Software Engineer, MPDE

Join TE Connectivity's innovative Passive Optics organization as a Software Engineer II and help develop the software platforms, automation systems, and data-driven solutions that enable the next generation of optical connectivity products powering AI and hyperscale computing infrastructure. You'll solve complex challenges at the intersection of software, automation, manufacturing, and photonics while creating tools that accelerate product development and scale advanced manufacturing operations.

Please note: operations are currently based at a temporary site in Webster, NY. The team will transition to a permanent Rochester location (near RIT) upon completion.

We are are hiring multpile Software Engineers at our Rochester, NY location

Why This Role Matters

As AI and cloud infrastructure continue driving unprecedented demand for optical interconnect solutions, sophisticated software systems have become essential to product development, manufacturing automation, data analysis, and quality assurance. You'll play a critical role in developing the applications, automation frameworks, and test platforms that enable TE to deliver industry-leading optical connectivity solutions at scale.

Software Development & Automation

• Engineering Software Solutions: Design, develop, and maintain software applications supporting optical product development, manufacturing process development, testing, and automation initiatives.

• Automation Platforms: Develop software for automated assembly systems, machine vision applications, robotics, motion control systems, and data acquisition platforms.

• Data Systems & Analytics: Create applications and dashboards that collect, manage, visualize, and analyze manufacturing, test, and product performance data.

• System Integration: Integrate software with laboratory equipment, industrial automation platforms, databases, vision systems, and enterprise applications.

Product Development & Manufacturing

• Test System Development: Design and implement software solutions for product validation, automated testing, data logging, and performance characterization.

• Manufacturing Software Support: Develop applications that improve process control, equipment efficiency, traceability, and manufacturing quality.

• Cross-functional Collaboration: Work closely with optical, mechanical, electrical, process development, manufacturing, and quality engineering teams to deliver integrated solutions that meet business and technical objectives.

• Documentation: Develop software requirements, architecture documentation, validation protocols, user guides, technical specifications, and support documentation for deployed systems.

SET : Strategy, Execution, Talent (for managers)