Hardware Engineer

pstrongBWI Group /strong is a premier chassis supplier that designs and manufactures brake and suspension systems for the automotive market. We are a fast-paced, global organization employing some of the best and brightest minds in the industry. /ppDo you have experience in automotive electronic hardware development? /ppAre you passionate about electronic design, validation, troubleshooting, and the development of innovative braking systems? /ppDo you enjoy transforming requirements into reliable hardware solutions and contributing throughout the complete product development lifecycle? /ppWe are looking for talented strongElectronic Hardware Development Engineers (up to two) /strongto join our engineering team and contribute to the design, development, validation and troubleshooting of advanced Electronic Control Units (ECUs) for next-generation brake-by-wire systems. Depending on your experience and qualifications, you will join our organization either as an strongElectronic Hardware Development Testing Engineer /strong or as an strongElectronic Hardware Development Expert /strong, working on the full lifecycle of automotive electronic products, from requirements analysis and hardware design through testing, validation, and issue resolution. /ppThe ideal candidate combines strong electronic design skills with a practical engineering mindset and a passion for developing robust and reliable automotive products. /ppstrongLocation: /strong Turin, IT /ppstrongWe offer /strong /pulliExciting and diversified projects /liliCollegial environment /liliAn inside view into innovative technologies of the automotive industry /liliWide network of research and development parties /liliHigh degree of autonomy and responsibility /liliModern leadership culture /liliSmart working environment /liliPromotion of personal development /liliIndividual professional education for continuous learning and improvements /liliInternational working environment and collaboration with advanced high-technology RD teams across different regions /li /ulpstrongKey Responsibilities /strong /pulliAnalyze and understand customer, system, and hardware requirements for automotive electronic products. /liliDesign and develop Electronic Control Units (ECUs) for advanced braking and chassis control systems. /liliCreate and maintain hardware schematics and supporting engineering documentation. /liliSupport PCB layout activities through design reviews and close collaboration with layout engineers. /liliSelect and evaluate electronic components according to functional, safety, reliability, EMC, and environmental requirements. /liliPerform hardware bring-up, debugging, and validation activities. /liliExecute electrical, functional, environmental, and EMC testing activities. /liliConduct root cause analysis of hardware, system, manufacturing, and vehicle-related issues. /liliOperate laboratory instrumentation including oscilloscopes, spectrum analyzers, power supplies, electronic loads, CAN analyzers, and measurement equipment. /liliSupport or lead Design Verification (DV) and Product Validation (PV) activities. /liliCollaborate with system, software, mechanical, manufacturing, quality, and test engineering teams. /liliInterface with suppliers during design reviews, component selection, issue resolution, and technical assessments. /liliContribute to Functional Safety work products in accordance with ISO 26262. /liliSupport continuous improvement of hardware design methodologies, validation processes, and engineering best practices. /liliParticipate in vehicle testing and customer activities with occasional business trips. /li /ulpbr / /ppstrongRequired Skills Qualifications /strong /pulliBachelor#39;s or Master#39;s Degree in Electronics / Electrical / Mechatronics Engineering, or related disciplines. /liliExperience in EE hardware development, preferably within the automotive industry. /liliGood understanding of analog and digital electronic circuit design. /liliExperience in developing or reviewing electronic schematics and layouts. /liliHands-on laboratory experience and familiarity with electronic debugging techniques. /liliExperience using common electronic test equipment and measurement instruments. /liliKnowledge of automotive communication protocols such as CAN, LIN, UDS, and XCP. /liliFamiliarity with EMC principles and automotive validation activities. /liliStrong analytical thinking and problem-solving skills. /liliGood communication and teamwork capabilities. /liliFluent English. /li /ulpstrongPreferred Skills Qualifications /strong /pulliExperience with automotive ECU development. /liliExperience with Design Verification (DV), Product Validation (PV), and EMC testing. /liliKnowledge of ISO 26262 Functional Safety processes. /liliExperience with PCB layout reviews and design-for-EMC practices. /liliKnowledge of automotive electrical and electronic architectures. /liliExperience with embedded systems and microcontroller-based designs. /liliKnowledge of electric motors, actuators, sensors, and power electronics. /liliFamiliarity with brake-by-wire, ABS, ESC, electro-hydraulic braking, or other safety-critical automotive systems. /liliKnowledge of Altium Designer, LTSpice and similar engineering tools. /li /ulpbr / /ppstrongExperience Level /strong /ppWe are hiring for strongmultiple positions within the Electronics Hardware team /strong. Candidates will be considered for either: /ppstrongElectronic Hardware Development Testing Engineer /strong /pulliTypically 1-7 years of relevant experience. /liliStrong focus on hardware design, laboratory activities, testing, debugging, and issue analysis. /li /ulpstrongElectronic Hardware Development Expert /strong /pulliTypically 7+ years of relevant experience. /liliProven expertise in automotive ECU design, validation, EMC-compliant design, component selection, and complex technical problem solving across the complete product development lifecycle. /li /ulpbr / /p