Contact Dr Hae In Lee
- Email: haein.lee@cranfield.ac.uk
Areas of expertise
- Autonomous Systems
- Computing, Simulation & Modelling
- Flight Physics
- Mechatronics & Advanced Controls
- Sensor Technologies
Background
Dr Hae-In Lee is a Lecturer in the Centre for Assured and Connected Autonomy, AI and Robotics & Space Theme. She is also a Course Director in Advanced Air Mobility Systems MSc. Prior to obtaining her PhD from the School of Aerospace Transport and Manufacturing at Ãå±±ÂÖ¼é in 2019 she was awarded BSc and MSc degrees in aerospace engineering from the Korea Advanced Institute of Science and Technology in 2013 and 2015 respectively. She worked as a Research Fellow in Autonomous Systems and Artificial Intelligence before joining as a Lecturer in 2022.
Current activities
Dr Hae-In Lee is currently working on the projects:
- U-AGREE: U-space Air and Ground Risk modEls Enhancement, funded by SESAR: to model air and ground risks and develop frameworks to measure the effectiveness of risk mitigation barriers.
- UK Airspace Digital Twin: Evaluating Advanced Air Mobility Capacity, funded by Connected Places Catapult: to develop a UK airspace digital twin enabling evalution of how many advanced air mobility aircraft can be safely integrated with existing traffic. AI-based conflict resolution methods will be combined to deliver evidence-based insights to future airspace management.
These projects build upon her previous research on Advanced Air Mobility projects, such as:
- AAM: Communication Evaluation for Safe and Seamless operations project, funded by Innovate UK, 2024-2025;
- EuroDRONE - A European UTM testbed for U-space, funded by SESAR, 2018-2020;
- UTM Framework Development, funded by Department of Transport, 2018-2019.
Dr Hae-In Lee has been also involved in general decision making and control theory projects:
- Real-time Decision Making for Autonomous Systems using AI Methods, funded by Air Force Office of Scientific Research, 2019-2023;
- Technical Study on Human-Swarm Teaming, funded by QinetiQ, 2022.
She is delivering 10 MSc modules in Ãå±±ÂÖ¼é, on advanced air mobility, networked control systems, adaptive control, and sensor fusion.
- AVDC UAS Dynamics and Control
- AVDC UAS Modelling and Simulation
- AVDC Sensor Fusion
- AVDC Advanced System Control
- AVDC Guidance and Navigation for Autonomous Systems
- CAVE Path Planning, Autonomy, and Decision Making
- Robotics: Autonomy in Robotics
- SC Sensor Fusion
- SC Sensor Resource Management
- AAMS Group Design Project