Sr. Laser Process Development Engineer

Corning is one of the world’s leading innovators in glass, ceramic, and materials science. From the depths of the ocean to the farthest reaches of space, our technologies push the boundaries of what’s possible.

How do we do this? With our people. They break through limitations and expectations– not once in a career, but every day. They help move our company, and the world, forward.

At Corning, there are endless possibilities for making an impact. You can help connect the unconnected, drive the future of automobiles, transform at-home entertainment, and ensure the delivery of lifesaving medicines. And so much more.

Come break through with us.

Our Optical Communications segment has recently evolved from being a manufacturer of optical fiber and cable, hardware and equipment to being a comprehensive provider of industry‑leading optical solutions across the broader communications industry. This segment is classified into two main product groupings – carrier network and enterprise network. The carrier network product group consists primarily of products and solutions for optical‑based communications infrastructure for services such as video, data and voice communications.

The enterprise network product group consists primarily of optical‑based communication networks sold to businesses, governments and individuals for their own use.

Corning is seeking a highly motivated Sr. Laser Process Development Engineer to support early‑stage development of innovative laser‑based manufacturing processes. In this role, you will lead technology development for new and existing processes and products, from concept through prototyping and manufacturing deployment. You will collaborate closely with plant process experts, global subject matter experts, and cross‑functional teams to develop robust, scalable laser processes that can be implemented across Corning facilities worldwide.

• Design and develop new manufacturing processes or improve existing ones with a strong focus on laser processing and automation.
• Build and operate benchtop and semi‑automated prototype systems to demonstrate and mature new laser processes.
• Apply a strong understanding of laser theory, laser platforms, and laser‑material interactions to solve complex process challenges.
• Plan and execute experiments to define operational windows and process parameter ranges.
• Assist in the development of project plans, manage task execution, and deliver results on schedule.
• Establish and document process development guidelines and best practices.
• Collaborate with local manufacturing teams and global SMEs to drive process innovation and technology transfer.
• Troubleshoot equipment and processes using a fundamental, physics‑based approach.
• Ensure manufacturing requirements are clearly defined, documented, and communicated.
• Provide technical support and guidance to manufacturing, engineering, and production teams.
• Implement process control systems and process discipline in manufacturing environments.
• Analyze process data using statistical and analytical tools to drive decisions.
• Interpret experimental and production data to recommend immediate actions, long‑term corrective actions, and follow‑up experiments.
• Design, test, and refine tooling and fixtures from prototyping through high‑volume production.
• Document innovative concepts and technical developments for potential patent submissions.

• Bachelor of Science in Photonics Engineering, Physics, or a related Engineering discipline
• 5+ years of experience in a R&D role preferably working with optics, laser setups and processing
• Strong understanding of laser theory, laser platforms, and light‑material interactions
• Proficiency with Microsoft Office (Excel, Word, Project, PowerPoint)
• Strong communication, problem‑solving, and analytical skills
• Demonstrated curiosity and willingness to learn and apply new technologies

• Master’s degree or higher in a relevant technical field
• Experience with automation design, including both process and station‑level automation
• Proficiency in 3D CAD modeling (Solid Works, Creo)
• High-level understanding of controls systems,…