At DTU Unmanned Aerial Systems, I contribute to software development for autonomous unmanned aerial systems participating in the DARPA Triage Challenge. My work includes computer vision, image processing, and mission logic for aerial search-and-rescue workflows.
I also contributed to the team’s custom processor and FPGA subsystem, writing and verifying Verilog modules and testbenches using Vivado, ModelSim, and Icarus Verilog. I work across software and hardware interfaces to integrate perception, navigation, and autonomous decision-making components.
On my AI-driven adaptive noise cancellation project, I’m building a real-time speech enhancement system that combines FxNLMS adaptive filtering with neural models including DTLN and Conv-TasNet. I’ve implemented streaming audio capture, UDP transport, jitter handling, model inference, and evaluation tooling.
I’m also developing projects in treasury analytics, trade-document validation, and financial computing. These include cash-flow forecasting, document discrepancy review, a limit-order-book simulator, and a derivatives-pricing engine.
