Senior Mechanical Engineer

A leading global technology manufacturer is seeking a Senior Mechanical Engineer to join their R&D/Product Development Engineering Teams in Taipei, Taiwan. This is an exceptional opportunity for you to contribute your expertise in mechanical engineering and product design within a supportive and growth-oriented environment. The organisation values individuals who are proactive, humble, and eager to learn, offering a workplace where your ideas can shape the future of high-performance products. You will be empowered to design and optimise innovative solutions that scale with the company’s continued expansion, while collaborating closely with cross-functional teams. If you are passionate about creating quality products and thrive in an inclusive setting that encourages professional development, this role offers the perfect platform for your next career step.

What you'll do:

• Apply your design, engineering, and technical expertise to influence cross-functional teams and deliver reliable mass production components while resolving time-sensitive challenges.
• Make significant contributions to the design, development, and validation of innovative solutions, with particular focus on cooling systems for cages and connector designs.
• Manage all aspects of product design by providing guidance to team members, communicating progress effectively, and requesting feedback to proactively prevent or remove roadblocks.
• Anticipate potential product design issues or risks by analysing data thoroughly and validating designs to suggest or implement meaningful improvements.
• Conduct feasibility studies for new projects by leveraging existing designs as well as generating new concepts and intellectual property to drive consistency across the portfolio.
• Collaborate with research teams to identify product requirements and contribute actively to project planning from concept through execution.
• Evaluate product performance using advanced engineering software tools such as NX (preferred), Creo, Pro/E, ensuring robust testing and analysis throughout the development cycle.
• Oversee tolerance stack-up analysis, review thermal management strategies, and assess reliability testing reports to ensure optimal product quality.
• Engage with manufacturing processes including molding of various materials, stamping, assembly procedures, and process optimisation for scalable production.
• Support knowledge sharing within the team by mentoring junior engineers and fostering an environment of continuous improvement.

What you bring:

• Bachelor’s degree in mechanical engineering, process engineering, manufacturing engineering or equivalent practical experience is required for this position.
• A minimum of 8–10 years’ hands-on experience as an engineer with proven success in managing complex projects independently is essential.
• Comprehensive understanding of the entire product development process including Design Concept, EVT (Engineering Validation Test), DVT (Design Validation Test), PVT (Production Validation Test) is necessary.
• Demonstrated experience collaborating with cross-functional teams using English as the primary language for communication is highly valued.
• Proficiency in engineering design software such as NX (preferred), Creo, Pro/E or similar platforms is expected for effective project delivery.
• In-depth knowledge of molding techniques for different materials, stamping processes, assembly procedures, and overall product development lifecycle is required.
• Ability to analyse thermal management strategies and mechanical aspects of liquid cooling systems is important for this role.
• Exceptional problem-solving skills with a keen ability to deeply analyse testing failure modes are needed for success.
• Experience conducting tolerance stack-up analysis along with reviewing thermal management approaches and reliability testing reports is beneficial.
• Desirable: Experience working on server or switch liquid cooling systems; familiarity with high-speed connector industry; relevant knowledge of seal product design; exposure to simulation or performance analysis of liquid cooling thermal solutions; precision machining; brazing (furnace/vacuum); plastic & metal molding; soldering; stamping/assembly; welding or sintering processes; passion for design work and innovation.