Top Engineering Jobs in Singapore

Leads Cashalo’s 11–12-person backend and mobile engineering team while advising the Philippines GM. Owns ambiguous, cross-market business problems, drives experiments and solutions, and applies proven engineering and product patterns to regional needs. The role requires strong engineering leadership, product judgment, startup experience, AI-enabled workflows, and the ability to engage technically with Staff+ engineers. It is fully remote across Australia, Singapore, or the Philippines, with quarterly travel to the Philippines.

Leads engineering activities involving the design, acquisition, deployment, integration, and enhancement of hardware, software, and network infrastructure. Serves as a technology subject matter expert, develops technology roadmaps, ensures compliance and quality standards, assesses risks, diagnoses root causes, and supports product and process improvements. The role also mentors junior staff, influences engineering decisions, manages projects, and coordinates with stakeholders across complex, matrixed environments.

Build and deploy AI-powered skills, workflows, and agents for internal teams. Clarify ambiguous problems, prototype solutions, make architecture and cost-latency-security tradeoffs, debug production issues, and measure business outcomes. Collaborate across functions while ensuring solutions are maintainable, secure, and reusable.

Debug and improve diverse codebases by fixing software defects, identifying vulnerabilities, conducting security assessments, refactoring legacy code, and optimizing secure backend systems. The specialist will document technical findings and contribute cybersecurity and software engineering expertise to AI training datasets. Work is fully remote and requires independent execution across project specifications.

Leads Marvell’s global Supplier Quality Engineering organization across semiconductor foundries, OSATs, optical module manufacturers, substrates, and other strategic suppliers. Defines quality strategy, governs audits, supplier performance, process changes, corrective actions, advanced packaging quality, and continuous improvement. Builds and develops a globally distributed team while serving as the executive quality interface for suppliers and cross-functional leadership. Requires deep semiconductor manufacturing, foundry, OSAT, advanced packaging, quality systems, and executive leadership experience.

The Staff Engineer will lead chemical system design for construction projects, provide technical support, and align operational initiatives across regional facilities. Responsibilities include driving operational excellence, improving utility quality, and implementing maintenance programs while collaborating with various teams to achieve sustainability goals.

Leads a remote engineering team building scalable Python and Golang microservices for Canonical’s software distribution marketplaces. Responsibilities include mentoring and developing engineers, managing delivery and expectations, shaping technical strategy and roadmaps, reviewing code, guiding architecture, maintaining engineering quality, and collaborating with product managers, architects, other teams, open-source contributors, and commercial partners.

Research and develop videos for Mechanical and Electrical guidelines, investigate global green certifications and energy ratings, create online M&E forms, upload properties to ENERGY STAR Portfolio Manager, generate energy ratings, and support document translation. The role also requires knowledge of building services and sustainability, proficiency with AI tools and Microsoft Office, and the ability to work independently.

Develop and execute reliability test flows and qualification plans for HBM products; drive DPM reduction, root-cause failure analysis (EFA/PFA), process conversions, risk management, cross-functional collaboration, mentorship, and AI-enabled reliability improvements.

Develops automated test equipment solutions for custom semiconductor products from early design through high-volume manufacturing. Responsibilities include creating test plans, validating yield and reliability, developing screening methods, characterizing silicon variation, performing root-cause analysis, optimizing test margins and efficiency, and collaborating with design, DFT, operations, reliability teams, and customers.

Owns ATE production test solutions for custom semiconductor products from early design through high-volume manufacturing. Responsibilities include test architecture, bring-up, test planning, characterization, yield and performance analysis, fault isolation, root-cause analysis, test margin development, and cross-functional collaboration with design, DFT, operations, reliability teams, and customers.

Leads regional supplier quality and manufacturing support across extended factories and suppliers. Drives supplier readiness from new product development through high-volume production, including APQP, PPAP, PFMEA, control plans, MSA, and capability studies. Conducts process audits, manages quality incidents and corrective actions, oversees product change notifications, and improves yield, defect rates, and process robustness. Partners cross-functionally with R&D, manufacturing, supply chain, operations, and field service teams across global manufacturing sites.

