High-Temperatures Materials Engineer

• Lead R&D projects focused on ceramic matrix composite preforms, including material selection, processing, characterization, and performance evaluation for hypersonic environments
• Design and implement experimental protocols for testing and validating new materials and processes
• Design parts with optimized ply schedules and architectures based on densification methods
• Collaborate with cross-functional engineering teams (mechanical, process, software, controls) to execute multi-year product development plans
• Prepare technical reports, proposals, and presentations for internal and external stakeholders
• Stay current with industry trends and emerging technologies in high-temperature composites and hypersonic systems
• Ensure compliance with project requirements and safety standards throughout the research process.

• Bachelor's degree in chemical or materials engineering or a related engineering discipline required
• Advanced degree (M.S. or Ph.D.) in Materials Science, Mechanical Engineering, Aerospace Engineering, or related field desired
• 5+ years of experience in composites engineering, with a strong focus on high-temperature materials
• Proven track record in leading R&D projects, preferably funded by government grants
• Experience with material characterization techniques (thermal, mechanical, microstructural, etc.)
• Excellent communication and technical writing skills for proposal development, report writing, and presentations
• Ability to work independently and mentor junior team members
• Strong background in statistics and problem‑solving techniques.

Demonstrates expertise in leading R&D projects focused on ceramic matrix composites, with a strong emphasis on material selection, processing, and performance evaluation for hypersonic environments. Proficient in experimental design, technical reporting, and collaboration with cross-functional teams to drive innovation in high-temperature materials.

• R&D Project Leadership
• Composites Engineering
• Material Characterization Techniques
• Technical Writing
• Mentoring

• Ceramic Matrix Composites
• Material Selection
• Processing Techniques
• Performance Evaluation
• Experimental Design
• Statistics
• Problem‑Solving Techniques

• Excellent Communication
• Team Collaboration
• Independent Work

• High-Temperature Composites
• Hypersonic Systems
• Densification Methods
• Cross-Functional Engineering
• Safety Standards