Top Design Engineer Jobs in Singapore

The Electrical Design Engineer designs, develops, tests electrical systems for semiconductor equipment, ensuring compliance with safety standards and collaborating across functions to deliver reliable solutions.

The role involves validating HBM designs, collaborating across departments, resolving quality issues, and utilizing data analysis for product performance insights.

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.

The role involves designing ESD protection schemes, reviewing designs, collaborating with IP designers, and working on advanced process technologies for analog circuits.

Design mechanical structures and assemblies for advanced laser systems, conduct feasibility studies, perform material analysis, and collaborate with engineers and suppliers.

Design and develop electrical systems for automated machinery, maintain schematics, troubleshoot issues, and ensure compliance with standards.

The role involves designing optical systems, using Code V or Zemax, performing raytracing simulations, and integrating opto-mechanical assemblies.

The Manufacturing Design Engineer will support production, develop process documentation, lead new product launches, and manage suppliers while ensuring product quality.

As a Mechanical Design Engineer at KLA, you will develop mechanical systems, create design solutions, capture project information, and engage in customer discussions. Your role includes using SolidWorks, PDM, and other CAD systems to produce precise engineering drawings and assist in project development.

The Electronics Design Engineer designs and tests analog and digital circuits for public infrastructure systems, conducts inspections, and handles documentation.

Develop digital circuits and SoC for low-power MCU and wireless products, including design, integration, and verification tasks.

As an Infrastructure Design Engineer, you will design, implement, and maintain data center infrastructure, ensuring reliability, performance, and security while collaborating with engineering teams.

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.

Lead the development of high-performance optical controller products, focusing on mixed-signal IC design and system-level trade-offs. Oversee architecture definition, design implementation, simulation, and support testing functions.

The Staff Digital IC Design Engineer develops Optical Control ICs for AI datacenters, focusing on digital design, implementation, and verification of complex SoC designs, collaborating with analog and mixed-signal teams.

As a Senior Digital IC Design Engineer, you will develop Optical Control ICs, focusing on micro-architecture, design, implementation, and verification while collaborating with cross-disciplinary teams.

As a Senior Digital IC Design Engineer, you will develop Optical Control ICs, defining architectures and performing RTL design and verification for AI data centers.

Design and develop advanced hardware platforms and collaborate with cross-functional teams to integrate and drive products from concept into production. Perform testing and analysis to ensure design reliability and performance.

As a Design Engineer, you'll support design efforts for large-scale Data Centers, ensuring compliance with standards, and collaborating on innovative solutions.

The Manufacturing Design Engineer manages technical and quality issues related to PCBA, supporting production, resolving failures, and ensuring product quality while collaborating with suppliers and design teams.

Lead RTL design and verification for ASIC/SoC products, ensuring efficient designs and integration of IP blocks. Support Post-Si testing and mentor junior engineers.

Design and develop high-performance analog integrated circuits, collaborate with teams, mentor junior engineers, and support testing and validation processes.

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

Design mechanical structures and assemblies for laser systems, conducting feasibility studies, analysis, prototyping, and collaborating with teams on innovative research.

Develop opto-mechanical subsystems and collaborate with multi-disciplinary teams to create advanced wafer inspection tools, focusing on design and validation.