Senior Power Electronics Engineer
IONATE
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Benefits offered by this job
Job summary
IONATE, a deep technology scale-up building the technology backbone for smart electricity grids, seeks a Senior Power Electronics Engineer in London. You will develop, design, implement and test electronics circuits and systems from concept to product, focusing on grid-connected inverter design and live projects.
You will work with cross-functional teams, perform simulations, validate hardware, ensure safety and standards compliance, and contribute to documentation and product manuals.
Qualifications
- Degree in Electrical and Electronics engineering or equivalent.
- Extensive experience in power electronics design, ideally in high power applications.
- Good understanding of electronic components, signal processing and filter designs.
- Understanding thermomechanical design practices.
Responsibilities
- Develop power electronics hardware and circuitry for grid-connected converters.
- Design, prototype and validate DC-DC/AC-DC converters and mixed-signal circuits.
- Hands-on hardware design and validation with safety and quality standards.
- Create PCBs with signal integrity focus and interfaced power stages.
- Optimize thermal management for high-power systems.
- Perform root-cause analysis for debugging across proto and production.
- Collaborate with power, mechanical, control and software engineers.
- Meet timelines with cross-functional teams to achieve product targets.
- Create documentation such as requirements, specs, test reports and manuals.
Skills
Education
Tools
Job description
IONATE is a deep technology scale-up building the technology backbone for smart electricity grids. Our team is looking for a Senior Power Electronics Engineer to support our work on game-changing green technology and grow within our world-class team.
This role will suit someone who thrives in a fast-moving, ever-changing environment, where no two days are the same.
Reporting to the Power Electronics Team Lead and requiring extensive knowledge and experience in electronics development and design, you will play a key role in developing, designing, implementing and testing electronics circuits and systems, taking concepts and prototypes through to commercial products.
With a focus on grid-connected inverter design, you will be actively contributing to design & analyses, simulations, technical discussions, verification and validation processes. You will need an innovative approach to engineering with well-grounded reasoning and experience. Importantly you will contribute to live ongoing projects and test activities and work with the team to continue developing our HIT technology.
- Develop power electronics hardware and circuitry for power converters and controllers in grid connected applications
- Design, prototype, and validate power conversion systems (DC-DC/AC-DC) and mixed-signal circuits including ADCs and PWM controllers
- Be involved hands-on with hardware design and validation respecting safety, quality, and international standards
- Develop PCB layouts with signal integrity focus and interfaced power stages with transformers, digital controllers, passive filters, and electromechanical systems.
- Optimise thermal management solutions for high-power applications and implement EMI/EMC compliance strategies
- Conduct root‑cause analysis for system‑level debugging across prototype and production phases
- Actively participate in technical development and testing across a multi-disciplinary team including power electronics designers, mechanical engineers, control & software engineers
- Work to clear timelines and collaborate with a cross‑functional team to deliver projects on time, with ambitious product targets
- Create and maintain documentation such as requirements and specification documents, testing reports and product manuals
- Degree in Electrical and Electronics engineering or equivalent
- Extensive experience in power electronics design, ideally in high power applications
- Good understanding of electronic and electrical components and their principles, integrated circuits, signal processing and passive/active filter designs
- An understanding of best practices related to thermomechanical designs
- Experience in electronics circuit modelling and simulation
- Experience using tools such as SPICE, Altium, MATLAB, Confluence, JIRA
- Ability to design, create and test PCBs
- Experience conducting laboratory and site-based testing using test equipment such as oscilloscopes, power analysers, grid emulators etc
- Experience designing systems fit for large scale manufacturing and production
- Communication skills enabling you to work with various teams across the globe
- Willingness to travel nationally and internationally when required for testing/ commissioning
- A drive to learn new things!
- Experience in power electronics converters (AC/DC, DC/AC, DC/DC)
- Design experience for low noise, mixed signal systems
- Experience designing systems to meet EMC/EMI standards
- Experience designing and testing commercially ready systems for UL/TUV certification
- Soldering and PCB rework
- Employee Option Plan: You get equity in IONATE, so as we succeed so do you.
- Private Medical & Dental Insurance: From day one, we provide you with full, comprehensive private medical and dental cover through Bupa. You also have the option to add any dependents to your cover. Please ask us for more details.
- Company pension: a flexible, and sustainable pension product to help you plan for your future.
- Career Development: It’s important to us that you have the opportunity for ongoing professional development and career growth. You will receive an annual budget for professional development and work with your team to set and reach goals every year.
- Flexible working schedules: You will have the flexibility for work‑from‑home arrangements. Talk to us at the application stage about this.
- Cycle to Work Scheme: Low carbon travel is important for everyone, so we have in place a cycle scheme to help you purchase a bicycle.
- Slow travel: We believe in a low carbon future, so if you wish to travel by a lower carbon method – but it takes much longer than flying - we will give you an extra 2 slow travel days per year.
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