Selected work
Engineering for systems that need to be trusted.
Projects that best represent how I think: turn a physical problem into something observable, testable, and useful.

01 · Wearable rehabilitation robotics · modeling + evaluation
M.Sc. thesis · 2026
A wearable tendon-driven finger actuator, built and evaluated for neurorehabilitation tasks.
An M.Sc. engineering feasibility study—from simplified mechanics to repeatable benchtop experiments and an on-hand wearable prototype.
1,000 / 1,000 rigid-fixture cycles
See the work ↗
02 · Agtech robotics · sensing + data quality
Robotics co-op · 2025
Making field sensing and visual-data workflows hold up outside ideal conditions.
Robotics co-op work connecting thermal imagery, GPS metadata, ROS2, and more deliberate dataset curation for precision agriculture.
ROS2 thermal sensing + GPS capture
See the work ↗
03 · Mechatronics · closed-loop automation
Senior project · 2023
A force-aware Cartesian robot for repeatable connector mating and test data collection.
An end-to-end senior project combining embedded control, sensing, automation logic, and a physical robot system.
IEEE SII/SICE 2024 publication
See the work ↗
04 · Underwater robotics · interfaces + embedded systems
Robotics co-op · 2022–23
Making robotic fleet operation more concrete for the people using it.
Robotics co-op work spanning robot-operation interfaces, embedded communication, and mechanical subsystem integration for underwater robots.
HTML / Flask · sockets · Embedded C · MicroROS
See the work ↗
05 · Independent software · real-world recommendations
Released independent product
Turning weather, geometry, and place into a simple outdoor recommendation experience.
A released personal iOS and web project that hides environmental modeling beneath an approachable interface.
SwiftUI + FastAPI environmental modeling
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06 · Independent prototype · participation systems
Independent product prototype
Exploring a more welcoming way into real-world movement and community.
A product prototype for beginner-friendly, instructor-led sessions, with careful attention to states, partner rules, and the experience of trying something new.
Partner-pilot materials + interaction design
See the work ↗Academic explorations
Coursework that extends the systems story.
Relevant technical studies, kept visibly separate from professional and flagship project work.

DTU coursework · 2025
Autonomy, sensing, and mapping
Robotics coursework across ROS2 occupancy-grid mapping, LiDAR and GNSS/IMU data, point-cloud workflows, and Crazyflie / OptiTrack controller validation.
- ROS2
- LiDAR + GNSS/IMU
- Occupancy grids
- Point clouds

Advanced deep learning coursework · 2025
Discrete diffusion for Super Mario levels
A PyTorch U-Net diffusion study using one-hot tile representations, with attention to why image metrics alone do not capture structural validity or playability.
- PyTorch
- U-Net
- DDPM
- Model evaluation