Top Engineering Jobs in Singapore

Design and build ultra-low-latency FPGA hardware systems for quantitative trading platforms. Develop custom logic for fast market-data processing and order execution using SystemVerilog, C++, and Python. Optimize designs for performance, resource usage, power efficiency, and reliability while collaborating with experienced engineers. The 3–6 month 2027 program is intended for penultimate or final-year Bachelor's, Master's, or PhD students and may lead to a graduate position.

Leads corrective and preventive maintenance, equipment troubleshooting, reliability improvement, spare-parts management, failure investigations, CAPA, audits, change controls, and engineering projects in a regulated manufacturing environment. Acts as a technical SME for assigned systems such as HVAC, purified water, utilities, or packaging equipment, coordinating vendors, maintenance activities, risk assessments, and continuous improvement initiatives while ensuring GMP, safety, and regulatory compliance.

Build and ship production features for an iOS or Android social media application. Interns will own a defined project, participate in code reviews and architecture discussions, collaborate with product, design, and backend teams, and investigate UI responsiveness, memory, media playback, and platform issues. The role involves end-to-end mobile development, including content feeds, media capture, video editing, real-time interaction, and performance-focused user experiences.

Design, develop, and maintain backend services and APIs supporting content delivery, user interactions, and social features. Collaborate with product managers and AI engineers on technical designs, contribute to system architecture, rapidly build MVPs, and troubleshoot reliability and performance issues. The intern will learn from senior engineers while working on distributed, real-time systems serving large-scale social platform users.

Lead complex Cisco enterprise networking consulting engagements from discovery through design, implementation, migration, validation, handover, and support. Provide hands-on expertise in enterprise wireless, SDA, SD-WAN, ISE, WLC, firewalls, and related data center technologies. Advise senior customer stakeholders, shape service solutions and proposals, manage delivery risks, and drive adoption. Develop reusable technical assets, apply automation and AI-enabled methods, mentor consulting engineers, and lead cross-functional teams through complex network transformations.

Sustain, optimize, and develop photolithography processes in high-volume semiconductor manufacturing. Analyze SPC charts, critical dimensions, overlay performance, and defects; tune exposure and resist processes; manage lithography tools; conduct DOE and split-lot analyses; support tool qualification, technology transfers, product introductions, and ramp-up. Lead cross-functional yield-excursion resolution, process improvements, corrective actions, and quality compliance activities while supporting environmental, health, safety, and security programs.

Maintain and troubleshoot lithography equipment in a semiconductor manufacturing environment. Perform preventive maintenance, support equipment installation and upgrades, monitor SPC charts, collect measurement data, reduce downtime and wafer scrap, complete documentation, and support 12-hour rotating shifts. The role also requires coordination with specialists, adherence to safety and environmental requirements, and maintaining equipment readiness for production.

Leads product engineering strategy, architecture, delivery, and operational excellence across SaaS, PaaS, and DaaS healthtech platforms. Builds and scales distributed engineering teams, establishes software development and DevOps practices, oversees quality, security, reliability, scalability, and platform performance, and partners with Product, Data, Commercial, Operations, and executives to execute technology roadmaps.

Lead College-level IT strategy, operations, service delivery, governance, and transformation across multiple engineering schools. The role owns IT roadmaps, demand prioritization, program delivery, platform standardization, service performance, resource optimization, and operational improvement. It also leads federated School IT teams and serves as the senior interface between the College, university leadership, and central IT services. Success requires strong enterprise IT expertise, stakeholder influence, business partnering, and leadership across complex multi-entity environments.

Lead and scale distributed engineering teams, drive technical best practices, manage project timelines and risks, oversee hiring and career development, and ensure scalable, secure, maintainable architectures while collaborating with product and stakeholders.

Lead and grow the Java engineering team for Trading Services at a crypto exchange. Drive architecture, reliability, performance, and delivery of trading systems, collaborate with product and stakeholders, hire and mentor engineers, and ensure secure, scalable platform operations.

Support production by maintaining equipment readiness, performing preventive maintenance, assisting in installation, troubleshooting issues, and improving output quality. Promote safety and maintain cleanliness in the production area.

Support production ramps through process qualification, productivity improvements, tool release, process matching, yield improvement, root-cause analysis, and continuous improvement (CIP) while collaborating cross-functionally and maintaining EHS standards.

Maintain and support semiconductor equipment readiness through preventive maintenance and troubleshooting while ensuring compliance with safety practices.

Develop, optimize, and maintain manufacturing processes, establish SOPs and FMEA, and drive continuous improvement while collaborating with cross-functional teams.

Responsible for developing and modifying process formulations, creating technical charts, establishing SOPs, and driving continuous improvement plans in semiconductor manufacturing.

This role involves developing and modifying process formulations, establishing SOPs, integrating equipment capabilities, and driving continuous improvement in a semiconductor manufacturing environment.

Develop and modify semiconductor process formulations, methods and controls (with emphasis on photolithography). Establish SOPs and FMEAs, integrate equipment/materials to meet specs, drive continuous improvement, collaborate cross-functionally, and ensure EHSS compliance.

The Business Development Manager will originate new business opportunities, manage innovation processes, build client relationships, and optimize business models in the low carbon energy sector.

Manage planning and execution of planned maintenance projects for offshore vessels: develop technical specs, budgets and schedules; supervise shipyard operations and suppliers; track technical and financial progress; ensure HSE compliance; and drive process improvements within the Technical Department.

Design, implement and maintain simulation and testing environments for drone communication protocols. Build intelligent fuzzing and security evaluation frameworks, traffic-analysis and anomaly-detection methods, and automated validation tools. Conduct adversarial experiments, analyze results, develop LLM-based fuzzing agents, and prepare technical documentation, reports and publications to meet project milestones.

Manage and develop a globally distributed team of Supplier Industrialization Engineers, overseeing strategies and processes for supplier onboarding, development, and quality across manufacturing systems.

Lead and grow a DevOps team while hands-on contributing to a cloud platform. Drive platform roadmap, automation, CI/CD, observability, security/compliance, and developer self-service for high-availability fintech services.

As an Engineering Manager, lead a team of engineers, coaching their development while ensuring quality results and implementing engineering processes.

Lead a distributed team of engineers overseeing Linux kernel delivery for Ubuntu, ensuring quality, security, and effective collaborative practices.