494 Electrical Engineers jobs in London

Freelance Engineering Trainer - JD

Responsibilities:

• Design, develop, and deliver comprehensive training programs in engineering, design, systems integration, and industrial security for diverse audiences, from introductory to advanced levels.
• Translate complex engineering and technical standards into clear, concise, and engaging training materials, including presentations, case studies, and practical exercises.
• Conduct interactive workshops and seminars, both in-person and virtually, ensuring a high level of participant engagement and understanding.
• Stay current with the latest trends and advancements in industrial technology, automation, security practices, and engineering tools, integrating them into updated training content and new modules.
• Provide expert guidance and support to trainees, addressing their questions and clarifying challenging engineering concepts.
• Assess training effectiveness through feedback mechanisms and performance evaluations, continuously refining training methodologies and content.
• Collaborate with internal stakeholders to identify specific training needs and tailor programs accordingly.

Requirements:

• Must be a UK resident with a valid work permit.
• Bachelor's or Master's degree in Electrical Engineering, Mechanical Engineering, Computer Engineering or a related field.
• Extensive experience (typically 5+ years) in applying and interpreting engineering concepts
• A minimum of 3 years of proven experience in training or instructional role, with a strong track record of designing and delivering effective technical training programs.
• Proven experience in CAD/CAM Software for design
• Advanced knowledge of current industry standards, interpretations, and practical application.
• Strong analytical and problem-solving skills with the ability to simplify complex information.
• Exceptional presentation, facilitation, and public speaking skills.
• Able to perform well in high-pressure situations and adapt to diverse learning styles.
• Able to give and receive constructive feedback.

Freelance Engineering Trainer - JD

Responsibilities:

• Design, develop, and deliver comprehensive training programs in engineering, design, systems integration, and industrial security for diverse audiences, from introductory to advanced levels.
• Translate complex engineering and technical standards into clear, concise, and engaging training materials, including presentations, case studies, and practical exercises.
• Conduct interactive workshops and seminars, both in-person and virtually, ensuring a high level of participant engagement and understanding.
• Stay current with the latest trends and advancements in industrial technology, automation, security practices, and engineering tools, integrating them into updated training content and new modules.
• Provide expert guidance and support to trainees, addressing their questions and clarifying challenging engineering concepts.
• Assess training effectiveness through feedback mechanisms and performance evaluations, continuously refining training methodologies and content.
• Collaborate with internal stakeholders to identify specific training needs and tailor programs accordingly.

Requirements:

• Must be a UK resident with a valid work permit.
• Bachelor's or Master's degree in Electrical Engineering, Mechanical Engineering, Computer Engineering or a related field.
• Extensive experience (typically 5+ years) in applying and interpreting engineering concepts
• A minimum of 3 years of proven experience in training or instructional role, with a strong track record of designing and delivering effective technical training programs.
• Proven experience in CAD/CAM Software for design
• Advanced knowledge of current industry standards, interpretations, and practical application.
• Strong analytical and problem-solving skills with the ability to simplify complex information.
• Exceptional presentation, facilitation, and public speaking skills.
• Able to perform well in high-pressure situations and adapt to diverse learning styles.
• Able to give and receive constructive feedback.

Electrical Engineering Specialist

Fund Size:  €90M USD

Location:  Bali, Indonesia (with global impact)

Focus:  Sustainable technology innovation and advanced engineering solutions

Start:  ASAP

Important Note: This is an unpaid internship. We don't cover accommodation, food, visa, or flights. What do we offer? The chance to build skills that don't exist in textbooks, work on projects that matter, and live like the future leader you're meant to be.

What You'll Do: Design and develop sophisticated electrical systems and control panels for sustainable technology applications, combining European electrical engineering standards with advanced EPLAN design capabilities to create solutions that meet the highest standards of safety, efficiency, and regulatory compliance. You'll create comprehensive electrical schematics, panel layouts, and control system designs for renewable energy installations, sustainable manufacturing equipment, and environmental monitoring systems using EPLAN Electric P8 and the related EPLAN software suite. Your responsibilities include developing detailed electrical drawings and documentation that comply with European standards (IEC, EN, VDE), designing control panels and electrical enclosures with proper component selection and layout optimization, and creating automated electrical design workflows using EPLAN's advanced features and macros. You'll also design electrical systems for solar inverters, wind turbine control systems, and energy storage management, develop PLC programming and HMI interfaces for sustainable technology control systems, and create electrical safety systems and protection schemes that exceed European safety standards. Additionally, you'll generate comprehensive parts lists, cable schedules, and installation documentation directly from EPLAN projects, collaborate with international teams to implement electrical solutions across different European regulatory frameworks, and contribute to the development of standardized electrical design templates and libraries for sustainable technology applications.

