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CMOS Device Technologist

Natcast (short for The National Center for the Advancement of Semiconductor Technology) is a new, purpose-built, non-profit entity created to operate the National Semiconductor Technology Center (NSTC) consortium, established by the CHIPS Act of the U.S. government.

Working at Natcast represents an opportunity to help extend America’s leadership in semiconductor technology, significantly reduce the time and cost of moving from idea to commercialization, and build and sustain a semiconductor workforce development ecosystem.

These efforts to advance semiconductor technology and seed new industries built on the capabilities of a wide range of advanced chips hold the potential to benefit the country and the world for generations to come.

In this role you will advance CMOS technology at the atomic scale, driving innovations in device scaling and performance while collaborating with industry leaders to shape the future of semiconductor manufacturing. 

Every day you will push the boundaries of device physics and fabrication techniques, working at the intersection of design and manufacturing to develop next-generation CMOS solutions that enhance America's semiconductor capabilities. 

To thrive in this role you must combine deep device physics knowledge with hands-on fabrication expertise, demonstrating both theoretical understanding and practical implementation skills while advancing semiconductor technology. 

At the forefront of America's semiconductor renaissance, you'll work within Natcast's state-of-the-art CHIPS for America R&D Flagship Facility, collaborating with world-class research teams to develop CMOS innovations that drive the future of electronic systems and maintain U.S. leadership in semiconductor technology. 

Key Responsibilities 

Research & Development: 

  • Lead research initiatives in CMOS device scaling, identifying and addressing challenges at the atomic scale. 

  • Develop innovative solutions to optimize device parameters such as speed, power consumption, and reliability. 

  • Design and validate novel architectures for next-generation CMOS devices, ensuring seamless integration into advanced semiconductor systems. 

Fabrication & Characterization: 

  • Oversee fabrication processes, leveraging hands-on expertise in lithography, patterning, etch, and deposition techniques. 

  • Perform device characterization using advanced methodologies to assess performance and identify areas for improvement. 

  • Develop and implement robust process integration strategies for new CMOS devices. 

Collaboration & Leadership: 

  • Guide and mentor cross-functional research teams, fostering collaboration across design, fabrication, and process integration. 

  • Collaborate with academic institutions and external research organizations to drive innovation and validate experimental results. 

  • Act as a technical leader, providing direction on device scaling, integration, and manufacturing advancements. 

Knowledge Dissemination: 

  • Document detailed technical specifications, ensuring accuracy and clarity for internal and external stakeholders. 

  • Author and present research findings at industry conferences, academic symposia, and to internal leadership. 

  • Contribute to building Natcast’s intellectual property portfolio through innovative patents and publications. 

 

Required Skills and Experience 

  • Ph.D. in Electrical Engineering, Physics, or a closely related field. 

  • 8+ years of experience in semiconductor device research, design, or manufacturing. 

  • Expertise in CMOS technology, including device scaling, integration, and optimization. 

  • Advanced knowledge of process integration methodologies and device physics. 

  • Hands-on experience with lithography, patterning, and other fabrication processes. 

  • Strong background in device characterization methodologies and tools. 

  • Proven track record of publishing in peer-reviewed journals. 

  • Demonstrated team leadership and project management experience. 

  • Exceptional analytical and problem-solving skills. 

 

Bonus Qualifications 

  • Industry experience in semiconductor fabrication in shared cleanroom facilities (academic and/or industrial) 

  • Established patent portfolio demonstrating contributions to CMOS innovation. 

  • Expertise in EUV lithography. 

  • Understanding of process integration with far back end metals and advanced packaging techniques. 

  • Exposure to emerging fields such as quantum computing and their implications on CMOS technology. 

  • Experience managing cleanroom operations and ensuring process efficiency. 

 

Ready to advance CMOS technology at the atomic scale? Join our mission-driven team and develop the devices that will power the next generation of electronic systems.  

Natcast is an equal opportunity employer. We do not discriminate based on race, color, religion, gender, gender expression, age, national origin, disability, marital status, sexual orientation, military status, or any protected attribute. We encourage qualified candidates from all backgrounds to apply and join us in our mission. If you require accommodation at any stage of the application process due to a disability, please let us know. 

 We collect and manage personal data in compliance with data privacy regulations and best practices.

