Responsible for detailed 3D modeling, creating drawings, managing BOMs, and collaborating with manufacturing to meet design intent.

The Sr. Heat Transfer Engineer will lead thermal modeling for turbomachinery systems, develop heat transfer models, and collaborate across teams to ensure system performance.

Lead the design and analysis of turbomachinery components, including rotors and casings, ensuring high-performance and reliability under various conditions.

The Mechanical Design Engineer will lead the 3D design and development of high-temperature hardware, collaborating with various engineers and applying additive manufacturing techniques.

The Turbomachinery Aerodynamics Engineer designs and optimizes flow pathways for turbines and compressors, conducts CFD simulations, and collaborates on aerodynamic integration.

The Mechanical Design Engineer will develop, oversee, and refine mechanical systems using CAD and FEM tools, collaborating with technicians and ensuring compliance with industry standards.

The Test Engineer will develop and execute testing procedures for complex systems, ensuring compliance with safety standards and analyzing performance data, requiring on-site work and travel.

Lead the development, testing, and optimization of biomass gasification reactors, ensuring safe operations and high performance through design improvements and test campaign management.

Develop and oversee testing procedures for complex fluid, mechanical, and electrical systems, ensuring compliance with safety standards and leading a team of engineers.

As a Combustion Engineer, lead the development and optimization of biomass gasification reactors, ensuring safe and efficient operations while managing test campaigns and troubleshooting.