2 of 2 Stress Testing Jobs in Cambridge

RF spectrum monitoring systems. This role is not about writing unit tests or building test frameworks - it's about thinking like a user, operating at the system level, and stress-testing complex hardware/software systems as they'll be deployed in the field. If you're from a support , lab technician , or field integration background and want … to break into engineering - this could be your ideal next step. What You'll Do Perform manual testing of CRFS systems, focusing on how they behave in the hands of real users Validate GUI-based control applications and embedded firmware across multiple CRFS product variants Conduct regression testing during firmware/software updates Reproduce, triage, and document bugs … Interest in cross-functional systems (hardware + firmware + software) A desire to learn and grow into deeper technical ownership Nice to Have Experience in hardware or embedded systems testing Basic Python scripting for test automation or data parsing Experience using bug tracking and test management tools Exposure to RF, networking, or spectrum analysis tools (training provided) Not What More ❯

telecom customers worldwide. Key Responsibilities: Develop and execute reliability qualification plans for new RF modules (incl. thermal cycling, vibration, mechanical shock, moisture sensitivity, etc.). Design and implement custom stress and test setups where needed. Manage external labs or partners for outsourced testing, reliability qualification and failure analysis. Collaborate with design, packaging, and test engineering teams to address … the following: Degree in Electronics, Materials Science, Mechanical Engineering, or equivalent Demonstrable experience in reliability engineering within RF, semiconductors, or advanced electronics. Familiar with JEDEC reliability standards and environmental stress testing. Solid understanding of RF (SiP) module architectures and the impact of packaging on performance and reliability. Demonstrated expertise in thermal and mechanical simulation of RF modules and electronic … assemblies, using advanced tools to predict stress, fatigue life, and heat distribution under accelerated testing conditions. Experience with failure analysis methods including cross-sectioning, X-ray inspection, SEM/EDX, and other techniques to identify material, mechanical, or process-related defects. Proficiency in data analysis tools (e.g., JMP, Minitab, Python). Opportunity to work at the cutting edge More ❯