Top Engineering Jobs in Singapore

Leads multiple hardware engineering teams and managers developing high-performance networking platforms. Owns technical strategy, architecture through mass production, quality, reliability, cost, budgets, schedules, and delivery. Partners with program management, manufacturing, supply chain, executives, suppliers, and outsourced development partners. Responsibilities include organizational design, hiring, talent development, performance management, succession planning, process improvement, and strategic technology direction.

Leads system-level thermal design, CFD simulation, testing, validation, and reliability analysis for high-density networking hardware. Owns thermal development from concept through production, including heatsinks, enclosures, chassis, line cards, thermal controls, and test automation. Partners with multidisciplinary engineering teams, suppliers, and manufacturers on design tradeoffs, manufacturability, cost optimization, root-cause analysis, and corrective actions. Mentors engineers and influences architecture decisions across complex development programs.

Provides senior technical support to critical enterprise customers, overseeing escalated cases, troubleshooting network designs, configurations, hardware, and software defects, and coordinating with engineering teams. Acts as a trusted technical advisor, identifies misconfigurations, recommends corrective plans, and communicates effectively with engineers and executives. The role requires deep enterprise networking expertise, strong customer relationship skills, adaptability, and approximately 10–40% travel.

Designs, develops, tests, troubleshoots, and debugs systems software enhancements and subsystems. The role involves C programming, software integration, testing-plan execution, issue resolution, documentation, and collaboration with internal and outsourced engineering teams. Candidates work independently with moderate supervision and contribute to reliable software solutions across operating systems, networking, utilities, databases, and related tools.

The Regulatory EMC Engineer drives global electromagnetic compatibility compliance for networking hardware. Responsibilities include identifying compliance risks, leading EMC debugging and mitigation, guiding validation and certification testing, optimizing test strategies, applying design-for-EMC practices, and coordinating with engineering teams, external laboratories, and certification agencies. The role supports new product introductions and ensures products meet country-specific regulatory requirements while maintaining development schedules.

Provides technical leadership for signal and power integrity across next-generation networking platforms. Defines SI/PI strategies, PCB stackups, routing methodologies, simulation and validation standards, and high-speed SerDes architectures. Leads complex root-cause investigations, correlates simulations with laboratory measurements, partners across ASIC, package, PCB, thermal, and mechanical teams, evaluates emerging technologies, mentors engineers, and serves as the final escalation point for critical technical decisions.

Responsible for end-to-end FPGA development, including design, simulation, validation, and integration with hardware, as well as collaboration on system testing.

Design, implement, test and validate embedded firmware for networking products. Gather requirements, design sub-modules, debug and fix issues, participate in technical discussions, and deliver high-quality software while collaborating with cross-functional and partner teams.

Design and develop high-performance hardware platforms: component selection, schematic and board-level design, bring-up, debugging, validation, and signal integrity/power distribution analysis. Collaborate cross-functionally, run feasibility and margin studies, execute empirical testing and root-cause analysis, and work with internal and outsourced partners to drive products to production.

The Principal Engineer in Hardware Sustaining will lead failure analysis, drive corrective actions, mentor junior engineers, and collaborate cross-functionally to enhance hardware quality.