?Power Electronics Engineer
Southampton, Hampshire - Some Hybrid working available
£45-55k + Bonus + Excellent Benefits - 4.5 week
This client is developing state of the art E Compressors and E Turbos for automotive applications, some of which are hydrogen related. The primary purpose of this role is to support and be responsible for the development and validation of electric vehicle power electronics and Industrial power electronics for inverters/converters to electrify turbomachinery for a range of applications.
Youll develop circuit schematics, layout to design an efficient and cost-effective power electronics hardware using cutting edge technologies, prepare the test bench, support development and validate prototype/products.
Design of electrified vehicle/industrial power electronics, such as drives, grid tied power generation including transistor selection, gate drive design, power supply design, measurements circuits, operating and protection strategies.
Be responsible for preparing appropriate test bench and test
Support in developing concept, proving key technologies and demonstrating the system functionality.
Specification of associated passive components, contactors, cables, connectors and fusing.
Design and test adequate thermal management solutions for power electronics systems.
Demonstrate designs are robust, cost effective and fit for purpose for a high-volume manufacture environment, through detailed laboratory testing, simulation and analysis
Participate in customer assessments, post-test inspection reviews, detailed failure analysis
Define and carry out all required bench development/validation testing to ensure achievement of all functional objectives and assure compliance to programme goals.
Ensure designs can comply with relevant EMC/EMI standards and modifying the design where needed to ensure this is the case.
Work closely with suppliers and manufacturing entities
Initiating the production solution and developing suitable documentation prior to handover
KEY BACKGROUND, EDUCATION AND EXPERIENCE
Degree in Electronic Engineering or other relevant discipline with a demonstrable level of industrial experience.
Excellent knowledge of power electronic devices, including silicon based IGBTs and MOSFETs through to emerging SiC / GaN based technologies: gate driver, control architecture and measurement circuits, selection/characterisation of devices for inverter, DC/DC converters and battery charger applications
Understanding of device characteristics and issues with switching behaviour in real circuits.
Knowledge of automotive standards and regulations for hybrid and full-electric vehicles and their components would be desirable. Or alternatively industrial standards for drives and grid tied invertors.
DVP&R and DFMEA creation and execution experience, with exposure to ISO26262.
Power electronics layout for best compromise between good switching performance, cooling, cost and size.
Schematic capture using Altium Designer.
Use of SPICE based simulation tools and System level modelling tools such as Matlab, Simulink or
Good quality engineering process understanding and appreciation
This company would suit an Engineer who likes variety in their work and the ability to take ownership of power electronics design for a specific project. Its a small but professional business where intellectual horsepower is readily found. If you like complex and technically challenging problems then this is the place for you.
Company Pension Scheme
Cycle to Work Scheme
25 days holidays per year plus bank holidays
Employee Assistance Program
Free parking on site
4.5 day week, including a modern flexible approach to working
If you are interested then please send me your latest CV for review but if not, and you know someone that might be, then we pay a referral fee on successful introduction see https://www.gerrellandhard.co.uk/your-career/referral-rewards