Role Description Everforth ECS is seeking a Mechanical Engineer to work remotely. This position involves: - Design integration experience with shipboard mechanical systems. - Providing technical evaluation of vendors' proposed system designs. - Assessing design maturity and expected performance of systems to meet operational requirements. - Writing technical papers on the technical risk of systems meeting USCG/ABS design standards. - Demonstrating personal experience designing or using onboard piping systems (hydraulics, ships auxiliaries, HVAC, fuel distribution, water production, etc.). - Cost estimation of proposed ship construction changes. - Site visits to perform root cause analysis of shipboard failures. Salary range is based on years of experience: $55,000-$125,000. Qualifications - BS degree in Mechanical or Marine Engineering. - Must be a US Citizen with the ability to pass and obtain a Public Trust clearance. - Four (4) to twelve (12) years’ experience in the shipbuilding industry in the mechanical engineering discipline. - Ability to perform requirements analysis; concept design and development; feasibility studies; and systems integration. - Knowledge of industry construction standards for mechanical systems. - Ability to review/modify drawings and have good technical writing skills. - Thorough understanding of ABS, USCG, and other regulatory agencies' rules as it pertains to shipboard systems. - Ability to work remotely/independently with minimal supervision. Benefits General Description of Benefits Company Description

• Support Custom Engineered Product Development in both Liquid Cooling and Air Cooled product families for Hyperscale customers • Develop optimized solutions using Industry Standards and best practices • Apply design engineering principles and practices, managing assigned portions of product development projects • Manage multiple project activities in parallel and may lead projects through completion • Work with Sales, Marketing, and R&D to develop product requirements based on customer needs • Analyze systems using a variety of engineering tools including FEA, analytical formulas, benchmark designs, etc. • Run through sizing and optimization exercises for pumps, valves, and flow control devices • Familiar with piping layouts, design, and material selection • Use DFMEA, PFMEA, and DFMA tools to improve quality and reliability of designs • Develop Bills of Materials (BOMs) • Assure full and accurate documentation for designs moving into commercialization • Work with operations to design solutions integrated into current manufacturing capabilities • Develop advanced designs in conjunction with operations to produce high quality designs that are value based • Work with sales and service to improve current designs and incorporate future needs into the existing platform • Work as an example and mentor to more junior mechanical engineers

• Focus on engineering and delivery of mechanical system design for healthcare and other complex facilities • Manage engineering projects and direct designers & other disciplines • Perform engineering activities and engage in project meetings • Provide technical services and project control direction • Conduct engineering design, evaluation, and planning of mechanical systems

• Lead the design and integration of complex subsystems for advanced semiconductor capital equipment • Architect mechanical, thermal, fluid, and structural solutions that drive system performance and reliability • Collaborate closely with customers and cross‑functional teams across the full product lifecycle • Analyze, improve, and define subsystem architectures influencing system performance • Co-Innovation Through Subsystem Architecture & Design • Develop detailed CAD models and engineering drawings for mechanical subsystems • Analyze system and subsystem interfaces, requirements, and specifications • Lead requirements decomposition and ensure bi-directional traceability • Establish subsystem validation strategies and verification plans • Perform structural, thermal, dynamic, and vacuum-related analyses using advanced FEA tools • Lead risk assessments including FMEAs and root cause analysis • Validate system reliability through load-path evaluation and stress analysis • Lead cross‑functional design reviews and drive subsystem integration • Champion DFX, VAVE, Lean methodologies, and continuous improvement initiatives • Mentor early‑career engineers and influence engineering culture • Ensure design compliance with global regulatory standards