I’m a self-driven and creative CAD designer who works mainly in Autodesk Inventor. I love turning sketches, ideas, or rough concepts into clean, production-ready 3D models. I also offer basic simulat... Read more

I’m a self-driven and creative CAD designer who works mainly in Autodesk Inventor. I love turning sketches, ideas, or rough concepts into clean, production-ready 3D models. I also offer basic simulation services, such as stress or airflow analysis, to help you understand how your design performs in the real world. Whether you need a part for prototyping, 3D printing, mechanical assemblies, or early concept visualization — I’m here to help. I work fast, communicate clearly, and I’m always focused on understanding the real problem before jumping to solutions. I’m still building experience professionally, so I keep my rates fair and flexible. What I can help with: 3D CAD modeling from sketch or idea Mechanical parts and assemblies Export to STEP, STL, IGES, DWG Design for 3D printing or manufacturing Basic simulation (stress or airflow analysis)

Results-driven electrical engineer with expertise in electromagnetics and electric machine design. Proficient in developing and optimizing Permanent Magnet Synchronous Motors (PMSM) and Brushless DC M... Read more

Results-driven electrical engineer with expertise in electromagnetics and electric machine design. Proficient in developing and optimizing Permanent Magnet Synchronous Motors (PMSM) and Brushless DC Motors (BLDC) for various industrial applications. Skilled in finite element analysis (FEA) and electromagnetic simulation with hands-on experience using Ansys Maxwell, Motor-CAD and COMSOL. Strong background in high-speed motor/generator design for energy storage application. Adept at prototyping and system-level optimization. Proven track record in cross-functional collaboration and driving innovation to enhance motor efficiency, reliability and performance. In addition to my engineering work, I am the creator of "Mind Your Motors", a LinkedIn newsletter dedicated to electric machine design. I launched this initiative to create a transparent, technical and accessible platform for sharing insights and engaging with the global engineering community. Through this platform, I aim to explore technical topics, share lessons learned from real-world projects and foster dialogue between professionals, students and researchers. I am passionate about advancing the state of electric motor technology through thoughtful engineering, sustainable design principles and open collaboration. Whether through project work, industry engagement or technical communication, my goal is to contribute meaningfully to the future of electrification. I am seeking opportunities to contribute to cutting-edge advancements in electric motor design. If you are working on electrification, electric machines or adjacent technologies and believe there’s an opportunity to collaborate, I welcome the connection.

I'm a mechanical engineer with a strong background in thermal-fluid systems, specializing in the design of ventilation systems for large-scale infrastructure as well as microscale heat transfer phenom... Read more

I'm a mechanical engineer with a strong background in thermal-fluid systems, specializing in the design of ventilation systems for large-scale infrastructure as well as microscale heat transfer phenomena in advanced cooling technologies. I led the conceptual and basic design of normal and emergency ventilation systems for a 16-station underground metro, applying NFPA codes, manual calculations, SES simulations, and CFD modeling. I’ve designed ducting systems, selected ventilation equipment, and coordinated complex layouts for various station zones like platforms, ticket halls, and technical rooms (TPS/LPS). In parallel, I work on cutting-edge thermal research, focused on improving heat pipe performance through thin-film evaporation studies, topology optimization, and the use of innovative materials. I’m also part of the REVIVE Project, investigating spray forming techniques to enhance production efficiency in the steel industry. Whether you're looking for a hands-on engineer to design robust HVAC systems or a researcher to optimize thermal performance at the microscale — I bring technical depth, precision, and a problem-solving mindset to every project.