Mechanical Systems Engineer (Nuclear)
Pubblicato il 28-09-2026 - Danem People Group in Roma
pOur client is dedicated to making nuclear power more accessible and focuses on delivering: /ppbr / /pp strongSimple and Safe Micro-Reactor Solutions /strong /ppScalable, affordable, and deployable in various locations /ppGenerates energy at a rate of strongone megawatt electric (MWe) /strong at a time /ppbr / /ppThey are currently developing a ⚛️ strongMicro Modular Reactor /strong /ppCapable of providing clean energy and radioisotopes where needed /ppInitially supporting the reactor licensing process in the strongUnited States /strong /ppbr / /ppBy partnering with them, we have the opportunity to contribute to : ? strongA Rapidly Growing Scaleup /strong /ppAiming to become a leading technology provider in global energy solutions /ppCommitted to innovation and sustainability /ppbr / /ppThis collaboration offers a unique chance to be part of a: strongHigh-Performance Team /strong /ppFocused on delivering essential energy solutions worldwide /ppbr / /ppstrongThe Mechanical Systems Designer will be responsible for: /strong /ppbr / /pp?️ strongDesigning, Developing, and Optimizing /strong /ppMechanical systems and components for nuclear power plants, research reactors, and other applications /ppbr / /pp strongCreating Detailed Technical Drawings /strong /ppCollaborating with engineers and regulatory agencies /ppEnsuring designs meet nuclear safety, performance, and regulatory standards /ppbr / /pp ️ strongUsing CAD Software /strong /ppDeveloping 2D and 3D models /ppPerforming mechanical analyses and supporting prototype development and testing /ppbr / /ppstrongPotential Next Steps /strong /ppAs the company is expanding rapidly and planning international growth in 2026, the right candidate may be considered for regional and/or global responsibilities. /ppbr / /ppstrongYour Responsibilities Will Include:
/strong /ppbr / /pp strongDesigning and Developing Mechanical Systems /strong /ppComponents and assemblies for nuclear reactor applications, including piping, heat exchangers, pressure vessels, and cooling systems /ppbr / /pp✏️ strongCreating and Modifying CAD Drawings /strong /ppUsing software like AutoCAD, SolidWorks, or CREO for detailed design /ppbr / /pp? strongCollaborating with Engineers and Regulatory Agencies /strong /ppEnsuring design feasibility, safety, and compliance /ppConducting material selection, stress analysis, and thermal analysis for optimal performance under high-radiation and high-temperature conditions /ppbr / /pp strongEnsuring Regulatory Compliance /strong /ppAdhering to industry regulations and codes, including ASME Boiler Pressure Vessel Code (BPVC), NRC guidelines, and ANSI standards /ppbr / /pp⚙️ strongEngineering Activities Related to Mechanical Loads /strong /ppAnalyzing systems and components, including pressure vessels /ppbr / /pp? strongAssisting in Prototype Development and Testing /strong /ppTroubleshooting nuclear mechanical systems /ppbr / /pp strongPreparing Technical Documentation /strong /ppIncluding design specifications, engineering reports, and bills of materials (BOM) /ppbr / /pp strongRevising Designs Based on Feedback /strong /ppIncorporating testing results, manufacturing input, and regulatory requirements /ppbr / /pp strongMaintaining Organized Design Files /strong /ppEnsuring version control for nuclear components and systems /ppbr / /pp strongSupporting the Product Lifecycle Management (PLM)
Process /strong /ppIncluding design updates and safety improvements /ppbr / /ppstrongCANDIDATE PROFILE /strong /ppbr / /pp strongEducation /strong: Master’s degree in Mechanical Engineering, Nuclear Engineering, or a related field /ppbr / /pp strongExperience /strong: 2-5 years in mechanical design for nuclear applications, power plants, or industrial settings /ppbr / /pp strongCertifications (Preferred) /strong: CSWP (Certified SolidWorks Professional), AutoCAD Certification, or equivalent /ppbr / /pp ️ strongProficiency in CAD Software /strong: AutoCAD, SolidWorks, CREO /ppbr / /pp strongKnowledge of Mechanical Design Principles /strong: Material properties and manufacturing processes specific to nuclear applications /ppbr / /pp strongUnderstanding of Nuclear Reactor Components /strong: Cooling systems and radiation shielding /ppbr / /pp strongFamiliarity with ASME BPVC, NRC Regulations, and ANSI Standards /strong for nuclear mechanical design /ppbr / /pp strongExperience with Finite Element Analysis (FEA) /strong: Knowledge of Computational Fluid Dynamics (CFD) for nuclear applications is a plus /ppbr / /pp strongExperience in Tribology, Seals, and Welding /strong /ppbr / /pp? strongStrong Problem-Solving and Analytical Abilities /strong /ppbr / /pp ️ strongEffective Communication and Teamwork Skills /strong: Essential for collaboration with engineers and regulatory bodies /ppbr / /pp strongAttention to Detail and Project Management Skills /strong: Ability to manage multiple projects and meet regulatory deadlines /ppbr / /ppstrongPreferred Qualifications: /strong /ppbr / /pp strongPhD / Engineering Degree /strong /ppstrong English (Written and Oral) /strong /ppbr / /ppstrongSoft Skills : /strong /ppbr / /ppstrongPassionate Engineer /strong willing to be part of history in nuclear industry. /ppstrongAbility to Build Relationships and Influence /strongat all Levels of the Organizatiostrongn /strong /p