Design and implement frameworks to support simulation and SIL/HIL integration testing
Help build a new embedded firmware platform from scratch with a focus on robust and performant network communication
Design and deploy state estimation and power electronics control algorithms optimized for a resource-constrained environment
Collaborate with electrical and systems engineers closely to specify and implement system behaviors and diagnostics coverage
Produce excellent software documentation
Requirements
rust/c
rtos
ci/cd
python
can
bs/ms
7+ years of experience in firmware engineering, with a strong focus in batteries, renewable energy systems, or similar large-scale projects
Proven track record in shipping new products at scale
Expert knowledge of microcontroller hardware peripherals and RTOS
Self-motivated, with the ability to manage your work in a startup environment, balancing multiple priorities and deadlines
Excellent communication and interpersonal skills, with ability to build relationships with all levels of the organization and present to internal and external executives
BS or MS in Electrical/Computer Engineering or Computer Science
Good to have experience with reverse engineering CAN protocols and developing custom diagnostic tools for evaluating embedded systems
Experience with digital protocols such as SPI, CAN, and Ethernet as well as application layer protocols such as CoAP or MQTT
Experience with CI/CD & test automation applied to software-enabled hardware products. Proficiency in Python is good to have
Excellent proficiency in Rust or C and debugging embedded systems
Benefits
Information not given or found
Training + Development
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Interview process
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Visa Sponsorship
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Security clearance
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Company
Overview
A Tesla executive founded the company to address global battery waste.
It focuses on recycling key materials for electric vehicle batteries.
Operations involve repurposing waste materials into sustainable components for renewable energy.
Partners with key players to create a closed-loop supply chain.
Runs a facility in Nevada for recycling and refining battery materials.
Aims to reduce reliance on foreign mining by recovering materials locally.
Integrates battery recycling with clean energy solutions to support a green economy transition.
Culture + Values
Safety: We prioritize the well-being of our people and our planet.
Innovation: We push boundaries and challenge the status quo in everything we do.
Integrity: We are committed to honesty, transparency, and ethical conduct.
Sustainability: We are dedicated to reducing waste and building a circular economy.
Collaboration: We believe that together, we can achieve more.
Accountability: We take ownership of our actions and deliver results.
Environment + Sustainability
By 2030
Net Zero Commitment
The company is committing to achieving net zero emissions by the year 2030.
It recovers critical materials like lithium, cobalt, nickel, and copper to power a sustainable future.
It uses renewable energy for its operations.
It reduces its carbon footprint by processing and recycling battery materials.
It is developing a circular supply chain for electric vehicle batteries.
It operates with minimal waste by utilizing best-in-class technology for material recovery.
Inclusion & Diversity
Ensures equitable opportunities for all individuals, with a focus on diverse and inclusive teams.
Continually monitors gender representation and promotes women in leadership roles.
Aims for gender parity and increased representation across all job levels.