Laser Process Development Engineer​/Scientist

Requisition Number: 74794

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.

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.

Corning is seeking a Laser Process Development Engineer/Scientist to support the early‑stage development of advanced laser processes and optical solutions. This role is responsible for developing and improving new and existing laser‑based processes through hands‑on experimentation, prototype development, optical system design, automation, and data‑driven process optimization.

• Design, develop, and improve laser‑based processes for potential deployment across Corning facilities worldwide
• Build, refine, and evaluate lab‑based benchtop and semi‑automated prototype stations to demonstrate new process concepts
• Apply knowledge of laser theory, laser platforms, optical systems, and light‑material interaction to solve complex technical challenges
• Design and develop optical systems, including free‑space optics using refractive and reflective components
• Establish process windows and operating ranges through structured experimentation, characterization, and analysis
• Develop and execute task plans to meet project objectives, milestones, and deliverables
• Define and document technical guidelines and best practices for process development activities
• Collaborate with AR&D and Research teams to solve challenging cross‑functional technical problems
• Apply structured problem‑solving methods, including MEE and other engineering analysis techniques
• Analyze experimental data using statistical and process‑analysis tools
• Interpret results and recommend immediate actions, longer‑term corrective actions, and follow‑up experiments
• Troubleshoot prototype equipment, tooling, and process‑related issues
• Document inventions, novel concepts, and technical innovations for potential patent submissions
• Design, develop, and test tooling and fixtures to support new product development from prototyping through high‑volume manufacturing

• Bachelor’s degree in Photonics Engineering, Electrical Engineering, Physics, Mechanical Engineering, Materials Science, or a related technical discipline
• 2+ years of relevant experience in laser processing, optics, photonics, or related process development
• Relevant Master’s or PhD research experience may be considered toward this requirement
• Understanding of laser theory, laser platforms, and light‑material interaction
• Understanding of optical theory and light propagation
• Experience with hands‑on experimental work, technical troubleshooting, and data interpretation
• Strong analytical, problem‑solving, communication, and documentation skills
• Proficiency with Microsoft Office applications, including Excel, Word, PowerPoint, and Project
• Demonstrated ability and willingness to learn and apply new technologies

• Master’s degree or PhD in a relevant technical field
• Experience in automation process development
• Experience designing and building prototype equipment, lab systems, or semi‑automated stations
• Experience with Solid Works, Creo, or similar 3D CAD tools
• Familiarity with controls, instrumentation, and basic programming
• Experience using DOE, SPC, Six Sigma, or other structured process analysis and control methods
• Proficiency with Minitab, JMP, or advanced Excel‑based data analysis
• Familiarity with fiber optic theory, optical systems, or photonics applications
• Experience translating laboratory, prototype, or research work into scalable manufacturing processes

• You enjoy hands‑on technical work and developing new process capability from the ground up
• You are comfortable working in an experimental environment where learning comes through testing, iteration, and analysis
• You can connect theory to application and use engineering fundamentals to solve real process…