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The Controls Engineer at Hexcel will design, program, and implement PLC/HMI control systems in manufacturing environments. Responsibilities include programming, system commissioning, developing data interfaces, and ensuring compliance with safety and quality standards. The role also involves maintaining a professional work environment and supporting safety training initiatives.

The EHS Engineer is responsible for ensuring a safe work environment through compliance with health and safety standards, conducting inspections and audits, managing emergency response and incident support, leading industrial hygiene efforts, and driving continuous improvement initiatives in safety practices.

The Engineering Manager will lead a diverse engineering team in process and project management within the manufacturing sector, focusing on continuous improvement, new product integration, and compliance with safety standards. The role includes collaborating with various departments to enhance manufacturing quality and efficiency while addressing customer concerns.

The Operations Manager will lead the site in honeycomb material manufacturing, focusing on process development, quality, and cost reduction while ensuring safety and employee engagement. Responsibilities include aligning teams, achieving strategic business objectives, and fostering continuous improvement initiatives.

The Quality Engineer intern will assist in planning a Lab Expansion, working with Lab Supervisors to identify equipment needs, and managing bids for construction. This hands-on role requires measuring space and developing ideas for expansion.

The Product Manager will develop product roadmaps, implement placement strategies, and lead new product launches. They will coordinate with cross-functional teams, manage product costing, analyze market needs, and communicate effectively to ensure alignment with business goals.

The Early Career Program - Research Scientist position involves collaborating on complex projects related to the physical, rheological, and thermodynamic processes during fiber spinning, developing models for carbon fiber precursors, characterizing precursor fibers using advanced techniques, and innovating new precursor technologies.