerodynamics, structures, and flight systems.
• Aerospace Systems Laboratory
  Flight simulation, avionics, and instrumentation, as well as a space for students to assemble and test integrated systems, including drones, small rockets, and satellite subsystems.
• Aircraft Maintenance Workshop
  Practical hands-on training covering aircraft components, mechanical systems, materials, and fundamentals of aircraft maintenance.

• Globally Oriented Curriculum
  Lectures are conducted in English using international-standard textbooks, with curricula modeled after leading overseas aerospace engineering programs. Students can also participate in study abroad programs or international internships through IULI's partner institutions. Group projects, reports, and presentations are all completed in English, ensuring graduates are well-prepared for international working environments.
• Hands-on & Project-Based Learning
  Students apply theoretical knowledge through practical labs, simulations, and group engineering projects. They assemble and test fully functional systems, such as wind tunnel test models, avionics and instrumentation packages, or unmanned aerial vehicles (drones).
• Next-Generation Aerospace Technology
  Coursework and final thesis topics align with future industry trends, including green aviation, autonomous systems, and space technology.
• Aviation Technopreneurship
  Students learn to translate engineering concepts into commercial products—from identifying market needs and prototyping to formulating comprehensive business plans. This equips them to join aerospace startups or launch their own ventures.
• Strong Industry Connections
  During their studies, students complete internships with commercial airlines, aircraft maintenance enterprises like GMF AeroAsia, and aeronautics, satellite, and rocket research centers under BRIN's Aeronautics and Space Research Organization (ORPA). Capstone and thesis projects often address real-world industry challenges provided by these institutions.
• Research-Active Faculty
  Faculty research spans experimental and computational fluid dynamics, flight mechanics and astrodynamics, autonomous systems, as well as airline operations and aircraft maintenance. Students can directly participate in these cutting-edge research projects through their final thesis.