Full-Time
Hardware Application Engineer
Voltai
No salary listed
Palo Alto, CA, USA
In Person
Category
 Software Engineering (1) |
|---|
Requirements
- You should have 5+ years of experience in hardware design, simulation, or electronic design automation tools.
- You should have 5+ years of experience in customer support, debug, and design validation.
- You should have 5+ years of experience in schematic review, board-level analysis, and failure investigation.
- You should be able to communicate complex technical concepts clearly and concisely.
Responsibilities
- You will collaborate with customers and partners to integrate Voltai’s hardware and design systems into their workflows.
- You will provide deep technical support and debug complex issues across software and hardware boundaries.
- You will translate customer requirements into feedback for design and product teams.
Company Size
N/A
Company Stage
N/A
Total Funding
N/A
Headquarters
N/A
Founded
N/A
Simplify's Take
What believers are saying
- Shipping industry faces tightening emission regulations, creating urgent demand for onboard renewable energy solutions.[3]
- Global maritime sector seeks to reduce fuel costs and emissions simultaneously, positioning Voltai's technology as cost-competitive alternative.[6]
- Pre-seed funding of CAD $1.83M from Invest Nova Scotia validates technology and accelerates commercial deployment timeline.[5][6]
What critics are saying
- Ocean Power Technologies and established competitors deploy proven USV solutions with superior market traction and scalability.[1]
- Creative Destruction Lab program requires $10M+ follow-on funding by mid-2026 amid cleantech VC funding contraction.[1]
- Philippine EV battery-swap venture with Aboitiz Power dilutes focus from core marine energy business with uncertain returns.[2]
What makes Voltai unique
- Proprietary electrostatic generator achieves higher energy density than competing kinetic harvesters with lower cost per kWh.[1][5]
- Compact, modular system installs on vessels without adding drag, scaling from 25W to several megawatts.[3][6]
- Converts both ocean waves and vessel vibrations into electricity, addressing dual energy sources competitors cannot efficiently capture.[5][6]
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