As a Opto-Electronic Mechanical Development Engineer in the Optical Modules Group, you'll collaborate closely with a dynamic team in a fast-paced in-person environment. You will play a key role in developing innovative solutions for Nokia's cutting-edge opto-electronic devices, contributing to the advancement of next-generation technology products. Embrace the challenge of tackling complex mechanical design issues while working alongside skilled professionals who are passionate about pushing boundaries. You'll enjoy engaging discussions, hands-on problem-solving tasks, and a culture that encourages creativity and collaboration. This role offers an exciting opportunity to grow your skills while making a tangible impact on the future of telecommunications technology.

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As a Opto-Electronic Mechanical Development Engineer at Nokia, you will design and develop cutting-edge opto-electronic devices integral to high-speed network and communication products. Your innovative solutions will directly contribute to Nokia's mission of advancing next-generation technologies that enhance global connectivity. In this dynamic role, you'll collaborate with diverse engineering teams across multiple locations, gaining unique insights and fostering a culture of creativity and excellence. Join us to help reshape the future of communication while working on groundbreaking products that make a real impact.

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Must-Have:

• MS in Mechanical Engineering
• 2-10 years of relevant experience
• Proficiency in CAD and 3D solid modeling
• Experienced in Finite Element Analysis (FEA) and statistical analysis
• Strong written and verbal communication skills

Nice-To-Have:

• Experience with ANSYS
• Familiarity with CREO
• Knowledge of optical design
• Proficient in Agile/Oracle PDM
  
  

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• Develop and produce high-quality solid models and detailed drawings using CREO and AutoCAD, ensuring accurate part revision and lifecycle management.
• Perform and interpret thermal, thermo-mechanical, and mechanical FEA analyses with ANSYS to validate designs under real-world conditions.
• Conduct Failure Mode and Effects Analyses (FMEAs) to identify potential design risks and enhance product reliability.
• Execute detailed tolerance analyses to ensure design precision and manufacturability, driving continual improvement.
• Collaborate closely with cross-functional teams, including design, manufacturing, and quality assurance, to innovate and refine product designs.
• Engage with vendors to finalize and validate design specifications for new parts, ensuring alignment with project requirements.
• Embrace challenging projects at the forefront of technology, contributing to groundbreaking solutions and advancements.
• Leverage your problem-solving skills in a dynamic team environment to tackle complex engineering challenges and seize new opportunities.