REQUIREMENTS: • We are looking for a Electromechanics Designer for our Cedar Rapids, Iowa office to lead the evolution of circuit breaker product lines.
• Responsible for engineering and project administration activities related to specific circuit breaker product families • Application of the Product Evolution Process (PEP) for miniature circuit breakers (MCB) • Analyze functionality of customer returns to provide a technical assessment • Identify product or fabrication improvement actions • Coordinate prototype build ups from the model shop • Engineering materials selection • Statistical analysis of product control data • Create UL 489 audit/validation plans and execution • Tolerance Analysis of components and assemblies • Create and/or update DFMEA and participate on PFMEA and AFMEA • Fault tree/Risk analysis • Product configuration control (Bills of materials, engineering drawings, product change requests, deviations, qualification)
This job might be for you if you meet the following requirements: • Travel 10-15% to customer sites and manufacturing plants. • Associates Degree with 2-5 years’ experience in a similar function • 2-3 years of relevant experience in electromechanical mass production industries (e. g. electrical distribution products, automotive, electro domestic products, sensors and actuators, etc.). Leadership, communication and people skills. • Experience and/or training in CREO or similar CAD software. • Have a firm understanding of engineering documentation and drawing standards.
Training and/or experience in some of the following areas: • Residential or industrial wiring methods and practices. • National Electric code. • Mechanics of materials • Kinematics of mechanisms, in particular multi-bar and latching systems • Basic knowledge in Electromagnetism • Geometric Dimensioning & Tolerancing • Advance CAD (Pro E/Creo) • Applied Dimensioning/Tolerance of Components and Assemblies • Product Testing and Evaluation Methods • Ferrous and Non-Ferrous metals • Thermo-plastic and Thermo-set polymers • Heat Transfer |