National AI Awards 2025Discover AI's trailblazers! Join us to celebrate innovation and nominate industry leaders.

Nominate & Attend

Senior Product Development Engineer - Inductors

Wymondham, Norfolk
2 weeks ago
Create job alert

Our client are recruiting a Senior Product Development Engineer (Inductors) to join their team in Norfolk. This role is incredibly exciting and unique, as you will be essentially heading up their new inductors division, therefore, you will need an extensive amount of knowledge and experience of working with inductors to be considered for this position.

Key Responsibilities for this Senior Product Development Engineer:

Lead In-Depth Development: Drive the full lifecycle of inductor product development, including design, testing, and quality assurance.
Design Excellence: Create high-performance inductors for a range of applications, ensuring durability and reliability to meet rigorous standards.
Collaborate and Innovate: Work closely with manufacturing teams and external suppliers to ensure design concepts translate seamlessly into exceptional products.
Performance Analysis: Use simulation tools to analyze electromagnetic performance, bridging virtual models with real-world results for accuracy.
Prototype and Test: Develop prototypes, test methodologies, and qualification plans to align with customer and product specifications.
Customer-Focused Solutions: Interface with customers to understand technical needs, providing innovative, tailored solutions.
Optimize for Manufacturability: Ensure inductor designs are not only high-performing but also cost-effective and manufacturable at scale.
Drive Continuous Improvement: Lead initiatives for both product and process enhancements to keep the company at the forefront of inductor technology.
Technical Reporting: Document designs, test outcomes, and other technical details, and present insights to internal and external stakeholders.
Industry Awareness: Stay ahead of trends and advancements in inductor design, ensuring the business continues to lead with cutting-edge products.Qualifications & Skills needed for this Senior Product Development Engineer position:

Educational Background: Bachelor's or Master's in Electronic Engineering, Materials Science, or related field.
Experience: 3+ years in inductor design, with deep knowledge of electromagnetic theory.
Simulation Expertise: Proficient in electromagnetic simulation tools (e.g., HFSS, Maxwell, COMSOL).
Material Knowledge: Experience with advanced magnetic materials and their applications in inductor design.
Analytical Skills: Strong problem-solving capabilities and the ability to interpret simulation and test results accurately.
Prototype & Testing Experience: Familiar with prototype development, testing methodologies, and performance validation.
Communication Skills: Strong verbal and written communication, able to explain complex technical concepts effectively.
Teamwork: Collaborative, cross-functional team player with attention to detail and strong project management skills.
Regulatory Knowledge: Understanding of industry standards for inductor design; PCB design experience is a plus.Benefits:

£60,000 - £80,000
Fantastic bonus scheme, based on both personal and company performance
Relocation package if needed
Monday to Friday
25 days plus all bank holidays
Pension scheme

Related Jobs

View all jobs

Senior Design Engineer

Senior Chemist

Quality Manager

Senior Mechanical Engineer

Senior Mechanical Engineer

Senior Mechanical Engineer

National AI Awards 2025

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

LinkedIn Profile Checklist for Materials Science Jobs: 10 Tweaks to Elevate Recruiter Engagement

Materials science is at the forefront of innovation—from advanced alloys and polymers to nanomaterials and biomaterials. Recruiters seek candidates proficient in materials characterisation, process development, failure analysis and simulation. With an increasing number of qualified professionals, your LinkedIn profile must be optimised for search relevance and showcase tangible impact in labs and industry. This step-by-step LinkedIn for materials science jobs checklist presents ten practical tweaks to elevate recruiter engagement. Whether you’re a recent graduate specialising in composite materials or a principal scientist leading R&D projects, these targeted optimisations will spotlight your expertise and draw recruiters to your profile.

Part-Time Study Routes That Lead to Materials Science Jobs: Evening Courses, Bootcamps & Online Masters

Materials science drives innovation in sectors ranging from aerospace and automotive to healthcare and renewables. Understanding the structure–property relationships of metals, ceramics, polymers and composites allows engineers and scientists to develop stronger alloys, biocompatible implants and sustainable materials. In the UK, with its world-leading research institutions and advanced manufacturing hubs, demand for skilled materials scientists and engineers is high. Yet many professionals cannot pause careers or personal commitments for full-time study. Fortunately, part-time learning pathways—Evening Courses, Intensive Bootcamps and Flexible Online Master’s Programmes—make it possible to learn materials science while working. This comprehensive guide explores every route: foundational CPD units and short courses, hands-on bootcamps, accredited online MScs, plus funding options, practical planning advice and a detailed case study. Whether you’re a lab technician seeking to move into R&D, a mechanical engineer branching into materials development, or a recent graduate aiming to deepen expertise, you’ll find a tailored path to advance your career without taking a break.

The Ultimate Assessment-Centre Survival Guide for Materials Science Jobs in the UK

Assessment centres for materials science positions in the UK simulate the rigours of research and development environments, testing both your technical expertise in characterisation techniques and your soft skills in collaboration and communication. Through psychometric assessments, lab simulations, data interpretation exercises, group problem-solving and interviews, employers evaluate your readiness to tackle complex materials challenges. Whether you specialise in metallurgy, polymers or nanomaterials, this guide provides a step-by-step approach to excel at every stage and secure your next role in materials science.