About the role

AI summarised

As a Manufacturing Engineer in System Test Engineering, you will drive product performance and reliability through technical troubleshooting, test optimization, and cross-functional collaboration. You will analyze complex system and subsystem issues, develop test procedures, support new product introductions, and ensure quality compliance across the product lifecycle. This role requires strong analytical skills, hands-on electronics expertise, and experience in manufacturing or test engineering environments.

Life SciencesOnsite

Key Responsibilities

Analyze, troubleshoot, and resolve complex issues at the system, instrument, and sub-assembly levels
Perform structured failure analysis to identify root causes and implement short-term containment and long-term corrective actions for Yield Improvement and Product Quality
Conduct component-level troubleshooting on defective PCAs, with emphasis on electronic and RF circuitry
Design, refine, and standardize system and module-level test procedures to ensure test integrity while optimizing cycle time
Develop advanced troubleshooting methodologies to improve diagnostic accuracy, repeatability, and efficiency
Track reliability and quality trends; drive improvements to meet or exceed Agilent’s operational and customer expectations
Partner with cross-functional teams to improve OOBD (Out-of-Box Defect) and reliability metrics
Collaborate with Production, NPI and R&D Teams to continuously enhance product performance and manufacturing robustness
Participate in transitioning designs from prototype to volume manufacturing, ensuring test readiness, manufacturability, and smooth production ramp

Requirements

Bachelor’s or Master’s degree in Electrical or Electronics Engineering from an accredited institution
Minimum 5 years of relevant experience in system test, electronic test, or related engineering roles
Strong hands-on experience with electronic circuits, system troubleshooting, and defect analysis
Proficient with RF and mixed-signal test equipment including spectrum/network analyzers, oscilloscopes, signal generators, and LCR meters
Solid understanding of: RF circuits and impedance concepts, High-voltage modules, Digital Signal Processing (DSP), Discrete electronics and op-amp design, Control systems (PID), Mixed-signal interfaces (ADCs, DACs)
Strong Excel skills for data analysis (pivot tables, trend charts, statistical analysis)
Experience in programming or scripting (Python, C/C++, MATLAB, LabVIEW, etc.) is an added advantage
Highly motivated, fast learner, and passionate about delivering high-quality products
Strong team player with excellent collaboration skills across R&D, Manufacturing, and Production
Able to work independently, manage multiple tasks and projects while maintaining attention to detail and timelines
Systematic problem solver with strong analytical thinking and a results-driven mindset
Excellent written and verbal communication skills
Demonstrated ability to operate in a fast-paced, dynamic manufacturing environment