Top Design Engineer Jobs in Singapore

The Manufacturing Design Engineer will troubleshoot systems, analyze data, handle experiments, and design optical-based semiconductor inspection equipment while managing projects and collaborating with teams.

Perform hull, machinery and outfitting design reviews for newbuild vessels; revise GA, structural and system drawings; conduct feasibility studies for equipment and arrangements; ensure compliance with IMO regulations; verify basic, detailed and production designs; liaise with designers, classification society and procure hull, outfitting, machinery and ancillaries.

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

The role involves interfacing with design engineering for new product releases, enhancing designs, troubleshooting, and conducting failure analyses while supporting manufacturing processes.

Owns product development end to end by researching user problems, defining solutions, designing interfaces and prototypes in Figma, building production-ready React experiences, and iterating based on user behavior. The role combines product management, UX and visual design, and frontend engineering while improving workflows, component quality, responsiveness, accessibility of interactions, and design consistency.

Design and review mechanical systems for high-density GPU data centers across APAC. Evaluate air- and liquid-cooled architectures, assess cooling capacity, airflow, and power density, coordinate with electrical, construction, commissioning and operations teams, and ensure maintainability and alignment with Nebius standards.

Develop and execute test plans for digital design verification, manage regressions and coverage, and collaborate with design teams to ensure design correctness.

Develop and execute comprehensive, coverage-driven verification environments using SystemVerilog/UVM. Implement testbenches, run RTL simulations/emulation (Palladium/HAPS/Zebu), debug RTL, maintain regression suites, improve coverage metrics, and document verification results.

Lead cross-functional package design for mixed-signal products, defining electrical, thermal, and mechanical requirements; perform physical design and simulation; develop DFM and manufacturing validation; drive automation and continuous improvement; create test vehicles; collaborate with customers, designers, and OSATs to resolve die-to-PCB integration issues.

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.

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.

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 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.

Design, simulate, layout, test, and debug analog/mixed-signal and RF circuit blocks (LDO, ADC, DAC, PLL, OSC, TX/RX). Provide lab characterization, manufacturing support, layout guidance, and contribute to product definition, test program development, and technical knowledge sharing.

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.

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.

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 develop electrical circuits, assemblies, and subsystems for semiconductor manufacturing equipment. Create schematics and wiring diagrams, support prototypes and qualification, troubleshoot system issues, perform root-cause analysis, collaborate with cross-functional teams, and support cost reduction and quality improvement while ensuring electrical safety and regulatory compliance.

Develop and deploy advanced design verification methodologies for increasingly complex hardware designs. Apply UVM, C/C++ co-simulation, system emulation, mixed-mode simulation, and formal verification to achieve zero-defect results. Collaborate with verification teams, communicate effectively, and uphold high quality standards. Candidates may be considered for Senior or Staff responsibilities based on experience. Video processing, video analytics, and strong general programming skills are advantageous.

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.

Perform back-end digital implementation for mixed-signal SoCs: block/chip floorplanning, place-and-route, clock-tree synthesis, power and timing optimization, parasitic generation, STA, LVS/DRC, signal integrity and rail analysis, data prep for analog/RF IP, PnR flow maintenance and feature development.

The Senior Design Engineer will contribute to digital design, block architecture, SoC integration, verification, and documentation in low-power MCU and wireless products.

Design and develop RF circuits, modules and subsystems. Own end-to-end RF design from schematics and simulation through PCB layout support, prototyping and validation. Run bench testing with spectrum and network analyzers, troubleshoot and optimize RF performance, collaborate with firmware/mechanical/product teams, and support pre-compliance and certification testing.

The Mechanical Design Engineer will design fixtures and mechanical systems, collaborate with teams for improvements, and manage 3D models in SolidWorks.