Creative 3D Jewelry Designer and CAD modeler. With expertise in developing jewelry pieces from concept to high-quality printable models. Skilled unique and brand-oriented design. Strong understanding... Read more

Creative 3D Jewelry Designer and CAD modeler. With expertise in developing jewelry pieces from concept to high-quality printable models. Skilled unique and brand-oriented design. Strong understanding of the jewelry manufacturing process and experienced in preparing models for precision wax 3D printing and efficient casting.

With a Master’s degree in Computer-Aided Engineering from the Faculty of Foundry Engineering, I have honed my expertise in both traditional and cutting-edge manufacturing technologies. My professional... Read more

With a Master’s degree in Computer-Aided Engineering from the Faculty of Foundry Engineering, I have honed my expertise in both traditional and cutting-edge manufacturing technologies. My professional journey has primarily revolved around innovative startups, where I have contributed to the development of new technologies related to 3D printing. My skills encompass extensive experience in Research and Development, as evidenced by a granted patent. I am adept in prototyping and modern manufacturing methods, including reverse engineering and casting technology. Highlights of my career include: - Successfully working in R&D and securing a patent. - Significant experience in 3D printing technologies. - Proficiency in prototyping and reverse engineering. - Expertise in casting and foundry technology. With a solid educational background and hands-on experience in both traditional and modern manufacturing processes, I am well-equipped to tackle complex engineering challenges and deliver innovative solutions.

Turn your architectural concepts into production-ready timber reality. I am a specialized Timber Design Technologist with a focus on Cadwork 3D. Unlike standard CAD drafters, I bridge the gap between... Read more

Turn your architectural concepts into production-ready timber reality. I am a specialized Timber Design Technologist with a focus on Cadwork 3D. Unlike standard CAD drafters, I bridge the gap between design and manufacturing. I deliver clash-aware models and precise machine files that ensure seamless assembly on-site. What I bring to your project: Cadwork Expertise: Advanced modeling of Timber Frame, CLT, Glulam, and Mass Timber structures. Production Ready: I don't just draw; I generate CNC files (BTL, WUP, WBZ) validated for Weinmann and Hundegger lines. Project Volume: Experience delivering 50+ projects, ranging from residential homes to public-use buildings up to ~1000 m². Documentation: High-quality Shop Drawings, Installation Plans, and precise BOM/BOQ lists. My Workflow: Modeling: Creating a clean, layered 3D structure in Cadwork. Validation: Checking for clashes with MEP (HVAC, Electrical, Plumbing). Output: Generating machine data and clear 2D plans for your assembly team. Whether you need a full timber frame design or conversion of architectural plans into machine-ready files, I ensure precision and constructability. Software: Cadwork 2D/3D (Advanced), AutoCAD, Excel. Availability: Remote-only (CET Timezone), flexible for international collaboration.

bogdol.wix.com/portfolio

bogdol.wix.com/portfolio

Working in programs SolidWorks, Autodesk Invevtor. 3D modeling of parts, 2D. Development of workpieces for processing on a 5-coordinate machining machine.

Working in programs SolidWorks, Autodesk Invevtor. 3D modeling of parts, 2D. Development of workpieces for processing on a 5-coordinate machining machine.

I was born on July 21, 1990. Since 2012, I have been professionally involved with Machine Design. So far I have been successful in designing entire machines from concept to launch. I was also involved... Read more

I was born on July 21, 1990. Since 2012, I have been professionally involved with Machine Design. So far I have been successful in designing entire machines from concept to launch. I was also involved in design of individual machine systems, simple FEM simulations, and the implementation of new serial production products.