Sr. Project Engineer

Project Engineer

Assume a broad scope of technical and project management responsibilities including design and analysis, program planning and management, customer communication, and ongoing product support. Use engineering background in shock and vibration to support current business and develop additional business for Hutchinson in assigned market segment. Design and analysis include the conceptual and iterative design of elastomer and metallic components as required to reach a practical solution to customer problems relating to shock, vibration, and noise. This is done through the use of Creo (ProEngineer), internally developed analysis software and in conjunction with internal FEA personnel. The ideal candidate would also have the ability to perform DFMEA analysis. Program and project planning/management requires high energy and the ability to manage multiple projects. The Project Engineer leads various crossfunctional teams through the New Product Development phase gate process from Concept Design (Phase 1), Prototyping & Qualification (Phase 2), and into Production Ramp-up/Industrialization (Phase 3). Phase 1 includes 3D modeling, system analysis, Design Reviews and creating the project plan & schedule. Phase 2 includes the development of prototype parts and processes, Qualification testing, formal reports with customer input, and ensuring customer deliverables are met. Phase 3 requires close coordination with the Manufacturing Engineer to develop production processes and production plans to ensure a successful launch of the product. At all three phases, the Project Engineer is responsible for maintaining the project schedule and reporting status to Senior Management through Phase Gate reviews. Customer communication includes customer calls and visits, conceptual design discussion with customer engineers, technical presentations and proposals, quotations and recommendations for the resolution of shock and vibration problems. On-going product support encompasses all products already in production and requires cooperation with operations groups including production managers, technicians, and operators. On-going product support includes review and disposition of non-conforming material, involvement in continual improvement teams and assistance in cost reduction efforts The ideal candidate has BS or MS in Mechanical Engineering, plus 2+ years of relevant experience

Knowledge/experience with technical skills such as 3D modeling (Creo) and FEA. FMEA a plus.

Experience/education that included courses in shock and vibration.

Proven organizational, communication, leadership, and influence skills.

Experience designing component solutions to problems of shock, vibration and noise or rubber bonded to metal products and with experience working with OEM engineers in related markets and Defense/Aerospace applications.

Experience in design of molded products and processes for manufacturing

Experience in the Defense or Railroad Industry is a plus

Experience with shock and vibration mitigation and/or analytical methods, MIL-STD-810, Modal Analysis, etc.

Strong project planning and project management skills

Experience with problem solving including techniques Fish Bone (6M), 5-Why, 8D, etc.

Strong written and verbal communication, interpersonal, team, leadership, and presentation skills

Familiarity with the requirements of an AS9100 Quality Management System as it relates to Engineering & Product Development

Ability to read, analyze, and interpret common scientific and technical journals, financial reports, and legal documents.

Ability to respond to common inquiries or complaints from customers, regulatory agencies, or members of the business community.

Ability to write speeches and articles for publication that conform to prescribed style and format

Must be a US Citizen based on ITAR & NOFORN requirements.

TotalEnergies values diversity, promotes individual development and offers equal employment opportunities to all candidates.