Top Engineering Jobs in Singapore

Leads supportability engineering across the product lifecycle, partnering with product management, engineering, support delivery, and customer success teams. Establishes supportability standards, governance, and technical ownership while improving support readiness, automation, diagnostics, self-service, operational intelligence, tooling, knowledge, and workflow efficiency. Identifies serviceability gaps and drives solutions that enhance customer experience and accelerate issue resolution.

Design and validate high-speed digital hardware for networking platforms. Responsibilities include component selection, schematic design, board bring-up, debugging, lab measurements, testing, feasibility studies, design margin analysis, root-cause analysis, and collaboration with global engineering teams. The role provides mentorship and hands-on experience for recent graduates developing real-world networking products.

Leads power architecture and board-level power design for advanced networking platforms. Designs AC-DC and DC-DC conversion, regulators, hot-swap and protection circuits, sequencing, monitoring, and power distribution systems. Owns simulation, schematic development, bring-up, validation, compliance testing, characterization, and root-cause investigations. Establishes design standards, drives system-level trade-offs, collaborates across engineering and manufacturing teams, and mentors senior engineers.

Leads complex hardware designs for next-generation networking platforms across component selection, schematic capture, board architecture, bring-up, debugging, validation, and production readiness. Drives high-speed digital design decisions involving signal integrity, power distribution, performance, reliability, and system-level trade-offs. Collaborates with layout, validation, manufacturing, and firmware teams, performs root-cause analysis and empirical testing, establishes design best practices, and mentors junior engineers.

Lead end-to-end hardware architecture for high-performance networking platforms across multiple product generations. Define system and board-level architectures, make trade-offs across silicon, memory, interfaces, power, timing, thermal, firmware, and manufacturing, and guide feasibility, modeling, validation, reviews, and production. Establish reusable design standards, influence global engineering teams, resolve complex technical issues, and mentor senior engineers and future architects.

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.

Design, develop, and validate high-speed networking hardware from component selection and schematics through board bring-up, debugging, and production readiness. Perform feasibility studies, signal integrity and power distribution analysis, empirical testing, and root-cause investigations. Collaborate with cross-functional global teams to integrate hardware deliverables and ensure manufacturable, high-performance designs.

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.