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Schedule Interview NowMy name is Peter C. and I have over 8 years of experience in the tech industry. I specialize in the following technologies: GraphQL, WebGL, Front-End Development, Landing Page, Three.js, etc.. I hold a degree in . Some of the notable projects I’ve worked on include: Three.js Resources, Bayern-innovativ.de - City of the Future, 3D Three.js Web Experience, Nextgentool.io - Vue.js/Nuxt.js Jamstack with Headless Sanity CMS, Rend.de - Kindergarten Security Door Education System - 3D Three.js, Rend.de 3D Hospital Education System - Three.js, Real-time Rendering, etc.. I am based in Munich, Germany. I've successfully completed 10 projects while developing at Softaims.
I value a collaborative environment where shared knowledge leads to superior outcomes. I actively mentor junior team members, conduct thorough quality reviews, and champion engineering best practices across the team. I believe that the quality of the final product is a direct reflection of the team's cohesion and skill.
My experience at Softaims has refined my ability to effectively communicate complex technical concepts to non-technical stakeholders, ensuring project alignment from the outset. I am a strong believer in transparent processes and iterative delivery.
My main objective is to foster a culture of quality and accountability. I am motivated to contribute my expertise to projects that require not just technical skill, but also strong organizational and leadership abilities to succeed.
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8 years
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Zalando
I built this website as a side project to collect tools, resources, tutorials, and much more, providing valuable support for others to build their projects. My goal is to create a centralized hub where developers and 3D enthusiasts can easily find everything they need to bring their ideas to life. Whether you're a beginner looking for guidance or an experienced developer seeking advanced techniques, this platform is designed to save time, inspire creativity, and foster collaboration within the Three.js community.
This project showcases a 3D interactive visualization of a virtual campus for 'Bayern Innovativ', a platform promoting innovation in Bavaria. The digital rendering is designed to represent a high-level overview of the campus with clickable areas, indicating interactive hotspots for more information or navigation to different sections or buildings. Key aspects of this visualization include: Interactive Map: The campus is laid out in a user-friendly way with clear indicators for various points of interest, highlighting the innovative approach to presenting information. Modern Design: The sleek and modern design aesthetic matches the innovative spirit of the organization. Ease of Navigation: The interface at the bottom of the image suggests that users can navigate through the campus easily, with options to zoom, rotate, and get more information. Information Accessibility: With interactive elements that provide information on-demand, this virtual campus serves as an informative tool for visitors to explore Bayern Innovativ's facilities and services. This virtual campus could be effectively used on Bayern Innovativ's website for virtual tours, orientation, and as an educational resource for those interested in the organization's offerings and layout. The visualization reflects the cutting-edge technology and forward-thinking approach that is likely a hallmark of the institution it represents.
NextGenTool.io is a platform that provides a curated list of top AI platforms and tools, aiming to help users stay updated on the latest trends and technologies in the AI domain. The website touts itself as a stunning and innovative directory for discovering the best AI tools and websites for various needs
This project presents a 3D interactive visualization of a door and its mechanism, focusing on the different closing edges: "Hauptschließkante" (main closing edge), "Nebenschließkante" (secondary closing edge), and "Gegenschließkante" (opposite closing edge). The clear labeling and the ability to interact with the door, as suggested by the slider control labeled "Tür" (door), demonstrate a user-centric approach to explaining the functional parts of a door mechanism. The 3D model is set within a simple environment to keep the focus on the instructional aspect. This interactive model can serve as an educational tool for construction workers, architects, or anyone interested in learning about the components and operation of door mechanisms. The project highlights skills in 3D modeling, interactivity, educational content creation, and the potential for use in online learning platforms or digital manuals.
This project showcases a highly detailed and interactive 3D model of a hospital bed designed for a medical equipment demonstration or educational software. The model features lifelike textures and materials, adjustable bed sections, and user-friendly interface controls. Special attention was given to create realistic functionality such as movable side rails and wheels, enhanced by a German-language instructional panel to minimize staff stress through design. Rendered with high-quality lighting and shadows to enhance realism, this project demonstrates technical proficiency in 3D modeling, interactivity, and instructional design using industry-standard software. Ideal for medical training modules, equipment demos, or virtual simulations, this work exemplifies a seamless blend of educational content and interactive design.
in Computer engineering
2017-01-01-2019-01-01