Mechanical Design and Manufacturing Engineer

From Engine Bay to Payload, we protect vital structures and systems.

Hera Technologies is a premier contract manufacturer specializing in high‑precision metallic and non‑metallic solutions for the Aerospace, Defense, and Space sectors. Our commitment to quality, innovation, and customer satisfaction has positioned us as an industry leader in the design, manufacturing and maintenance of thermal support systems. Our team is driven by excellence, integrity, and a passion for advancing aerospace technology.

Take the next step in your career with a company committed to excellence, where your contributions are recognized, and your potential is realized.

This position leads the design, development, and manufacturing of advanced mechanical components and assemblies for Hera Technologies’ industry‑leading thermal protection systems (TPS). The engineer will work hands‑on with TPS soft goods, composites, and engineered surface finishes, supporting the full lifecycle from concept and design through prototyping, manufacturing, and production. The role requires close collaboration with cross‑functional teams to ensure manufacturability, performance optimization, and compliance with aerospace and defense standards.

Ideal candidates bring a strong foundation in mechanical design and manufacturing, with practical experience in advanced materials and ruggedized hardware applications.

• Lead the design, development and manufacturing of mechanical components and assemblies for Hera’s industry‑leading thermal protection systems (TPS), including soft goods, composites, and engineered surface finishes.
• Collaborate with cross‑functional teams to develop and implement scalable manufacturing and assembly processes that ensure quality, efficiency, and compliance with aerospace and defense standards.
• Create and maintain process documentation and controls to support consistent production outcomes and optimize throughput across design, prototyping, and manufacturing phases.
• Utilize traditional and advanced manufacturing techniques for metallics, composites, and other materials used in thermal protection systems and critical aerospace structures, ensuring performance, durability, and production scalability.
• Prototype and test advanced materials—including carbon fiber composites, high‑temperature elastomers, and reinforced fabrics—iterating based on performance data and failure analysis.
• Investigate material failures, process anomalies, and manufacturing defects by leading root cause analyses to implement corrective actions in both development and production phases.

• 4+ years of mechanical design and manufacturing experience, with emphasis on metallic, composites and thermal protection systems (TPS).
• Proven leadership in engineering projects involving design, prototyping, and production of mechanical systems, including soft goods and polymer‑based components.
• Hands‑on experience with advanced materials and mechanical components in aerospace or defense applications, including TPS and engineered surface finishes.
• Strong understanding of elastomer and composite manufacturing processes, material properties, and relevant aerospace testing standards.
• Proficient in CAD software (e.g., Solid Works) with the ability to produce high‑quality, production‑ready engineering drawings.
• Solid foundation in engineering principles including structures, materials science, thermal management, and mechanical system design.
• Skilled in prototyping and fabrication techniques such as machining, composite layups, bonding and mechanical assembly.
• Expertise in creating manufacturing and build plans/procedures for variety of customer products and assemblies with respect to industry standards or customer supplied specifications.
• Bachelor’s degree in mechanical engineering or a related field, or equivalent industry experience in advanced material applications.

• Proficient in Solid Works or similar CAD/CAM tools, with experience using PLM systems to manage design and production workflows.
• Strong knowledge of GD&T per ASME Y14.5, with demonstrated ability to apply tolerancing principles in aerospace‑grade…