Lead Product/Process Research and Development Engineer

Be part of a team that applies its expertise and knowledge to new product development and technology projects, finding innovative, cost-effective means to improve research, processes, products, and technologies for Honeywell’s Spectra Fiber business. You will facilitate design, development, and testing to meet project objectives faster as you commercialize the next generation of high-performance products within Spectra’s fiber and ballistic composite portfolio.

Key Responsibilities

• Lead new fiber/composite product development projects (lab and pilot scale)
• Contribute to intellectual property developments for high performance fiber/polymer processes used in ballistic applications.
• Interact with internal and external customers on product application development
• Experiment/trial development and execution
• Design analysis, prototyping, and technical troubleshooting
• Develop definition of technology and process design packages
• Project support through lab, pilot, and full-scale implementation
• Process Technology Optimization through Value Engineering and Productivity Projects
• Project management
• Intellectual property research

About Solstice Advanced Materials

Solstice Advanced Materials is a leading global specialty materials company that advances science for smarter outcomes. Solstice offers high-performance solutions that enable critical industries and applications, including refrigerants, semiconductor manufacturing, data center cooling, nuclear power, protective fibers, healthcare packaging and more. Solstice is recognized for developing next-generation materials through some of the industry's most renowned brands such as Solstice®, Genetron®, Aclar®, Spectra®, Fluka™, and Hydranal™. Partnering with over 3,000 customers across more than 120 countries and territories and supported by a robust portfolio of over 5,700 patents, Solstice’s approximately 4,000 employees worldwide drive innovation in materials science. For more information, visit Advanced Materials.