Required Technical Skills:

• EPLAN Proficiency: Advanced experience with EPLAN Electric P8, including schematic design, panel layout, and project management


• European Standards: Knowledge of IEC, EN, VDE, and other European electrical standards and regulations


• Control Systems: Experience with PLC programming, HMI design, and industrial control system integration


• Panel Design: Skills in electrical panel layout, component selection, and enclosure design optimization


• Documentation: Ability to create comprehensive electrical documentation, parts lists, and installation guides


• CAD Integration: Experience integrating EPLAN with mechanical CAD systems and 3D panel design tools


• Access Requirement: Must have current access to EPLAN software or the ability to obtain licensed access

Why It's Cool: European electrical engineering sets global standards for safety, precision, and innovation, and you're applying these world-class standards to sustainable technology while mastering EPLAN, the industry-leading electrical design software used by top engineering firms worldwide. The electrical systems you design will power the renewable energy revolution, making sustainable technology safer, more efficient, and more reliable while meeting the strictest European safety and quality standards. This is where electrical engineering excellence meets cutting-edge sustainability innovation, where you'll be developing control systems that could optimize renewable energy installations, improve grid integration, and create more intelligent, sustainable technology solutions. Your work will contribute to accelerating the global transition to sustainable energy while building expertise in EPLAN that makes you invaluable to any major engineering firm or sustainable technology company. The combination of European electrical standards, EPLAN mastery, and sustainable technology focus represents one of the most sought-after skill sets in electrical engineering today.

Bali Option: Design cutting-edge electrical systems from paradise, where European precision meets tropical innovation to create sustainable technology solutions that meet the world's highest standards. Create EPLAN schematics and panel designs with ocean views, validate your electrical designs with your international engineering crew over beachside collaboration sessions, and find inspiration for your electrical innovations in the natural energy flows and sustainable practices you observe in traditional Balinese communities. Debug control systems between surf sessions, celebrate design breakthroughs with sunset dinners alongside fellow engineers from around the world, and experience how the right environment can enhance both technical precision and creative problem-solving. Network with successful clean technology entrepreneurs, attend electrical engineering workshops with tropical backdrops, and work on electrical systems that could power the sustainable future while living in one of the world's most naturally sustainable environments.

Summary: Advanced Engineering Excellence for Global Impact

What You Get:

• Electrical: Professional EPLAN experience and European standards expertise for renewable energy systems


• Experience designing engineering solutions for real-world sustainability challenges


• International perspective on engineering across European markets and standards


• A community of fellow engineers and innovators in paradise

The Engineering Advantage:

• Master industry-leading software tools (ANSYS, CAD, EPLAN) in real-world applications


• Learn European engineering standards and best practices


• Gain experience with cutting-edge sustainable technology projects


• Build expertise in the rapidly growing clean technology sector


• Network with international engineering professionals daily

Software Requirements:

• Electrical: Current EPLAN access and proficiency required

Ready to engineer the sustainable future from paradise? These aren't just internships – they're opportunities to master the most advanced engineering tools while building systems that will power a more sustainable world, gaining the skills and experience that make you invaluable in the clean technology revolution.

Location: Central London (Hybrid – on-site required during key project phases)

Type: Permanent | Full-Time

InnoForge is proud to partner with an exciting and visionary space technology company that’s redefining how we see our planet and beyond.

Our client is developing pioneering video and imaging systems for use in space, capturing breathtaking real-time perspectives of Earth and future missions across the Solar System.

We’re seeking a Lead Electronics Engineer to take ownership of designing and developing advanced electronic systems that will operate in some of the harshest environments imaginable.

This is an opportunity to work at the cutting edge of technology, combining high-speed digital design, power electronics, and imaging hardware within a fast-moving, collaborative startup culture.

