PuEducation /u: Electrical or Electronic Engineering, Automation Engineering, Mechatronic Engineering or related disciplines.br/uLanguages /u: Good knowledge of technical English for reading documentation and interacting with international teams.br/uExperience /u: Previous experience in testing electronic boards or electronic products, preferably in the photovoltaic sector or power electronics-related fields. /ppbr/strongJOB SUMMARY AND SCOPE /strongbr/The Testing Engineer works in the Quality dept. and mainly operates in a production or laboratory environment, developing or improving board testing and final inverter tests. The role also includes supervision of test equipment installed at subcontractors' companies. /ppThis role requires strong attention to product quality, safety, and competitiveness, especially in the photovoltaic sector where inverters must be highly reliable and safe for long-term use. /ppstrongACTIVITIES /strongbr/ /polliDesign and develop test routines and test benches for the electronic boards of photovoltaic inverters, including power boards, control boards, and power supplies. /liliDevelop and optimize end-of-line tests for finished inverter modules, ensuring that every device leaving the production line meets quality and performance standards. /liliDefine technical specifications for test systems, focusing on electrical, electronic, and, partially, mechanical design. /liliDraft technical specifications related to testing and validation processes. /liliAnalyze and resolve issues related to test benches. /liliCollaborate with hardware design teams to develop the necessary tests to validate the functionality of electronic boards and inverters. /liliSupport in the industrialization phase of products to optimize testing processes. /liliUse testing tools such as oscilloscopes, spectrum analyzers, multimeters, DC sources, and automated test benches to verify the correct functioning of boards and circuits. /li /olpbr/strongTECHNICAL SKILLS /strongbr/uMUST HAVE /ubr/ /polliElectrical and/or electronic background is mandatory. /liliStrong knowledge of Python programming language. /liliKnowledge of PLC programming. /liliExperience in the selection and sizing of electrical/electronic components (switches, contactors, relays, protections, transformers, wires, etc.). /liliExperience with electronic testing instruments (e.g., oscilloscopes, multimeters, power supplies, spectrum analyzers, automated test benches). /li /oluNICE TO HAVE /ubr/olliBasic knowledge of photovoltaic inverter topologies. /liliGeneral knowledge in designing test systems for industrial environments (energy, automotive, aerospace, etc.), including debugging and fault analysis techniques. /liliKnowledge of programming languages for test automation (C#, C++). /liliKnowledge of industrial communication protocols (CAN, Modbus, RS485, Ethernet/IP). /li /olpbr/strongBEHAVIORAL SKILLS /strongbr/uMUST HAVE /ubr/ /polliAnalysis and problem-solving: Strong attitude for diagnosing and solving complex problems during the design and testing phases. /liliCollaboration: Ability to work in multidisciplinary teams and communicate effectively with engineers from different areas and with external suppliers. /liliOrganization and time management: Ability to manage multiple tasks simultaneously, meeting deadlines and priorities. /li /oluNICE TO HAVE /ubr/olliStrong Motivation: willingness to test oneself with new challenges. /liliCreativity and innovation: Ability to propose new and innovative solutions to test boards and inverters, improving efficiency and spec coverage. /li /olpbr/All candidates interested should submit their applications to the email: /p #J-18808-Ljbffr