Average salary estimate

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$120000K
$160000K

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What You Should Know About CMOS Device Technologist, Natcast

Are you ready to make a significant impact on semiconductor technology? Join Natcast in Sunnyvale as a CMOS Device Technologist! This is your chance to contribute to a revolutionary mission supported by the CHIPS Act, which aims to enhance America's semiconductor leadership. At Natcast, you will be at the forefront of innovation, driving advancements in CMOS technology at the atomic scale. You'll collaborate with industry leaders, working hand-in-hand with cross-functional research teams and contributing to the development of next-generation electronic systems. Your day-to-day will involve not just theoretical research but also hands-on fabrication, where you will apply your deep knowledge of device physics to address challenges in device scaling and performance. Imagine guiding collaborative initiatives that optimize critical parameters like speed, power consumption, and reliability. As you oversee fabrication processes—with expertise in cutting-edge techniques like lithography and etching—you'll be writing the next chapter in semiconductor innovation. At Natcast's state-of-the-art facility, you won’t just be a part of the team; you'll be providing leadership, mentoring emerging talent, and presenting your findings at prestigious conferences. If you hold a Ph.D. in Electrical Engineering or a related field with at least 8 years of semiconductor experience, and you're excited about pushing the boundaries of technology while making a positive impact, we want to hear from you. This could be your gateway to advancing your career while shaping the future of technology!

Frequently Asked Questions (FAQs) for CMOS Device Technologist Role at Natcast
What are the key responsibilities of a CMOS Device Technologist at Natcast?

As a CMOS Device Technologist at Natcast, your key responsibilities include leading research initiatives in CMOS device scaling, developing innovative solutions for optimizing speed, power consumption, and reliability, overseeing fabrication processes using techniques such as lithography and etch, and guiding cross-functional research teams. You’ll also document technical specifications and contribute to innovative patents and publications.

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What qualifications are required for the CMOS Device Technologist position at Natcast?

To qualify for the CMOS Device Technologist position at Natcast, candidates must have a Ph.D. in Electrical Engineering, Physics, or a closely related field, along with 8+ years of experience in semiconductor device research, design, or manufacturing. Expertise in CMOS technology and hands-on experience with fabrication techniques are essential.

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How does the role of a CMOS Device Technologist impact semiconductor technology at Natcast?

The impact of a CMOS Device Technologist at Natcast is profound. You will be advancing CMOS technology at the atomic scale which will drive innovations that enhance America's semiconductor capabilities. By collaborating with world-class research teams and addressing challenges in the industry, you’ll play a crucial role in shaping the future of semiconductor manufacturing.

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What collaboration opportunities exist for a CMOS Device Technologist at Natcast?

At Natcast, a CMOS Device Technologist will find robust collaboration opportunities. You'll work closely with cross-functional research teams, collaborate with academic institutions, and partner with external research organizations to drive technology innovation and validate experimental results, fostering an environment of shared knowledge and groundbreaking advancements.

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What type of projects will a CMOS Device Technologist engage in at Natcast?

As a CMOS Device Technologist at Natcast, you will engage in cutting-edge projects that involve research and development of next-generation CMOS devices, overseeing their fabrication, and characterizing their performance. These projects are crucial for addressing real-world challenges and optimizing semiconductor systems.

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Common Interview Questions for CMOS Device Technologist
Can you describe your experience with semiconductor device research?

When discussing your experience with semiconductor device research, focus on specific projects you've led or contributed to, the technologies used, and any novel solutions you developed. Be sure to highlight how your research has advanced device scaling and performance.

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What techniques do you commonly use for CMOS device characterization?

In answering this question, mention specific methodologies you've employed, such as electrical testing, spectrum analysis, or temperature-variable testing, and provide examples of how these techniques helped you assess performance and identify areas for improvement.

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How would you approach a challenge in device scaling?

When faced with a challenge in device scaling, articulate your thought process by discussing the identification of scaling limits, potential solutions you might explore, and any collaborative approaches you would taking involving your team at Natcast.

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What fabrication processes are you proficient in?

List the fabrication processes you are skilled in, such as lithography, etching, or deposition. Provide examples of how you utilized these processes in past projects, detailing the outcomes and successes achieved through your expertise.

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Describe your experience in mentoring research teams.

Discuss your approach to mentorship by sharing specific examples of teams you've guided, the mentoring techniques you employed, and the positive impacts on team productivity and innovation as a result of your leadership.

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How do you stay updated on advancements in CMOS technology?

Demonstrate your commitment to staying current by discussing journals you read, conferences you attend, and networking with colleagues in the field. Provide examples of how this continuous learning has influenced your work.

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What role does collaboration play in semiconductor research?

Elucidate on the importance of collaboration by citing specific projects where interdisciplinary teamwork was essential. Discuss the benefits of sharing ideas, combining expertise, and the innovation that results from a collective effort.

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Can you provide an example of a successful project you led in the semiconductor field?

Select a project where you played a crucial role, focusing on the objectives, challenges faced, how you overcame them, and the final outcomes. Emphasize both technical achievements and any recognition received from peers.

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What strategies would you implement for process integration of new CMOS devices?

When answering this question, discuss your methodical approach to process integration, including how you analyze compatibility with existing systems, experimentation procedures, and quality assurance practices to ensure seamless implementation.

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What do you see as the future of CMOS technology?

Share your insights on the evolving landscape of CMOS technology, discussing trends such as scaling limits, emerging technologies like quantum computing, and how they could impact future developments within Natcast's mission and goals.

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DATE POSTED
February 2, 2025

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