Own probe strategy and silicon learning from pre-silicon staging through first-silicon bring-up to HVM. Define probe coverage, limits, guard-bands, and test flows; drive yield, quality, and test-cost outcomes. Collaborate with Design, DFT, DV, Process Integration, Backend Test, and Reliability. Perform device characterization, failure analysis, and data-driven optimization using analytics and AI to enable manufacturable, scalable probe solutions.

Lead probe strategy and silicon learning from pre-silicon staging through first-silicon bring-up and HVM. Define probe coverage, limits, and guard-bands using silicon characterization. Collaborate with Design, DFT, DV, Process Integration, Backend Test, and Reliability to drive yield, quality, cost, and test-efficiency improvements. Enable NPI, perform device characterization, root-cause analysis, and apply data/AI for probe and test optimization.

Lead advanced data analytics and ML initiatives to improve yield, quality, and reliability for HBM products. Develop ML/DL models, build data infrastructure, integrate solutions into disposition workflows, mentor team members, and collaborate cross-functionally to optimize KPIs including quality, cost, cycle time, and scale.

The Probe Product Engineer defines probe coverage strategy, manages silicon learning, and collaborates with teams for probe solutions ensuring yield, quality, and cost efficiency throughout the product lifecycle.

Leads the global cost engineering strategy within Procurement, including should-costing, cost transparency, value engineering, cost forecasting, supplier cost analysis, and digital costing capabilities. Manages a global team, develops enterprise-wide tools and governance, supports sourcing and supplier negotiations, drives design-for-cost and operational efficiency, and partners with Finance and category teams. The role also establishes market monitoring, dashboards, capability-building programs, and AI- and data-enabled cost engineering transformation.

Redesigns business and IT operational processes to reduce manual effort, delays, risks, and handoffs. Implements AI, workflow, infrastructure automation, and system integrations using platforms such as ServiceNow, Power Automate, Ansible, and Terraform. Develops measurable outcomes, SOPs, documentation, dashboards, and knowledge resources while training operational teams to sustain and improve implemented solutions.

Supports migration of legacy 2D and 3D CAD files from IDEAS to CREO within Windchill. Validates data integrity and compatibility, recreates 3D models, documents progress, reports issues, and collaborates with R&D engineers to resolve discrepancies. This on-site Singapore internship requires mechanical drawing interpretation and current enrollment in a relevant engineering program.

Lead the development of reliability testing for HBM products at Micron, manage teams, improve processes, and drive innovation while collaborating with cross-functional teams.

Build and maintain responsive web applications, mobile WebView experiences, mini games, backend APIs, and database integrations. Collaborate with product, design, and mobile engineering teams to ship reliable features. Improve performance, stability, and user experience; write tested, maintainable code; participate in reviews; troubleshoot issues; and independently deliver at least one project to real users during the internship.

Perform setup, qualification, preventive maintenance, calibration, troubleshooting, rebuilding, and upgrades for R&D equipment in engineering laboratories. Maintain equipment records, inventory, and documentation; respond to customer requests; support audits; follow laboratory safety procedures; and collaborate with cross-functional engineering teams. The role also identifies automation opportunities and uses AI tools to improve productivity.

Lead and grow engineering teams that build and operate card issuing, transaction processing, and settlement platforms. Provide people leadership, technical and architectural direction, ensure reliability, scalability, observability, and compliance, drive platform improvements, and collaborate with product and operations to deliver high-impact systems.

Provide strategic and technical leadership for construction engineering governance and Asia regional support for large-scale semiconductor fab programs. Define standards, playbooks, and execution methodologies; lead constructability reviews, commissioning readiness, and multi-discipline teams; support design integration, cost/schedule input, risk mitigation, and global stakeholder alignment to ensure safe, consistent, and high-quality facility delivery.

Develop and debug intrinsic and extrinsic reliability test programs for HBM, DRAM, and interface dies (e.g., wafer-level burn-in, pWLRx, ELFR). Perform root-cause analysis, data-driven validation using statistical tools, hardware interface specification and validation, cross-functional collaboration, mentorship, process improvements, and project prioritization to meet quality, cost, and cycle-time KPIs.