Top Engineering Jobs in Singapore

This role involves supporting production by maintaining equipment, performing preventive maintenance, troubleshooting issues, and assisting in equipment installation within a semiconductor manufacturing environment.

As a Lithography Process Engineer, you will enhance photolithography processes, monitor performance metrics, troubleshoot defects, and collaborate with teams to improve yield and compliance in semiconductor manufacturing.

The role involves sustaining and improving process quality, analyzing data, managing process changes, and mentoring junior engineers in semiconductor manufacturing processes.

Lead a team of application engineers to address PVD, Etch, and CVD process challenges at customer sites, involving data analysis and problem-solving.

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.

The Cybersecurity Researcher will analyze cyber threats, develop detection logic, and contribute to threat detection technologies. Responsibilities include analyzing threats, collaborating on detection capabilities, and conducting research on cyberattack techniques.

Lead end-to-end physical implementation of major IP blocks or full-chip designs: floorplanning, place-and-route, clock tree synthesis, timing closure, physical verification, and automation of flows. Collaborate with RTL, DFT, verification, package, and library teams to meet PPA targets, mentor junior engineers, and drive manufacturability and sign-off across PVT corners.

Design and build Java Spring Boot microservices, establish governance and guiding principles, collaborate with business and cross-functional teams to deliver scalable, high-performance services. Ensure best practices, implement high-availability solutions, work with data stores and messaging (Kafka), containerization and cloud platforms, and participate in planning and estimation.

Lead APAC virtualization and SRE platform strategy, engineering governance, modernization, and 24x7 operations. Drive standardization, automation (Ansible, Terraform, PowerShell, IaC), observability (Dynatrace/Splunk), cloud integration (Azure/AWS), security, audit readiness, and migration of branch workloads to regional platforms while presenting roadmaps and risks to executive governance.

Support 12-hour rotating shifts to run 200mm/300mm silicon wafer production; assist in process qualification and tuning, troubleshoot process issues to minimize lot holds, monitor and improve processes using SPC, coordinate with specialists, implement process improvements and QIT initiatives, follow SOPs and QA audits, and maintain safety and housekeeping.

Sustain and improve semiconductor wafer processes using SPC and DOE. Analyze yield, perform data analysis with JMP/Klarity ACE, create and maintain SPC charts, qualify new processes/equipment, lead improvement projects, coach junior engineers, follow quality procedures and close corrective actions to meet productivity and quality targets.

Maintain and support fab equipment readiness through preventive maintenance, troubleshooting, upgrades, and analysis. Drive equipment improvement projects, ensure safety and EHS compliance, and collaborate on cross-functional assignments. Work normal/swing shifts.

As an Engineering Specialist, you'll deliver hands-on engineering services across various client sites, executing maintenance programs and ensuring compliance with safety regulations while collaborating with account teams to optimize operational performance.

Support process engineering projects including repair-cost-reduction database setup, testing bench capacity analysis, testing data collection, and creating automated Power BI reports. Contribute to other process engineering initiatives while learning programming, advanced Excel, and data reporting skills.

Lead factory-to-field installation automation and manufacturing readiness using SmartStart/iOMS and Mayan programs. Drive BOM accuracy, standardized digital installation workflows, installation quality, NC reduction, cost savings, analytics-driven KPIs, training, and cross-functional program delivery to reduce cycle time and improve time to first wafer.

Lead the development of high-performance mixed-signal ICs, from architectural design to circuit implementation, ensuring product quality and specifications.

Lead the development of high-performance mixed-signal ICs, own architecture definition, design, simulation, and support testing and qualification.

The Engineering Change Engineer creates and maintains manufacturing documentation, supports Engineering Change Orders and New Product Introduction, ensures process efficiency, and trains team members while adhering to ISO standards.

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.

Conduct research to develop and optimize sustainable construction materials, incorporating recycled materials and industrial by-products. Perform materials characterization and testing, analyze results, ensure compliance with environmental standards, and collaborate with interdisciplinary teams to advance green building technologies and circular construction practices.