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Lead Hardware Test Engineers
Veir
Transforms power transmission using superconducting cables to deliver 5‑10× more power in the same voltage and corridor
Design, execute, and analyze hardware prototype tests, lead lab team, develop CAD and ML solutions.
Guide Engineering Lab Technicians to effectively set up and conduct tests to meet requirements and expected outcomes;
Maintain a safe and organized laboratory environment;
Utilize various software tools required to operate testing setups (data acquisition software, LabVIEW);
Build, assemble, and operate complex laboratory test setups, including mechanical and electrical systems;
Develop dashboards for fast and effective analysis of data to inform design decisions for multiple system components;
Utilize expertise in machine learning to improve quality and efficiency of testing and analytics.
Generate engineering drawings of designed parts for documentation and Machinists; and
Analyze test data and document findings to make recommendations;
Design, develop, and execute test plans for company prototypes to inform the product design and performance;
Conduct rigorous testing procedures and troubleshoot technical problems;
Design, develop, and test various mechanical components using CAD, CAE, and prototyping;
Conduct data analysis of test data using various tools, such as Python;
What you bring
ansys
solidworks
python
machine learning
data analysis
mechanical testing
Demonstrated ability analyzing data generated during mechanical testing to draw conclusions and make improvements gained through four (4) years of work experience;
Demonstrated ability manufacturing hardware products gained through three (3) years of work experience;
Demonstrated understanding of Computer Aided Engineering (CAE) using ANSYS gained through three (3) years of work experience.;
Demonstrated understanding of CAD (SolidWorks) gained through four (4) years of work experience.
Demonstrated knowledge of machine learning, algorithms, methodologies, and optimization algorithms to build predictive models that inform product design and manufacturing decisions gained through six (6) months of work experience;
Demonstrated ability testing mechanical components and systems to determine whether products meet targeted specifications gained through three (3) years of work experience;
Demonstrated understanding of Python Programming gained through two (2) years of work experience; and
The company was established in 2019 with the goal of rethinking electricity distribution.
5–10x More Power
Transmission Capacity
Their high-temperature superconducting lines can carry 5 to 10 times more power than traditional cables at the same voltage.
$75M Series B
Funding Raised
Raised a $75 million Series B in January 2025, backed by notable investors including Munich Re Ventures and Microsoft’s Climate Innovation Fund.
2023 Outdoor Demo
Transmission Validation
Conducted the first outdoor demonstration of an overhead superconducting line to validate long-distance, high-current transmission capabilities.
Developed high-temperature superconducting transmission lines using passive liquid nitrogen cooling for efficiency and compact design.
Engineers solutions for data centers, renewable energy developers, and grid operators to overcome transmission bottlenecks and simplify interconnection.
Its breakthrough evaporative cooling requires no compressors, enabling scalable overhead deployment rather than buried systems.
VEIR stands out by delivering utility-scale power transmission that fits within existing rights-of-way and accelerates AI-driven energy infrastructure deployment.
Culture + Values
Collaboration and openness
Innovation in the energy transition
Integrity and accountability
Customer-centric approach
Sustainability-driven mindset
Continuous learning and development
Environment + Sustainability
2050
Net Zero Target
Committed to achieving net-zero carbon emissions by the year 2050 through advanced and sustainable technologies.
Committed to reducing carbon emissions through advanced technology
Focus on renewable energy solutions for grid decarbonization
Development of energy-efficient products that support clean energy deployment
Investing in sustainable technology to minimize environmental impact
Partnering with organizations that share the goal of reducing global carbon footprint
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