04 / About

A bit about me.

I'm David, a Computational Engineering master's student at TU Darmstadt, with a background in mechanical engineering.

I'm interested in the space between physical systems and software: modeling them, controlling them, and testing whether the code behaves as expected. My projects range from trajectory optimization to simulated robots. I use this website to show the work and keep notes I can return to.

Portrait of David Timothy

Experience

Selected roles

May 2026 — present

Working Student, Autonomous Flight

Wingcopter

I contribute to the development and testing of embedded and application-level software for autonomous flight systems. My work includes implementing software features and engineering tools, developing automated tests, and using simulation and data analysis to validate system behaviour. I also work on debugging, documentation, and improvements to development and testing workflows across the software stack.

May 2024 — Jan 2025

Student Research Assistant

Institute for Mechatronic Systems, TU Darmstadt

Analyzed vehicle sensor data in MATLAB, including driving behavior and trajectories.

2020 — 2023

Student Research Assistant

TU Darmstadt · multiple institutes

Mechanical design support, ANSYS analysis, strain-gauge measurements, experimental setups, and Python tools for simulation and data analysis.

Sep — Oct 2021

Intern

Bosch Rexroth

Production automation support and measurement-based quality checks.

Education

TU Darmstadt

Apr 2025 — present

M.Sc. Computational Engineering

Technische Universität Darmstadt

Oct 2020 — Aug 2025

B.Sc. Mechanical Engineering

Bachelor's thesis on simulation and trajectory optimization for eVTOL landing scenarios. Deutschlandstipendium, 2021/22.

Tools I've worked with

Not a proficiency ranking

Programming

Python, MATLAB/Simulink, Julia, C/C++

Robotics & control

ROS 2, PX4, OpenCV, CasADi, MPC, motion planning

Simulation & engineering

MuJoCo, ANSYS, Siemens NX, KISSsoft/KISSsys

Tools

Git, Linux, GitHub Actions, Matplotlib

Get in touch

The easiest way to reach me is email.