What You’ll Do:

• Lead the design and development of analogue and digital electronics for high-resolution video camera systems

• Own projects end-to-end, from concept and schematic capture through to board layout, prototyping, and flight hardware qualification

• Work closely with multidisciplinary teams on hardware integration, FPGA interfaces, microcontrollers, and high-speed serial data links

• Oversee manufacturing, assembly, and environmental/electromagnetic testing with trusted partners

• Maintain design documentation, test reports, and assembly procedures

What You’ll Bring:

• 5+ years’ experience in electronic design, from concept through production

• Proven experience with PCB design, simulation, and hardware debugging

• Strong knowledge of interfaces and circuit elements such as I²C, SPI, RS422, Ethernet, MIPI/CSI-2, LVDS, USB, PCIe, and power management circuits

• Comfortable working hands-on in a lab environment, testing, iterating, and innovating

• Experience in high-reliability or harsh-environment sectors (space, aerospace, defence, or automotive) is a plus

Why Join:

• Be part of a mission that’s literally out of this world, building systems that operate beyond Earth
• Work alongside some of the brightest minds in imaging and electronics
• Competitive salary, healthcare, pension contribution (6%), and 25 days holiday + public holidays
• Hybrid flexibility with the opportunity to work remotely for suitable tasks

Electronics Engineer

Hours: 35 hours per week

Location: Central London (at least 2 days per week, including Wednesdays), with remote working for the remainder (subject to change depending on business needs).

About the Role

We are seeking an Electronics Engineer to join a dynamic health technology team developing innovative, non-invasive sensor systems for advanced medical applications. The work focuses on creating scalable and accessible solutions that improve early detection, reduce healthcare costs, and enhance patient outcomes.

As a key member of the hardware team, you will take ownership of hands-on hardware development, with an emphasis on analogue and mixed-signal design. Your responsibilities will range from troubleshooting and refining circuits to running experiments that inform algorithm development. You will also support preparation for regulatory testing, maintain lab hardware, and contribute to long-term technology roadmaps.

Technical Highlights

• Low-noise analogue front-end design for capacitive sensing applications
• Precision small signal routing and conditioning (filters, amplifiers, multiplexers)
• High-speed ADC/DAC integration and mixed-signal circuit optimisation
• Schematic capture, PCB layout, BOM management (Altium Designer)
• Circuit modelling and simulation (SPICE, MATLAB, or similar tools)
• Designing to meet IEC 60601 and related medical device standards, within an ISO 13485 compliant QMS

Key Responsibilities

• Lead hardware development activities from ideation and prototyping to optimisation and maintenance
• Plan and conduct benchtop experiments in collaboration with algorithms and clinical teams
• Manage and maintain prototype hardware for studies and trials, ensuring reliability and identifying design improvements
• Support verification, validation, and compliance testing with regulatory partners
• Contribute to design reviews, documentation, and alignment with quality management processes
• Provide technical input into long-term technology roadmaps to shape future biosensing devices

Requirements

Essential

• Master’s degree in Electrical/Electronic Engineering or related discipline, OR 3+ years’ experience in a highly regulated industry
• Strong knowledge of analogue circuit design, including low-noise front ends, filters, amplifiers, and signal conditioning
• Proven experience with schematic capture and PCB layout using industry-standard design software
• Proficiency with test and measurement equipment (oscilloscopes, VNAs, spectrum analysers, waveform generators, etc.)
• Excellent documentation and reporting skills (Office 365, Atlassian suite)
• Experience with design control processes: requirements capture, verification, traceability, and documentation
• Experience working within a quality management system

Desirable

• FPGA experience and associated design considerations
• Python skills for data processing and test automation
• Background in medical device development
• Experience with biosensors or low-amplitude analogue acquisition systems (impedance, ECG/EEG, oximetry, etc.)
• Basic knowledge of mechanical considerations in electronics design (thermal management, enclosures, connectors, etc.)
• Familiarity with FEM simulations of electromagnetics
• Embedded code development and GitHub/Bitbucket for source control
• Strong commitment to producing high-quality work in a regulated environment

Benefits

• Share options
• Private medical and dental cover
• 5% employer pension contribution
• Life and health insurance
• Lunch allowance when working onsite
• Flexible working model (2 days/week onsite, remote at company discretion)
• 25 days annual leave
• Bonus scheme (subject to milestones and policies)

How We Work

The team is a close-knit group of scientists and engineers who value solving complex problems and seeing them through to impact. Everyone has the opportunity to shape both the technology and the culture, with a strong emphasis on accountability, collaboration, and transparent communication. Growth comes through meaningful work, shared learning, and open knowledge exchange.

If you want to contribute to technology that makes a real difference while working alongside passionate peers, this could be the role for you.

