Electronic engineer jobs in Europe including
computer engineer jobs and
telecom engineer jobs.
Also find space industry electronics engineer jobs on our sister site Space-Careers.
Electronic Engineer jobs in Austria (5), Belgium (3), Croatia (2), Czech Republic (6), Denmark (3), France (5), Germany (27), Greece (7), Hungary (3), Ireland (12), Italy (12), Luxembourg (4), Multiple Countries (8), Netherlands (9), Poland (10), Portugal (5), Romania (5), Spain (6), Sweden (4), Switzerland (5) and United Kingdom (10).
Take end-to-end technical ownership of electronic hardware developments, from requirements definition and architecture through detailed design, manufacturing, verification and qualification; Lead and document electronics architecture trade-offs, design
Translate complex technical stakeholder requirements into well-defined project scopes and actionable execution plans with clear ownership and responsibilities; Enable engineers to focus on development by proactively coordinating and organizing tasks;
Technical leadership of complex IP such as UCIe, Ethernet, HBM and PCIe; Collaborate with system architects and product managers to define the architecture and specifications on standards such as UCIe, considering factors such as data rate, power
You will play a pivotal role in advancing Alpine Eagle’s drone technology. You will lead and inspire our computer vision and perception team, shaping the future of our UAV solutions. This is a hands-on leadership role where you will develop and optimize
Create and update the HW design (schematics, layouts etc.) for application or platform projects; Identify and report the HW risks and technical difficulties (new concepts) to respect the customer requirements; Establish and maintain the proof of design
Design, implement, and validate control algorithms for high-power AC/DC and DC/DC converters across energy and automotive products, with a focus on stability, dynamic performance, and robustness; Model and simulate converter dynamics (MATLAB/Simulink,
You will serve as a recognized technical leader within the organization, defining and driving validation strategies for complex power management products and technology platforms. You will play a key role in shaping validation methodologies, influencing
A senior technical leader responsible for end-to-end physical implementation and signoff of complex SoCs across advanced technology nodes. The role combines hands-on RTL-to-GDSII expertise, design convergence, and team leadership to deliver high-quality
Define and evaluate next-generation power conversion architectures for AI and high-performance computing platforms. Lead technology pathfinding, topology studies and proof-of-concept development for high-performance DC/DC converters
Maintain and evolve the product’s electronic architecture, schematics, PCB design and electrical interfaces. Define and implement hardware updates, component changes and customer-driven interface adaptations. Review power, digital analogue, RF and
Define and execute the electrical and functional verification strategy, including test plans, specifications, procedures, reports and verification evidence. Develop and maintain test benches, ground-support equipment and automated test sequences.
In this role, you will design and develop IP for next-generation Automotive, Industrial, and Medical products. You’ll contribute to complex mixed-signal IPs and work with analog blocks such as DACs, ADCs, PLLs, and wireless interfaces
Evaluate high-speed electro-optical data transmission links by measuring Bit Error Rates (BER), eye diagrams, jitter, S-parameters, and noise performance. Evaluate high-speed electro-optical data transmission links by measuring Bit Error Rates (BER), eye
Develop mission DD&V logic, including model philosophy, test matrix, hardware matrix, incompressible test list, etc. Develop concept of operations for Rover missions, including consideration of environmental and system constraints alongside payload
The role supports the successful delivery of lunar rover development programs by assisting in planning, execution, risk management, supplier coordination, schedule control, and customer reporting. The role acts as a key operational partner to the Project
Driving Design & Process Failure Mode Effect Analysis (FMEA) to identify risks and define appropriate actions to mitigate this risks together with cross-functional teams. Accountable to solve complex technical challenges for drive units and its components
Functional lead of the technical project from quotation phase, to concept phase and serial development; Responsible for the requirements engineering & management in the project; Responsible for System architecture, product and design definition and
Take ownership of all program aspects, defining the critical path and identifying key risks. Drive execution according to the Engineering Process; track and report against quality standards and planned milestones. Develop robust project plans with the
Lead and ensure robust mechanical design execution in line with target cost and economic objectives. Enforce design standardization rules, raising de-standardization requests only with strong technical justification. Proactively identify technical gap
Responsible for setting technical direction for end-to-end process integration across semiconductor manufacturing technologies. The role provides recognised technical leadership on process flow integration, module interactions, yield improvement, device
The role holder will lead the development and calibration of torque management systems for electrified powertrains. The ideal candidate will combine technical expertise with project management skills to drive innovation in EV controls development.
You will develop software that processes SDR and RF data collected by distributed ground stations. Your work will span the entire signal processing pipeline - from ingesting raw IQ captures through synchronization, spectral analysis and signal detection
Senior, hands-on Network Engineer responsible for designing, deploying, and operating Cadence’s global enterprise network across data centres, campus environments, and WAN. This role focuses on delivering secure, highly available connectivity and
Lead design engineering (hardware, firmware) and accompanying teams to design and industrialize world class power electronics and energy products; Own the product from start to finish - definition, architecture, design, validation...
As a Telecom/ICT Lead you will be responsible for working with senior level engineers across all disciplines to develop integrated telecom communication designs at the product and top level assembly state of a data center. Review construction level
Lead the design and development of high-performance analog circuits and systems; Define architecture and technical strategy for analog hardware platforms aligned with product and business objectives; Collaborate with cross-functional teams including
You will contribute to the development and continuous improvement of electronic hardware, working across circuit design, prototyping, testing, validation and production implementation. You'll work hands-on with a complex UAV platform, solving real
Identify, develop, and review technical system, hardware and software requirements; Communication, organization, planning and interacting with internal work teams and project stakeholders (internal and external); Breakdown and refine the needed
Lead and develop a unit which is ultimately responsible for antenna design of base station antennas, embedded, and interleaved antenna systems; Provide design responsibility and functional leadership in the fields of RF design, mechanics and electronics;
Own the development and delivery of assigned system functions for HV inverter and electrified powertrain throughout the product lifecycle; Develop robust system concepts and requirements considering quality, performance, cost, timing, and customer
You are a technician with a background in instrumentation, industrial maintenance, mechatronics, electronics, mechanical engineering or a related technical field. You enjoy working in a multidisciplinary scientific environment where you can combine
You will play a key role in designing the next generation of FPGA-based instrumentation used across the accelerator complex and beamlines. You will contribute to challenging developments involving detector readout, data acquisition
Lead and contribute to PCB/PCBA/FPC electronics design, schematic capture, component selection, and board bring-up; Serve as the primary technical authority for hardware trade-offs between performance, cost, and manufacturability
Lead the PVA process development, qualification and execution; Design and develop jigs, fixtures, and tools for the precise alignment and integration of photovoltaic cells; Conduct a variety of non-destructive and destructive tests to validate the quality
We are looking for a Product Electro Leader in our team focused on the development of the HVAC low-voltage E/E components (blower motors, stepper motors, PTC heaters, sensors, power modules, wire harnesses, etc.) in our R&D Center
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