2 of 2 Remote DemandTrendContract Design Engineer Jobs

Telematics Control Unit Project Design Engineer (991) Cranfield Length of contract 12 months with the intension to extend Pay rate: Principal Engineer £31.86 per hour Working Patten- 3 days in the office/2 days WFH minimum (please note the client may require candidates to come to site more depending on workload) We are recruiting a Telematics … Control Unit Project Design Engineer for one of our automotive clients based in Cranfield. You will be working for a globally recognised automotive company. This is a long-term contract role. The contract is on an ongoing basis a may run for several years. Key Responsibilities: - Implement on-board telematics systems for the clients vehicles manufactured in Europe … for specific vehicle programs - Manage Tier 1 suppliers to deliver products to Quality, Cost & Timing targets. - Generate and release of TCU configuration data - Coordinate supplier validation to the clients design standards ahead of software release - Collaborate with internal test departments to confirm function and performance of vehicle connected services - Create and maintain cross carline development plans - Collaborate with Telematics More ❯

s vital power needs. Due to a number of exciting change and transformational activities across the Rolls-Royce business we are now seeking to add a number of Systems Design Integration Engineers. As a Systems Design Integration Engineer you will extract, understand and define technical requirements working alongside stakeholders to develop potential solutions. You will have knowledge … problem resolution, designing and integrating products, both physical & functional systems & product systems, performing technical analysis, as well as defining verification strategies for them throughout the product lifecycle. The Systems Design Integration Engineer will be based in Derby 3 days per week , with 2 days spent remote working. You’ll be responsible for: Be accountable for the execution of … the sub-system design and integration process through APQP and integration of other team members to achieve this. Design of sub-systems using Systems Engineering principles including the use of Robust Design, Systems Engineering, Risk Management (FMEA) and Model Based Systems Engineering (MBSE) techniques to achieve optimum solutions at product and sub-system level. Support the transition More ❯