RFSOI Device Development Engineer

U3 INFOTECH PTE. LTD.; Singapore; On-site; SGD 90,000 - 140,000; Full time

Job summary

U3 INFOTECH PTE. LTD. in Singapore is seeking a senior device engineer to drive RF-SOI process and device development, optimizing for performance, reliability and manufacturability.

You will use TCAD simulations to design innovative devices, collaborate with layout teams to tape out PCells, and perform thorough device characterization with bench tests. You'll work with RF, modeling and PDK teams to validate models, guide design choices, analyze data and implement tuning strategies to meet

Qualifications

• Strong knowledge of semiconductor device physics and device characteristics.
• Hands-on TCAD process and device simulation, including calibration.
• Experience in DC or RF bench testing and characterization.
• Knowledge of RF-SOI CMOS technology development.
• Understanding RF device performance, reliability and optimization.
• Familiarity with device layout, tape-out, PCells, modeling or PDK validation is helpful.
• Strong analytical, problem-solving and data interpretation abilities.
• Good communication and cross-functional collaboration skills.

Responsibilities

• Drive RF-SOI process and device development to meet performance and reliability goals.
• Use TCAD simulations to optimize devices and ensure reliability.
• Collaborate with layout engineers to tape out device structures and PCells.
• Characterize devices and conduct data analysis with bench-testing equipment.
• Work with RF engineers to optimize RF performance and BKMs.
• Coordinate with modeling/PDK teams for validation of models and PCells.
• Guide internal/external design teams on device types and geometries for design wins.
• Analyze performance data and implement device-tuning strategies.
• Support continuous improvement through data-driven engineering analysis.

Skills

Device physics

TCAD simulations

Device calibration

RF bench testing

Semiconductor reliability

RF-SOI CMOS

Device layout

PCells

PDK validation

Data interpretation

Analytical skills

Communication skills

Job description

Drive leading-edge process and device development and optimization for RF-SOI technologies to meet scaling, performance, reliability, and manufacturability requirements.

Design innovative semiconductor devices using extensive Technology Computer-Aided Design (TCAD) simulations to optimize device performance and ensure reliability.

Collaborate with layout engineers to design and tape out various device structures and identify optimal layout styles for parameterized cells (PCells).

Conduct comprehensive device characterization, data analysis, and reliability assessments using laboratory bench-testing equipment.

Work closely with RF engineers to optimize RF performance and establish best-known methods (BKMs) for device implementation.

Collaborate with modeling and PDK teams on design enablement, device model validation, and PCell validation.

Provide technical guidance to internal and external design teams on selecting suitable devices, including device types and geometries, to support successful design wins.

Analyze device performance data, identify improvement opportunities, and implement device-tuning strategies to meet technology and customer requirements.

Support continuous improvement in device performance, reliability, and design enablement through data-driven engineering analysis.

Required Skills and Technical Expertise

• Strong knowledge of semiconductor device physics and an in-depth understanding of device characteristics and device-tuning techniques.


• Hands-on experience in one or more of the following areas:


• TCAD process and device simulation, including calibration.


• Semiconductor DC or RF bench testing and characterization.


• Advanced RF-SOI CMOS technology development.


• Understanding of RF device performance, semiconductor reliability, and device optimization.


• Familiarity with device layout, tape-out, PCells, device modeling, or PDK validation is advantageous.


• Strong analytical, problem-solving, and data interpretation skills.


• Good communication and interpersonal skills to collaborate effectively with cross-functional engineering teams and external design partners.