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Full-Time

Sr. Hardware Data Acquisition Engineer

Confirmed live in the last 24 hours

TAE Technologies

TAE Technologies

201-500 employees

Develops fusion energy solutions and cancer treatments

Energy
Biotechnology

Senior

Lake Forest, CA, USA

Category
Hardware Engineering
Hardware Validation & Testing
System Hardware Engineering
Required Skills
Python
Data Science
Requirements
  • At least 5+ years' experience with site reliability engineering in a data intensive environment with the development, installation and operation of science data acquisition systems.
  • Experience gained on large science or distributed industrial systems data gathering.
  • Installation of a large number of distributed acquisition systems.
  • Interfacing with science database systems such as MDSplus, Google Cloud, or other time-series database systems.
  • Experience with high-speed data acquisition systems at rates of 100 MS/s and beyond.
  • Knowledge and experience of signal quality issues, EMI/EMC used for grounding, shielding and isolation.
  • Monitoring and supervision of data gathering operations.
  • Knowledge of the scientific and/or control programming languages such as Python or LabVIEW.
  • Experience with science database systems (e.g., MDSplus) and time-series databases (e.g., InfluxDB).
  • Required education: B.S. in Electrical Engineering or related engineering discipline.
Responsibilities
  • Integrate data acquisition system with Copernicus diagnostic suite, control infrastructure, and the rest of the data pipeline.
  • System installation and commissioning regarding signal quality and grounding integrity.
  • Commissioning of systems with Machine Control, Plasma Control and Data Science teams.
  • Maintain hardware and development of new supporting software and/or test suites on an as needed basis.
  • System documentation and change control.

TAE Technologies develops fusion energy solutions aimed at providing a sustainable and abundant energy source. The company focuses on controlling plasma, which is essential for the fusion process. Their products are designed to be clean, compact, affordable, and safe, targeting energy providers, governments, and industries looking for clean energy alternatives. TAE Technologies generates revenue through partnerships, research grants, and future energy production contracts. Additionally, they have a subsidiary, TAE Life Sciences, that works on cancer treatments using boron neutron capture therapy (BNCT). With over 150 published research papers, TAE Technologies is dedicated to advancing energy technology and promoting a sustainable future.

Company Stage

Series G

Total Funding

$1.7B

Headquarters

Lake Forest, California

Founded

1998

Growth & Insights
Headcount

6 month growth

-1%

1 year growth

1%

2 year growth

18%
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Simplify's Take

What believers are saying

  • TAE Technologies' recent $17.4 million grant from California supports job creation and expansion in fusion development, indicating strong governmental backing.
  • The company's spin-off, TAE Power Solutions, is pioneering advancements in battery technology, which could lead to significant breakthroughs in e-mobility and energy storage.
  • With the potential to achieve net energy and commercial fusion reactors by the 2030s, TAE Technologies is positioned to revolutionize the clean energy landscape.

What critics are saying

  • The technical challenges of achieving net energy in nuclear fusion remain significant and could delay commercial viability.
  • The competitive landscape in clean energy technologies is fierce, with numerous companies vying for breakthroughs in fusion and renewable energy.

What makes TAE Technologies unique

  • TAE Technologies is the world's largest private fusion energy company, setting it apart from other players in the nuclear energy sector.
  • The company's proprietary ACi technology platform, derived from fusion research, offers a unique approach to improving battery efficiency and reliability.
  • TAE Technologies' focus on hydrogen-boron fusion, a cleaner and safer alternative to traditional nuclear fusion methods, provides a significant competitive edge.

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