Mechanical Systems Engineer
Pubblicato il 02-10-2026 - Danem People Group in Pisa
Our client is dedicated to making nuclear power more accessible and focuses on delivering: Simple and Safe Micro-Reactor Solutions
Scalable, affordable, and deployable in various locations
Generates energy at a rate of one megawatt electric (MWe) at a time
They are currently developing a Micro Modular Reactor
Capable of providing clean energy and radioisotopes where needed
Initially supporting the reactor licensing process in the United States
By partnering with them, we have the opportunity to contribute to : A Rapidly Growing Scaleup
Aiming to become a leading technology provider in global energy solutions
Committed to innovation and sustainability
This collaboration offers a unique chance to be part of a: High-Performance Team
Focused on delivering essential energy solutions worldwide
The Mechanical Systems Designer will be responsible for:
Designing, Developing, and Optimizing
Mechanical systems and components for nuclear power plants, research reactors, and other applications
Creating Detailed Technical Drawings
Collaborating with engineers and regulatory agencies
Ensuring designs meet nuclear safety, performance, and regulatory standards
Using CAD Software
Developing 2D and 3D models
Performing mechanical analyses and supporting prototype development and testing
Potential Next Steps
As the company is expanding rapidly and planning international growth in 2026, the right candidate may be considered for regional and/or global responsibilities.
Your Responsibilities Will Include:
Designing and Developing Mechanical Systems
Components and assemblies for nuclear reactor applications, including piping, heat exchangers, pressure vessels, and cooling systems
Creating and Modifying CAD Drawings
Using software like AutoCAD, SolidWorks, or CREO for detailed design
Collaborating with Engineers and Regulatory Agencies
Ensuring design feasibility, safety, and compliance
Conducting material selection, stress analysis, and thermal analysis for optimal performance under high-r