Generator Systems Engineer

GTI is a contract manufacturing partner supporting customers in renewable energy, power generation, infrastructure, and industrial systems. We fabricate custom designed, purpose-built enclosures and skids for our customers and perform mechanical and electrical integration in-house, delivering a true turn-key product to our customers. Our scope spans engineering, prototype builds, through full production, requiring teams that can move fast, adapt, and execute with precision. GTI Values: Safey I Quality I Customer Obsession I Speed I Agility Position Overview GTI Energy is seeking a Mechanical Engineer to own the full mechanical design of generator systems from concept through production launch. This role is responsible for enclosure systems, base frames, fuel systems, airflow management, exhaust integration, and mechanical packaging into a manufacturable end product. The Mechanical Engineer will operate at the system level, not just component design. This role requires ownership of the physical product functioning as intended in real-world conditions while partnering cross-functionally with Electrical Engineering, Structural Engineering, Manufacturing, Supply Chain, Quality, and Operations. The ideal candidate combines strong mechanical design fundamentals with practical experience in tanks, fluid systems, thermal systems, sheet metal, weldments, and industrial equipment packaging. Key Responsibilities Generator System Design Ownership Own full mechanical design of generator systems from concept, prototype, validation, and production release Develop integrated system layouts including enclosure, fuel systems, radiator systems, exhaust systems, service access, and structural packaging Ensure designs support manufacturability, installation, serviceability, lifting, transport, and long-term durability Operate as the primary mechanical owner of the complete generator product Enclosure, Base Frame & Structural Packaging Design generator enclosures, skid bases, and structural frames that align with fabrication and assembly capabilities Develop layouts for component placement, maintenance access, airflow clearance, lifting points, and shipping requirements Design weldments, sheet metal assemblies, and bolted mechanical structures for production readiness Improve enclosure and frame designs to reduce rework, improve throughput, and enhance field installation success Fuel Systems Engineering Own fuel system design end-to-end including subbase tanks, belly tanks, day tanks, and associated fuel delivery systems Design UL 142 compliant storage tanks including double-wall construction, leak detection, venting, fill systems, and containment features Size fuel systems to meet runtime requirements, customer specifications, and application demands Select pumps, filters, valves, sensors, level systems, and related hardware for reliable fuel system operation Piping, Fluids & Reliability Engineering Define and route all fuel piping, tubing, hoses, and mechanical connections throughout the system Design for vibration resistance, thermal expansion, pressure integrity, and serviceability Ensure long-term reliability of fluid systems through proper component selection and installation methods Support troubleshooting of leaks, restrictions, pump issues, and field reliability concerns Airflow, Thermal & Cooling Performance Own generator airflow and thermal system performance including intake air, radiator integration, compartment cooling, and exhaust heat management Design airflow paths to ensure operation at worst-case ambient conditions without derating or overheating Evaluate fan performance, pressure drop, recirculation risks, and enclosure heat rejection Support thermal validation through testing, instrumentation, and real-world performance analysis Exhaust Systems & Emissions Integration Design exhaust routing, silencers, flex sections, and thermal shielding while maintaining acceptable backpressure limits Coordinate packaging space and provisions for aftertreatment or emissions equipment where required Ensure exhaust systems meet thermal, durability, and service access requirements Manufacturing Integration & Design for Manufacturing Drive manufacturable designs aligned with welding, fabrication, machining, paint, and final assembly capabilities Work directly with shop personnel to resolve fit-up, tolerance, and production issues quickly Improve designs based on production feedback to reduce labor hours, improve quality, and increase repeatability Support BOM accuracy, drawing quality, revision control, and release discipline Testing, Validation & Problem Solving Participate in prototype builds, heat runs, system validation, and production troubleshooting Diagnose root causes of thermal, fuel, vibration, packaging, or durability issues and implement corrective actions Support continuous improvement through Root Cause Analysis, 5 Whys, and Fishbone methodologies Fix real-world issues through engineering ownership, not model-only updates Cross-Functional Collaboration Partner with Electrical Engineering on controls, harness routing, battery systems, and integrated power components Coordinate with Supply Chain on sourced components, lead times, and alternate part qualification Support Quality and Operations teams during launch, production ramp, and field issue resolution Participate in customer design reviews and technical discussions when required Requirements Required Qualifications Bachelor’s degree in Mechanical Engineering or related engineering discipline 5–10+ years of mechanical engineering experience in generator systems, industrial equipment, mobile equipment, power systems, HVAC, tanks, fluid systems, or similar hardware environments Experience designing weldments, sheet metal assemblies, mechanical packaging, and fabricated systems Strong understanding of fuel systems, piping, pumps, filters, valves, and fluid hardware integration Experience with thermal systems, airflow management, cooling systems, or heat rejection design Proficiency with CAD tools such as SolidWorks, Inventor, Creo, or similar platforms Strong ability to solve practical engineering problems in manufacturing environments Preferred Qualifications Experience with diesel or natural gas generator systems Familiarity with UL 142 fuel tank requirements or related fuel storage standards Experience with modular data center power systems, standby power, or mission-critical infrastructure Background in fabrication-heavy or contract manufacturing environments Experience with FEA, CFD, or thermal modeling tools Exposure to Lean Manufacturing, Continuous Improvement, or new product introduction (NPI) processes Benefits & Perks GTI Energy offers a competitive compensation and benefits package designed to support employees and their families while providing long-term career growth opportunities within a fast-growing manufacturing organization. Benefits may include: Medical, dental, and vision insurance 401(k) with company match (where applicable) Paid Time Off (PTO) and paid holidays Sick time in accordance with state and local requirements Company-paid life insurance and disability coverage Career advancement opportunities within a rapidly growing organization Exposure to advanced manufacturing, modular infrastructure, and large-scale industrial projects Collaborative, fast-paced environment with strong operational and engineering leadership Employee-focused culture centered on safety, quality, accountability, and continuous improvement $95,724 - $132,880 a year GTI promotes a diverse and inclusive workforce and is an Equal Opportunity Employer that does not discriminate against employees or applicants for employment on the basis of race, color, national origin, ancestry, age, religion, sex, gender, gender identity, gender expression, sexual orientation, physical or mental disability, medical condition, genetic information, military or veteran status, marital status, or any other Federal or State legally-protected classes. We also value the safety of all employees and work hard to maintain a Drug Free Workplace. #J-18808-Ljbffr Gtifabrication