Top Design Engineer Jobs in Singapore

Support repair and overhaul of Auxiliary Power Units (APUs) by providing engineering dispositions, shop investigations, and repair-development. Lead productivity and cost-reduction projects, coordinate with shop technicians and customers, support contracts, standardize work scopes, and conduct time studies to improve yields.

Design and optimize ultra-low-power embedded SRAM and register file IPs, develop/enhance SRAM compilers, implement memory peripheral circuits, perform timing/power/low-voltage characterization, correlate silicon measurements, drive yield improvements, build automation scripts, and support IP integration through production.

As a Senior Engineer in NAND Silicon Design Validation, you'll develop and validate NAND Flash products, perform simulations, and collaborate across teams to address design issues.

Define physical design rules for Non-Volatile Memory technologies, interact with process integration, evaluate design feasibility, and support design rule checking.

Lead end-to-end physical implementation of high-speed PCIe controller and PHY blocks from netlist to GDSII. Perform floorplanning, placement, CTS, routing, STA, timing closure across PVT corners, power integrity (IR/EM) analysis, DRC/LVS/ERC signoff with Calibre, and tapeout support. Collaborate with RTL, synthesis, DFT, and verification teams and contribute to PD methodology and automation scripting.

The Staff Engineer will lead validation work, collaborate across functions, resolve issues, promote innovation, and improve processes in semiconductor technology.

Design and deliver flip-chip BGA ASIC packages focusing on high-speed SerDes and high-frequency structures (ADC/DAC, DDR, HBM). Accountable for layout/routing, signal/power integrity, manufacturability, reliability, thermal, scheduling, and collaboration with global internal and vendor teams.

Define and implement NAND Flash reliability test flows, perform large-scale statistical analysis and electrical failure analysis, develop countermeasures and qualification controls, collaborate with cross-functional teams, integrate AI-assisted tools, support customer reliability inquiries, and drive strategic reliability initiatives to ensure robust NAND product performance and prevent field escapes.

Design and integrate mechatronic, optical, and software subsystems for high-speed semiconductor inspection machines. Translate customer requirements into measurable design specs, build and test mechatronic setups, validate pick-and-place handling, write PLC test sequences, convert tests into software requirements, and lead multi-disciplinary projects balancing technical and commercial constraints.

Design and verify high-speed analog/mixed-signal IPs (SerDes, HBM, UCIe, PLL) for advanced CMOS nodes. Develop schematics, perform pre/post-layout verification and simulations (Cadence Virtuoso/Spectre), optimize low-jitter/low-power circuits, support layout reviews, assist IP integration into SoCs, and aid silicon bring-up, debug, and characterization.

Support system and subsystem integration, testing, and characterization for semiconductor inspection systems. Define and maintain specifications, develop and execute test plans, support manufacturing and field teams, contribute to system architecture and design reviews, document results, and provide regular status updates. Participate in training and collaborate cross-functionally to improve optical-mechanical system performance.

Design and integrate precision mechanical and wafer-handling systems for R&D and HVM. Perform modeling, FEA, prototyping, testing, validation, manufacturability reviews, and provide manufacturing/NPI support. Collaborate cross-functionally to drive product delivery, resolve technical issues, and improve products and processes.

Design and integrate electrical and electro-mechanical systems for semiconductor equipment. Develop schematics, power distribution, control systems, and PCBA. Support system bring-up, validation, troubleshooting, compliance to safety standards, manufacturability, and high-volume production readiness while collaborating across cross-functional teams.

Integrate and customize a commercial RISC-V core soft IP, perform RTL (Verilog/SystemVerilog) front-end and control-path modifications, tailor microarchitecture for PPA, support ASIC front-end tasks (synthesis, STA, power, floorplanning), collaborate across performance/middle-end/back-end teams, and contribute to pre- and post-silicon verification and debugging.

Design and validate highly integrated electrical subsystems including FPGA architecture/logic and PCB schematic/layout. Create test plans, perform bench and system-level validation, produce design documentation, and apply systems engineering to optimize designs across hardware, firmware, and system interfaces.

Maintain system performance, integrate subsystems, troubleshoot, document procedures, and support manufacturing and service teams in testing and analysis.

Support manufacturing, integration, and sustaining of electronic subsystems and assemblies. Troubleshoot PCB and system-level issues, perform root cause analysis, implement corrective actions, improve yield and reliability, develop manufacturing documentation and test procedures, support validation/qualification, interface with suppliers, and execute engineering changes (ECO/ECN).

Support manufacturing, integration, and sustaining of high-voltage power supply subsystems. Troubleshoot HV issues, perform validation and qualification testing, drive root-cause resolution, manage supplier interfaces, support ECO/ECN and product sustaining, and ensure HV safety compliance while collaborating with cross-functional teams to improve yield and reliability.

Lead design strategy and execution for Airwallex’s developer platform, owning APIs, SDKs, docs, tools, and integrations. Build and grow a high-performing design team across London and Singapore, embed design into product strategy, raise UX/UI quality for complex, data-rich experiences, and drive research-led discovery and validation. Partner closely with product, engineering, and the design systems team to deliver scalable, production-ready developer experiences.

The Mechanical Design Engineer will lead mechanical design for automation solutions, conduct tests, collaborate with cross-functional teams, and ensure designs meet specifications.

Lead design-rule and PDK deliverables for advanced 3D NAND, manage DRC waivers and mask reviews, drive program execution, collaborate across process integration, yield, QA, and design teams, design test structures, track milestones, and resolve layout- and database-related process issues to enable high-volume manufacturing.

Design and implement digital block architectures and RTL, define block specifications with cross-functional teams, and integrate digital, mixed-signal, and RF IP into SoC infrastructure including bus, memory, clocking, power, and reset management.

The Lead Design Engineer simulates and analyzes signal and power integrity of optical transceivers, addresses potential issues, collaborates with engineers, and documents results.

Lead technical delivery for CBTC projects, manage system/subsystem design artifacts, verify compliance with requirements, monitor system performance and root-cause issues using cloud analytics, support testing in CBTC simulation facility, liaise with customers and stakeholders, and contribute to bids and regional projects.

Lead systems engineering for next-generation DUV laser development: define requirements, allocate budgets, prototype and validate designs, perform integration and testing, build and align lasers and test benches, analyze results and produce reports, support product introduction including training and procedures.