As a Sr Product Test Capability Engineer at Nokia, you will join a dynamic team focused on advancing optical communication technologies. Collaborating closely with cross-functional teams, you will directly influence the performance of our innovative pluggable products. Your work will involve developing test plans, analyzing results, and driving improvements in efficiency and yield. The collaborative environment fosters open communication, where your insights and feedback are valued and can lead to meaningful changes. Enjoy competitive compensation, a comprehensive benefits package, and opportunities for professional growth. Work in a state-of-the-art facility in Allentown, PA, and be part of a company that values creativity and innovation in technology.

Must-Have:

• MS in science or engineering; PhD preferred (Physics, Optics, Data Science, etc.)

• Proven experience in data analytics and statistical modeling

• Proficiency in SQL, preferably MySQL or other relational database frameworks

• Ability to define and implement detailed testability requirements

• Experience in cross-functional collaboration with development teams

Nice-To-Have:

• Familiarity with applied optics in a practical setting

• Exposure to Azure DevOps, Bitbucket, or similar source control platforms

• Experience with data analysis and visualization tools

• Knowledge of project management methodologies

• Familiarity with VB.net or similar programming languages

• Develop and implement test plans for Nokia's coherent pluggable products leveraging Photonics Integrated Circuits (PICs).

• Analyze optical communication fundamentals to assess the performance characteristics of optical transceivers.

• Collaborate with stakeholders to establish and document testability requirements.

• Ensure clear communication with development teams to align on test plan execution.

• Review and assess test platform validation results, providing actionable feedback to developers.

• Coordinate changes to the test platform and facilitate their integration into the manufacturing process.

• Support fault isolation and provide insights to technical teams in design and manufacturing.

• Drive initiatives to enhance test yield and reduce test cycle times.