Overview:
The Senior TCAD Engineer will be a key member of our technology development team, responsible for advanced modeling and simulation of semiconductor devices and fabrication processes. This role involves defining and executing TCAD projects for novel device architectures, optimizing performance, and analyzing results to guide process integration and design teams.
Key Responsibilities:
• Develop and validate TCAD models for advanced technology nodes.
• Run simulations to assess device performance (IV, CV, breakdown, reliability).
• Interpret results to guide design and process improvements.
• Collaborate with engineering teams to align on technology roadmap.
• Act as TCAD expert and provide technical support.
• Automate simulation tasks using scripting (Python, Perl, TCL).
• Compare simulations with silicon data and resolve discrepancies.
• Prepare technical reports and present to cross-functional teams.
• Stay updated on TCAD trends and enhance modeling capabilities.
• Mentor junior engineers and contribute to IP development.
Qualifications:
• 5+ years of hands-on experience in TCAD process and device simulation within
the semiconductor industry.
• Deep understanding of semiconductor device physics and fabrication processes.
• Expertise with commercial TCAD simulation tools such as Synopsys Sentaurus or
Silvaco Atlas.
• Proficiency in scripting languages (e.g., Python, Perl, TCL) for tool automation.
• Experience with analog focused process technologies, particularly high voltage
transistors such as drain extended CMOS or LDMOS devices.
Overview:
The Senior High Voltage LNDMOS Device Engineer at Diodes, Inc. leads the design and development of advanced power semiconductor devices. This role focuses on enhancing LNDMOS technology to deliver reliable and efficient solutions for automotive, industrial, consumer, and renewable energy applications. By combining device physics with practical manufacturing, the engineer ensures high-performance products that meet industry standards.
Key Responsibilities:
• Device Design: Develop high-voltage LNDMOS devices using CAD/TCAD tools,
optimizing performance and reliability.
• Process Integration: Work with process teams to define fabrication flows and
ensure manufacturability and yield.
• Characterization: Conduct electrical and reliability testing; analyze data to
improve device performance.
• Technology Innovation: Explore new structures and materials to enhance
LNDMOS capabilities.
• Failure Analysis: Investigate device issues using diagnostic tools; provide
solutions and improvements.
• Cross-functional Collaboration: Coordinate with design, process, test,
packaging, and product teams.
• Documentation: Prepare technical reports and present findings to stakeholders.
• Product Qualification: Support reliability testing and ensure compliance with
standards.
• Yield & Cost Optimization: Analyze production data to improve yield and reduce
costs.
• Technical Support: Assist application teams and customers with device
integration and troubleshooting.
Qualifications:
• At least 10 years in power semiconductor device engineering, focusing on
high-voltage LNDMOS or LDMOS design and fabrication. Experience with IGBT
or SiC/GaN MOSFETs is a plus.
• Skilled in device/process simulation tools (e.g., Sentaurus, Atlas).
• Solid understanding of semiconductor physics, breakdown mechanisms, and
reliability.
• Practical experience in wafer fabrication, cleanroom operations, and device
testing.
• Familiar with advanced failure analysis tools and techniques.
• Knowledge of reliability standards and ruggedness requirements.
• Proficient in statistical analysis and data-driven problem solving.
【職位描述】
RVI公司新創的光通訊引擎(Optical Engine)封裝製程開發。負責設計、開發、製程整合、測試先進封裝光模組,涵蓋矽中介層、玻璃中介層、光學器件製程整合、與高階基板。負責從概念到生產的封裝製程設計,製程整合、光源系統封裝、與光引擎品質和性能研究。
【主要職責】
1.負責矽光子產品的光引擎光學結構設計、熱管理、光電轉換、封裝製程整合。
2.協作電路模擬、光學模擬、設計,以及晶片與光學元件的選擇與驗證。
3.與上游廠商討論光引擎電子元件規格、光學元件規格,並提供封裝技術建議。
4.協助完成矽光子光引擎樣品的製作,確保產品符合設計要求並達到高品質標準。
Position Description:
Join RVI's innovative Optical Engine development team, focusing on advanced packaging processes for next-generation optical communication engines. This role involves the design, development, process integration, and testing of advanced optical modules, including silicon interposers, glass interposers, optical component integration, and high-end substrates. The engineer will lead packaging process design from concept to production, ensuring system-level performance, thermal and optical optimization, and overall product quality.
Key Responsibilities:
1.Lead the design and integration of optical engine packaging for silicon photonics products, including optical structure design, thermal management, optoelectronic conversion, and process integration.
2.Collaborate on electrical and optical simulation, design validation, and component selection for chips and optical elements.
3.Communicate with upstream vendors to define specifications for electronic and optical components, and provide packaging technology recommendations.
4.Assist in the prototyping and fabrication of silicon photonic optical engines, ensuring compliance with design specifications and achieving high product quality standards.
1. To improve device yield &CIP in order to meet customer request and customer service.
2. Identify and solve process and device problems.
3. Support for customer visit and audit.
The Installation Engineer job is high profile and exciting opportunity for adventurous souls! Works under minimal direction from Management. Completes documented procedures and exercises judgment within defined procedures. Recommends changes to existing process and procedures. Primary responsibility is to strive for predictable Cycle Times and Warranty Starts for new tools installed and upgraded at our customer sites. Includes activities associated with setup, alignment, calibration, troubleshooting, diagnosing, and repairing of highly sophisticated capital equipment. Represents the company to the customer and assumes accountability for customer satisfaction with all installation/upgrade-associated activities. Assures operational quality of system equipment. Works directly with KLA regions and customers to verify new tool performance and transfer tool responsibility. Seeks warranty sign-off on newly installed tools
Roles and Responsibilities
• Installation of new tools in the field. Follows all procedures and provides a consistent result within specified cycle times. Achieves a predictable warranty start.
• Evaluates, analyzes, diagnoses and fixes technical equipment problems related to installation. Can repair issues using standard procedures or innovate to resolve system problems which can have multiple causes.
• Solving problems and repairs of sophisticated system level problems are based on Installation Engineer's technical knowledge and training. Installation Engineers seek help from Staff Engineers and Management when problems occur that may exceed knowledge, education and training.
• Prepares field service reports and daily passdown on Installation progress and non-conformances. Contributes to post-activity Quality Feedback Report
• Hold pre-installation meetings with the customer to scope customer unique requirements then create plans of action to measure and satisfy the unique needs. Execute plans of action and validate deliverables with the customer.
• Meet with customer to facilitate warranty signoff after the activity is complete.
• Acquires all vital international travel documents and manages their personal lives to be ready for domestic and occasional international travel.
• Handles personal finances to prevent disruption to scheduled activities - even when traveling for extended periods.
• Travels domestically and internationally by commercial transportation to customer sites.
• Assists other engineers as necessary. Provides mentorship and technical assistance at customer sites. Can develop basic POAs. Provides phone and on-site support for junior engineers
*Note: Only applications with *English resume* will be considered.
*Please also apply through KLA Career page: https://careers.kla.com/