Newjin Wilfred

Responsible for the mechanical design and development of biomedical and life science measurement devices, including 3D modeling and detailed product design for precision applications. Collaborate with electronics, firmware, and software teams to ensure seamless integration of mechatronic systems in regulated medical and lab environments. Manage the full product development cycle, including concept design, prototyping, verification, validation, and transfer to production under ISO 13485 and IEC 60601 guidelines. Handle PDM/PLM systems and Engineering Change Orders (ECOs) for design control, documentation, and traceability. Optimize designs for manufacturing (DFM/DFA) to improve production efficiency, reduce costs, and ensure quality and compliance.

Developed a complete mechatronics product as part of my master’s thesis, focusing on the integration of mechanical design with electronic and software components. Performed testing and validation of the product, iterating on the design to meet performance, functionality, and user requirements. Contributed to project management by organizing the development process, coordinating timelines, and ensuring collaboration across teams.

Assisted in the design and development of mechanical components using CAD software, gaining practical experience in creating detailed models and drawings. Collaborated with team members across various departments to understand project goals and contribute to innovative solutions. Engaged in the prototyping process, learning how to translate design concepts into functional products. Adapted to the fast-paced work environment, fostering effective communication and teamwork skills. Developed a deeper appreciation for the collaborative culture of the company, which emphasizes creativity, quality, and continuous improvement.

Responsible for designing components tailored to specific manufacturing methods and machinery capabilities, focusing on maximizing cost-efficiency and scalability in production. Collaborated closely with clients to develop product designs that meet their requirements, utilizing an iterative approach to refine designs based on functional and aesthetic considerations. Organized and structured fabrication processes by creating detailed task flows and assembly sequences, ensuring smooth and efficient production execution. Contributed to continuous improvement initiatives, leveraging feedback to enhance design processes and overall product quality.