We are looking for a reliable and hands-on Building Maintenance Technician to support the maintenance and upkeep of building facilities and systems. The ideal candidate will be responsible for troubleshooting, repairing, and maintaining electrical systems as well as carrying out minor civil repair works to ensure smooth daily operations.
Responsible for completing Preventive Maintenance (PM) activities and coordinating special projects as assigned.
Perform general building repair works including replacing damaged ceilings, wall painting, plumbing repairs, and other related maintenance tasks.
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Responsible for leading Process Engineering activities within Semiconductor Assembly and Test Operations. This role drives process excellence, product qualification, continuous improvement, and manufacturing performance through effective leadership, process validation, risk management, and cross-functional collaboration to support business, operational, and customer requirements.
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Act as customer advocate to ensure products meet or exceed customer expectations, proactively driving quality improvements and institutionalizing a closed-loop quality system.
Identify key risks, gaps, and improvement opportunities, and collaborate with operations to ensure consistent delivery of high-quality products.
Monitor and audit process, product, and system compliance, ensuring adherence to internal procedures, industry standards, and customer requirements in support of Zero Defect initiatives.
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Act as customer advocate to ensure products meet or exceed customer expectations, proactively driving quality improvements and institutionalizing a closed-loop quality system.
Identify key risks, gaps, and improvement opportunities, and collaborate with operations to ensure consistent delivery of high-quality products.
Monitor and audit process, product, and system compliance, ensuring adherence to internal procedures, industry standards, and customer requirements in support of Zero Defect initiatives.
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Design, develop, assemble, integrate, and test custom FPV drone systems, including frame selection, propulsion systems, motors, ESCs, flight controllers, batteries, radio systems, FPV video systems, GPS, telemetry, and supporting electronics.
Develop and optimise UAV platforms for various applications, including airframe integration, navigation systems, communication systems, payload integration, autonomous capabilities, system validation, and operational readiness.
Configure, programme, and optimise flight control systems using Betaflight, INAV, and ArduPilot, including firmware configuration, CLI setup, ESC configuration, receiver integration, GPS setup, telemetry, Blackbox logging, and autonomous flight functions.
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Serve as the principal technical expert for wafer backgrind, thinning, and metallization processes in preparation for die assembly and final test.
Provide deep technical guidance across wafer fabrication, back‑end assembly and packaging, final electrical testing, and reliability qualification.
Support yield learning, defect reduction, and root cause investigations using semiconductor failure analysis techniques, advanced data analytics, and pattern recognition approaches.
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Lead the setup, qualification, and optimization/CZ/DOE of wire bonding equipment and processes.
Develop and implement process improvements to enhance yield, reliability, and throughput. Troubleshoot, Disposition and resolve equipment and process issues in a fast-paced production environment.
Collaborate with design, quality, and manufacturing teams to support new product introductions.
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Lead the maintenance, optimization, and continuous improvement of molding equipment across various semiconductor package types.
Monitor equipment downtime (DT) and develop mitigation plans using MTBF/MTBA analysis; evaluate the effectiveness of scheduled downtime activities and ensure proper verification and buy-off.
Partner with Process Engineering during product development and qualification to ensure molding equipment readiness for high-volume manufacturing (HVM).
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Lead the maintenance, optimization, and continuous improvement of molding equipment across various semiconductor package types.
Monitor equipment downtime (DT) and develop mitigation plans using MTBF/MTBA analysis; evaluate the effectiveness of scheduled downtime activities and ensure proper verification and buy-off.
Partner with Process Engineering during product development and qualification to ensure molding equipment readiness for high-volume manufacturing (HVM).
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Lead the maintenance, optimization, and continuous improvement of molding equipment across various semiconductor package types.
Monitor equipment downtime (DT) and develop mitigation plans using MTBF/MTBA analysis; evaluate the effectiveness of scheduled downtime activities and ensure proper verification and buy-off.
Partner with Process Engineering during product development and qualification to ensure molding equipment readiness for high-volume manufacturing (HVM).
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Lead the maintenance, optimization, and continuous improvement of molding equipment across various semiconductor package types.
Monitor equipment downtime (DT) and develop mitigation plans using MTBF/MTBA analysis; evaluate the effectiveness of scheduled downtime activities and ensure proper verification and buy-off.
Partner with Process Engineering during product development and qualification to ensure molding equipment readiness for high-volume manufacturing (HVM).
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Lead and manage the process engineering team, providing engineering support to the manufacturing line to achieve best-in-class quality, yield, cost, and cycle time.
Provide technical leadership and timely solutions for day-to-day manufacturing issues.
Lead the process engineering team in optimizing wafer fabrication processes using Design of Experiments (DOE), statistical analysis, and data-driven methodologies to improve yield, cost, quality, and cycle time.
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Manufacturing Engineering Leadership: Lead and develop the ME team, set department KPIs, build engineering capability, and support plant objectives.
Process Improvement & Operational Excellence: Improve safety, quality, productivity, cost, OEE, capacity utilization, and manufacturing lead time through Lean, Six Sigma, and Industrial Engineering methods.
Automation & Factory Modernization: Identify, justify, and implement automation opportunities including robotics, smart assembly, machine vision, automated material handling, and digital quality solutions.
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