Redwood City, California, United States · On-site
$175k–$205k/yr
At Seer, we are passionate about empowering our customers to expand scientific discoveries and achieve exceptional scientific outcomes. Our team is growing quickly as we develop innovative approaches to solve complex bio…
Skills: Electrical Architecture, Mass Spectrometry, High-Voltage DC Power Supply, RF Systems, Signal Integrity
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Lead the electrical design and architecture of a next-generation mass spectrometer, focusing on high-voltage DC and RF systems. Ensure system stability and noise immunity to optimize ion beam fidelity for proteomics molecular profiling.
Requires a Master's or PhD in Electrical Engineering or Applied Physics with over 10 years of experience in academic or life-sciences labs. Must have a proven track record in designing high-voltage electronics for instrumentation like mass spectrometers or particle accelerators.
At Seer, we are passionate about empowering our customers to expand scientific discoveries and achieve exceptional scientific outcomes. Our team is growing quickly as we develop innovative approaches to solve complex biological questions. And we believe the next frontier in biology is enabled through a clearer and more complete view of the proteome – something that Seer can uniquely deliver. As we build our team, we are looking for collaborative, driven, intellectually curious people who are committed to solving complex challenges. Our culture rewards accountability and cross functional teamwork, because we believe that this enables the kind of breakthrough thinking that will accelerate our mission.
The Role & The Team
This role will report to the Director of Systems Integration and join our team based in our Redwood Shores facility.
We are seeking a highly skilled Electrical Engineering Architect to lead the electrical design of a next-generation mass spectrometer for life sciences applications. This role requires deep technical expertise in managing the complex electromagnetic environments inherent to charged particle beam instrumentation. You will be responsible for architecting systems that demand extreme precision, stability, and immunity to noise, ensuring optimal ion beam fidelity for advanced analytical workflows, including liquid chromatography-mass spectrometry (LCMS).
Responsibilities & Goals
This special projects group is focused on using the latest product development and associated instrumentation for proteomics molecular profiling. Areas of specific responsibility and attention will include:
Background & Qualifications
The successful candidate will have deep hands-on experience with mass spectrometry with expertise spanning sample preparations through data analysis. Candidates must bring a strong entrepreneurial orientation along with teamwork skills and commitment to competing with the highest level of integrity and engagement.
Requirements include:
At Seer, base pay is one part of our total compensation package and is determined within a range. This provides the opportunity to progress as you grow and develop within a role. The base pay range for this role is between $175,000 and $205,000, and will depend on the candidates education, skills, qualifications, experience, and location. This position is also eligible for bonus, benefits, and participation in Company’s stock option plan.
#LI-Onsite
Seer is an equal opportunity employer that values diversity and inclusion. All applicants will be considered for employment without attention to race, color, national origin, religion, gender, gender identity, sexual orientation, age, marital status, veteran status, or disability status. If you are interested in applying for employment and need special assistance or an accommodation to apply for a posted position, contact our Human Resources department at [email protected]. See also (Seer’s EEO Policy).
Seer is also an affirmative action employer, has an affirmative action plan (“AAP”), and seeks to abide by all applicable state laws and regulations for applicant notifications. For questions about or to view Seer’s AAP, including with respect to veterans and individuals with disabilities, please reach out to [email protected] to schedule a meeting. For additional information on applicant notifications, please visit the links below:
Empowering scientists through unbiased, deep, rapid proteomics at scale
At Seer, we develop innovative solutions that act as a gateway to the proteome. Our goal is to empower the scientific community with tools to achieve exceptional scientific outcomes. We do this by removing the technological barriers that stand between breakthrough ideas and the information that can make them a reality. Over the last 15 years, the fields of genomics and transcriptomics have undergone an explosion in content and discovery, fueled by massively parallel technologies that made large-scale studies possible and tractable. Advancement in those fields have deepened our understanding of biology and ushered in new treatment mechanisms and diagnostics solutions that impact everyday human life. Similar capabilities have evaded the field of proteomics. As a result, researchers have been forced into a tradeoff: the scale of the study, or the depth of its coverage. Until now. We’re committed to eliminating the obstacles that have kept proteomics’ potential from matching the pace of advancements we’ve seen in other fields. We believe that unbiased, deep, rapid, large-scale proteomics can, and must, become accessible to the broad scientific community so that we may significantly advance our understanding of biology, health, and disease. And those studies will require solutions that allow us to accurately survey and analyze the full diversity of proteins across individuals, over time.
Offices: 3800 Bridge Parkway, Suite 102, Redwood City, California 94065, US
Empowering scientists through unbiased, deep, rapid proteomics at scale
At Seer, we develop innovative solutions that act as a gateway to the proteome. Our goal is to empower the scientific community with tools to achieve exceptional scientific outcomes. We do this by removing the technological barriers that stand between breakthrough ideas and the information that can make them a reality. Over the last 15 years, the fields of genomics and transcriptomics have undergone an explosion in content and discovery, fueled by massively parallel technologies that made large-scale studies possible and tractable. Advancement in those fields have deepened our understanding of biology and ushered in new treatment mechanisms and diagnostics solutions that impact everyday human life. Similar capabilities have evaded the field of proteomics. As a result, researchers have been forced into a tradeoff: the scale of the study, or the depth of its coverage. Until now. We’re committed to eliminating the obstacles that have kept proteomics’ potential from matching the pace of advancements we’ve seen in other fields. We believe that unbiased, deep, rapid, large-scale proteomics can, and must, become accessible to the broad scientific community so that we may significantly advance our understanding of biology, health, and disease. And those studies will require solutions that allow us to accurately survey and analyze the full diversity of proteins across individuals, over time.
Offices: 3800 Bridge Parkway, Suite 102, Redwood City, California 94065, US
