Creating and developing innovative software solutions for clients across a broad range of industries.

Participate in scrums consisting of cross-functional teams, both software and hardware.

Ensure that features are being delivered efficiently and on-time.

Worked on the delivery of solutions for various email and cloud-storage clients: ​GMX​, ​WEB.DE​, ​mail.com​,​1&1 and deployed an instant messenger solution.

Produced well-organized and optimized solutions for client-server communication issues in weak networking conditions.

Designed core-data models and stacks on solutions; implementing new features, fixing bugs, refactoring legacy code components, and focusing on reusable, modular and testable code.

Developed and implemented system, UI and backend solutions for Vorwerk's ​Thermomix kitchen device; introducing data layer in GUILiani, data caching and asynchronous loading to speed up load time by a factor of ten.

Managed processes for data cleaning and database normalisation using the right tools to minimize redundancy and data size by a factor of ten on the project.

Handled the porting of an in-house UI framework called GUILiani to iOS and a Renesas SH7264 microcontroller.

Led and managed sizable projects for clients; co-authoring several commercially available products including Windows apps for vector and image processing and iOS apps for audio/video processing.

Offered expertise for the implementation of multithreaded data mining solutions; processing and aggregating different web services using C#, MySQL, XML/XPath, HTML.

Recognized as “the go-to person” for junior developers on projects; providing thought leadership and guidance on projects and technical expertise across multiple disciplines.

Acted as a subject matter expert and main developer for computer graphics, 2D/3D algorithms, modelling and visualisation; working on BioIRC's groundwater flow 3D modelling and simulation system.

Engineered solutions for model meshing of computational fluid dynamics, motion tracking, and image processing; participating in parallel programming for the delivery of solutions.

Actively participated in and contributed to research projects and conferences; working for 3 months with a research team from the University of Braunschweig, Germany.

Developed and executed solutions for the Taxi 3 game; handling shadows and lightning tools, the dynamic shadow algorithm and sound engine on the game.

Debugged and optimized the 3D OpenGL game's engine using lighting/shading tools; identifying where new technologies and techniques can be applied.

Delivered practical solutions to complex problems on the game by incorporating feedback from end users in solutions.