<p>Position Summary: Mechanical Integrity Engineer</p> <p>Location: Nashua, NH</p> <p>Amphenol High Speed Products Group is the market leader for high speed, high bandwidth electrical cables for the Telecom/Datacom market (Mobile Networks, Storage, Servers, Routers, Switches, etc.). Our products help to enable the electronics revolution and remain a key enabler for all the major Tier 1 OEMs globally. We are currently seeking a Mechanical Integrity Engineer to join our Cable Assembly team. The position will be located in Nashua, New Hampshire.</p> <p>RESPONSIBILITIES:</p> <p>As a Mechanical Integrity Engineer you will analyze product performance under various stresses and develop solutions to improve both the initial and long-term reliability of products.</p> <p>Develop new products and processes via mechanical testing and qualification of electrical cables and components. Develop test sequences and procedures to determine the long-term reliability of electrical cables that are a factor in customer use and application requirements. Process and analyze test data, create reports and presentations for internal and external customers. Support the product design effort in mechanical analysis such as tolerance analysis, FEA, thermal simulations, materials analysis, failure analysis, and creating test plans. Prepare test samples and test requests, design and fabricate test fixtures, interface with test lab technicians. Collaborate with engineering design teams, suppliers, and manufacturing personnel, supporting the development and validation of product prototypes through pilot production, as well as interfacing with beta-site customers.</p> <p>QUALIFICATIONS:</p> <p>BS in Mechanical Engineering 5 years of professional experience Experience with solid modeling tools - SolidWorks and/or Pro/E Experience with data analysis software - MS Excel, Minitab would be a plus Experience with Finite Element Analysis tools is desirable, ANSYS would be a plus Experience with Thermal Analysis - Siemens Flotherm, ANSYS Fluent would be a plus Understanding of how to replicate international standards for testing Understanding of how to perform failure analysis, tolerance analysis, and DFMEA Understanding of electrical systems and electrical cables Ability to communicate with technical & non-technical stakeholders Ability to work in team environment Knowledge of copper alloys and high-performance engineering thermoplastics would be a plus Knowledge of thermal interface materials and their applications would be a plus Desire to create and design new products and processes</p>