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The ESAB Group Inc. is seeking a Sr Mechanical Engineer in Denton, TX. This position involves leading mechanical engineering efforts on new product development and customer-specific projects, ensuring robust designs that meet production schedules.
The ideal candidate will have a Bachelor’s degree in Mechanical Engineering, over 5 years of relevant experience, and proficiency in 3D CAD systems. This role offers opportunities for mentorship and participation in continuous improvement initiatives.
Founded in 1904, ESAB Corporation is a premier narrowly diversified global leader in connected fabrication technology and gas control solutions. Our rich history of innovative products, workflow solutions, and business system, ESAB Business Excellence, enables our purpose of Shaping the World We Imagine. ESAB is a world leader in the production of welding and cutting equipment and consumables. Our innovative, world‑renowned equipment and solutions are developed with input from our customers and built with the expertise and heritage of a global manufacturing leader.
We’re looking to hire a talented Sr Mechanical Engineer based in Denton, TX. Reporting to Sr Manager, Engineering in Denton, TX the Sr Mechanical Project Engineer is responsible for working within the manufacturing environment. Receiving direction from the Engineering Manager / Mechanical Team Leader to meet specific development and production schedules.
Primary Duties: Project & Technical Leadership - Serve as the mechanical engineering lead on new product development and customer‑specific projects. Own mechanical scope, schedules, risks, and deliverables for assigned projects. Translate customer requirements and system specifications into robust mechanical designs. Lead technical design reviews (PDR, CDR, DFMEA) and ensure design readiness for manufacturing.
Mechanical Design & Engineering - Design and validate precision mechanical and electro‑mechanical assemblies including gear trains, bearings, seals, housings, frames, and motion systems. Provide thermal management and structural components. Interface with motors, sensors, cables, and control electronics. Perform tolerance analysis, stack‑ups, and fit/function verification. Conduct and review engineering analyses (hand calculations, FEA, fatigue, thermal). Select materials and manufacturing processes appropriate for performance, environment, and cost.
Cross‑Functional Collaboration - Work closely with electrical, firmware, and software engineers to ensure seamless system integration. Support manufacturing engineering with DFMA improvements, work instructions, and tooling needs. Collaborate with supply chain on vendor selection, cost reduction, and part qualification. Support quality and regulatory compliance (ISO, CE, UL, CSA).
Project Execution & Delivery - Manage technical risks, tradeoffs, and issue resolution throughout the project lifecycle. Support prototype builds, testing, and validation activities. Troubleshoot field issues and drive root cause corrective actions. Ensure timely release of accurate engineering documentation (BOMs, drawings, change notices).
Mentorship & Continuous Improvement - Mentor and guide junior engineers and designers. Champion best engineering practices, design standards, and documentation discipline. Contribute to continuous improvement initiatives across engineering and product development.
Remains in a stationary position 50% of the time and involves additional physical demands such as ascending/descending stairs, walking stooping and standing. Must wear Personal Protective Equipment (PPE) when working/visiting manufacturing and plant locations. Constantly operates a computer and other office productivity machinery including but not limited to printer, tablets, cell phones. Moves transports, puts, or removes equipment weighing up to 50 lbs.; pushes, pulls products weighing up to 200 lbs. using provided safety tools. May be exposed to varying weather during travel. Domestic travel required approximately 10-25%.