Salary: £55,000 - £65,000

Full-time, hybrid with London office base - 3 days-per-week

IONATE is a deep tech scale-up building the hardware and software backbone for smart grids. Our mission is to transform power systems – from grids and microgrids to renewables and data centers – unlocking the massive potential in this under-innovated sector that touches every aspect of our modern lives. 

We are now looking for an Electronics Engineer to join our Power Electronics team. Requiring knowledge and experience in electronics development and design, you will play a key role in the development, design, implementation and testing of 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 analyses, design reviews, simulations, technical discussions, verification and validation processes.  Importantly, you will be contributing to live, ongoing projects and test activities, as well and closely working with the team to continue developing our HIT technology. 

What you will do:

• Contribute to the development of high-power converters and controllers for grid-connected applications. 
• Design, simulate, implement, test, verify and troubleshoot electronic hardware, circuitry and components used for power converters, controllers and auxiliary hardware.  
• Develop high-reliability PCB assemblies, suitable for high-volume production. 
• Contribute to build and test efforts, including electrical panel assemblies, wiring looms, soldering, and PCB rework. 
• Actively participate in technical development and testing across a multi-disciplinary team including power electronics designers, mechanical engineers, control & software engineers. 
• Be involved hands-on with hardware design and validation respecting safety, quality, and international standards, whilst working to clear timelines. 
• Work to clear timescales and collaborate with a cross-functional team to deliver projects on time, with ambitious product targets. 
• Create and maintain documentation such as requirements, design descriptions, testing plans and testing reports.  

Requirements

What you will need:

• Degree in Electrical and Electronics engineering or equivalent
• Experience in electronics design, ideally in high power applications
• Good understanding of electronic and electrical components and their principles

• Good understanding of signal processing and passive/active filter designs

Design, Modelling & Simulation 

• Experience in electronics circuit modelling and simulation. 

• Experience using tools including SPICE, Altium, MATLAB. 

Testing & Validation 

• Experience conducting laboratory and site-based testing using test equipment such as oscilloscopes, power supplies, load banks etc.  

Collaboration & Communication 

• 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! 

It would be useful to have:

• Experience in power electronics converters (AC/DC, DC/AC, DC/DC) 

• Design experience for low noise, mixed signal systems. 

• An understanding of best practices related to thermomechanical design. 

• Experience designing systems to meet EMC/EMI standards and testing commercially ready systems for UL/TUV certification. 

• Testing experience working with voltages up to 1kV. 

• Experience designing systems fit for large scale manufacturing and production. 

Benefits

Your benefits:

• 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.

About IONATE

Driven by first-principles engineering, IONATE is transforming power systems for the energy transition.

Our hardware is the Hybrid Intelligent Transformer (HIT): a new building block for the power grid and everything connecting. It integrates into the network like a transformer but solves key power quality issues through all-in-one power flow control. Beyond the passive voltage step, it provides data visibility, stepless and dynamic voltage control, harmonics removal and reactive power control with millisecond-precision. Its innovative hybrid design leveraging magnetic control makes it a robust, reliable, and affordable upgrade.

While deployed to remove constraints and prevent issues, HITs effectively light up real-time control nodes for the very first time. Once placed in strategic points of the network, IONATE’s AI platform can coordinate them to form a true smart system, coupling top-down grid orchestration with instantaneous bottom-up control in the physics. This full stack will achieve real-time system optimisation and turn the passive old grid into a flexible, decentralized platform that catalyses innovation.  

3 reasons why you should apply:

You’ll work on something that matters. The most rewarding aspect of our job is seeing what we build in the lab get used in the real world. As our tech gets used in solar farms, batteries, and electricity grids, your work will help shape the future of the green energy transition .

The thinking you’ll do here is not your average exercises on repeat. Building a brand-new class of tech requires cutting-edge ideas. If you like to solve unconventional problems, to be given freedom to explore, to challenge – and be challenged by – field experts, you will fit just right in.

The rocket ship is taking off. Our innovation has been proven and demand is immense. IONATE is now rapidly scaling up and undertaking global projects. Joining early and working side-by-side with our leadership team means ample opportunity to grow your role together with our company.

IONATE has a friendly team that collaborates and supports one-another. If you don’t fit all the description above, but you are passionate about the work we are doing and could add value to our team, please get in touch. We believe in making positions fit the skills of people, not the other way around. We are also committed to providing equal opportunities, an inclusive work environment, and fairness for everyone. We value diversity in race, gender identity, sexuality, age, family or civil status, disability, religion, or ethnicity and encourage you to apply wherever you come from.