A detail-driven mechanical engineering student at THM Gießen, currently gaining hands-on experience at Leica Microsystems. Passionate about CAD design, prototyping, and turning complex engineering challenges into efficient solutions.
I'm a final-year Mechanical Engineering student at Technische Hochschule Mittelhessen (THM) in Gießen, specializing in Machine Systems & Design. Currently gaining hands-on industry experience as a working student at Leica Microsystems, where I design components in CAD, conduct lab testing, and create 3D prototypes.
My professional interests lie at the intersection of product development and technical design engineering. With experience in production environments at Fritz Winter and precision instruments at Leica, I bring both practical manufacturing knowledge and design expertise to every project.
Tools and technologies I use daily — from CAD design and simulation to programming and project management.
Real-world engineering projects showcasing design, analysis, and problem-solving.
Full engineering design of a 5-ton mobile portal crane — from requirements analysis through 7 concept variants to final structural verification per DIN EN 15011 / 13001.
Complete CAD assembly of a jet engine — fan, compressor, combustion chamber & turbine — modeled and animated in PTC Creo as a self-directed learning project.
Complete engineering design of a 3-stage bevel-planetary gearbox (i=60, 7500 Nm) — all calculations per ISO 6336 / DIN 743, parametric CAD in Siemens NX, full documentation.
End-to-end cam mechanism project — from VDI 2143 kinematic design through Siemens NX CAD to CNC manufacturing with a self-developed Arduino-based controller.
Smaller but impactful projects covering control engineering, programming, automation, and more — showcasing the full breadth of my engineering skills.
Extension of Project 4: Development of a complete Arduino-based CNC control system with 8 sub-functions — from variable speed control and electronic gearbox to continuous path control — culminating in the successful CNC milling of the cam disc.
Systematic laboratory test series on the Leica EM TIC 3X ion beam milling system — error analysis through parameter variation, quality assurance with 24h endurance tests, and creation of validated technical work instructions.
Development of a wirelessly controlled vehicle with dual input modes — classic joystick and motion-based tilt control via MPU6050 IMU. Two Arduino Nanos communicate over NRF24L01 radio modules with complementary filter for stable angle estimation.
Implementation of a classic Ball-and-Beam control system using a PID controller on Arduino — stabilizing the ball at any user-defined position.
From precision instruments at Leica to iron foundry production at Fritz Winter — real-world engineering experience.
Conducted lab test series and documented results. Created technical work instructions for various devices. Designed components in CAD and manufactured 3D prototypes.
Supported manufacturing and assembly of components. Assembled parts into machines and technical systems.
Completed foundational engineering internship, gaining exposure to fastener technology and industrial production processes.
Focus: Machine Systems & Design. Core areas include CAD modeling, structural mechanics, thermodynamics, and manufacturing technology.
Open to working student positions and entry-level roles in design engineering & product development.
Excited about design engineering, R&D, and product development roles.
Send Me an Email.png)