Top Design Engineer Jobs in Singapore

Design and support analog/mixed-signal/RF circuits, including layout, testing, and collaboration with partners. Develop new designs for patents and support production needs.

As a Hardware Design Engineer, you will design and validate hardware products, collaborating with a multi-site team and conducting empirical testing.

The Principal Design Engineer will analyze signal integrity and power integrity of optical transceivers, develop solutions to technical issues, and collaborate with teams to meet performance requirements.

The role involves designing high speed SOC validation boards, collaborating with various engineering teams on board schematic and layout, and ensuring design meets validation requirements.

Lead design solutions for subsea projects, managing designs, reviews, documentation, and collaborating with various teams to meet project goals.

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.

The Design Engineer will develop automation flows for Place and Route/STA, collaborate with teams to ensure timing closure, and utilize various tools for analysis and reporting.

The role involves automating the Place and Route and Static Timing Analysis for digital IP subsystems, facilitating timing closure and DRC/LVS processes.

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

The Mechanical Design Engineer 2 will design mechanical modules for DNA sequencing equipment, conduct verification testing, and collaborate with cross-functional teams.

The System Design Engineer is responsible for optical alignment, system integration, test and characterization, defining specifications, documenting procedures, and training engineers.

The role involves designing and testing opto-mechanical subsystems, leading teams, and developing manufacturing procedures. Requires project management skills and technical expertise.

Responsible for subsystem design, integration, troubleshooting, and training for wafer inspection equipment. Requires technical understanding and effective customer management.

Responsible for supporting production of high-performance computing systems, developing processes, managing suppliers, and leading teams for new product launches. Requires troubleshooting expertise in computer systems and hardware.

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

The Manufacturing Design Engineer will solve complex issues in electron microscopy systems, perform data analysis, and implement design improvements. Responsibilities include project planning and developing technical solutions for manufacturability issues.

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

Design and develop advanced image acquisition systems for semiconductor inspection tools, ensuring camera qualification from prototype to production and optimizing image sensor performance.

The Principal Memory Circuit Design Engineer will develop memory architectures, design memory/circuit blocks, run simulations, and integrate characterization flows.

As a Physical Design Engineer Intern, you will participate in SOC design implementation and verification, including layout, timing analysis, and physical verification tasks.

Participate in design of mix-signal IC products focusing on RTL design, implementation, and verification. Collaborate in developing test benches and block specifications.

The Manufacturing Design Engineer will focus on mechanical design, assembly, calibration, and integration of mechanical subsystems, with an emphasis on optical mechanics, requiring strong project management skills and collaboration in team settings.

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

The ASIC Physical Design Engineer role requires implementing physical designs of large ASICs and proficiency with various EDA tools and scripting languages.

The ASIC Physical Design Engineer will implement physical designs of large ASICs, utilizing EDA tools and scripting in UNIX/Linux environments, with a focus on performance and configuration of GPUs, CPUs, and DSP architectures.