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Battery Design Jobs (NOW HIRING)

Battery Design Engineer

Palo Alto, CA · On-site

$120 - $190/hr

We're looking for Battery Design Engineers (all levels) to architect and build highly integrated electromechanical hardware for micro-mobility battery systems. This is a high ownership engineering ...

Design high voltage battery pack components from start to finish across multiple aircraft programs in both commercial and defense applications * Collaborate with key stakeholders such as CAE ...

Design high voltage battery pack components from start to finish across multiple aircraft programs in both commercial and defense applications * Collaborate with key stakeholders such as CAE ...

Design high voltage battery pack components from start to finish across multiple aircraft programs in both commercial and defense applications * Collaborate with key stakeholders such as CAE ...

The Meta Robotics Hardware team is seeking a Mechanical Design Engineer with an emphasis on lightweight battery pack design, thermal management, performance testing, and bringing battery designs from ...

Lead CAD development for battery pack components * Manage PLM Battery System and component attribute data in Enovia, including tracking mass roll-ups. * Support CAD design reviews as necessary

Lead CAD development for battery pack components * Manage PLM Battery System and component attribute data in Enovia, including tracking mass roll-ups. * Support CAD design reviews as necessary

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Battery Design information

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How much do battery design jobs pay per hour?

As of Aug 25, 2026, the average hourly pay for battery design in the United States is $21.66, according to ZipRecruiter salary data. Most workers in this role earn between $15.87 and $21.15 per hour, depending on experience, location, and employer.

What is battery design?

Battery design is the process of creating and optimizing batteries for specific applications, focusing on aspects such as capacity, size, weight, safety, and efficiency. It involves the selection of materials, configuration of cells, electrical connections, and integration with management systems. Battery designers work to balance performance, cost, and environmental impact to meet the requirements of devices ranging from smartphones to electric vehicles. The field is multidisciplinary, combining knowledge from chemistry, engineering, and electronics to create innovative energy storage solutions.

What are some common challenges faced by professionals in battery design, and how can they be addressed?

Professionals in battery design often encounter challenges such as optimizing energy density while ensuring safety and longevity, staying updated on evolving materials technology, and meeting stringent industry standards. Balancing cost-effectiveness with innovative design can also be demanding. These challenges are typically addressed by collaborating closely with multidisciplinary teams—including chemists, mechanical engineers, and materials scientists—engaging in thorough prototyping and testing, and continuously learning through research and professional development.

What are the key skills and qualifications needed to thrive as a battery design engineer, and why are they important?

To thrive as a Battery Design Engineer, you need a solid background in electrochemistry, materials science, and electrical engineering, often supported by a relevant engineering degree. Familiarity with CAD software, battery simulation tools, and testing equipment is typically required, along with experience in industry standards such as ISO or IEC. Strong problem-solving skills, attention to detail, and effective teamwork and communication abilities help engineers excel in collaborative and innovative environments. These skills are essential to ensure reliable, safe, and high-performance battery systems in rapidly evolving energy and automotive sectors.

What is the difference between Battery Design vs Battery Testing?

AspectBattery DesignBattery Testing
Primary FocusDeveloping and designing new battery systems and componentsEvaluating and testing battery performance, safety, and durability
Required SkillsElectrical engineering, materials science, CAD softwareTesting protocols, data analysis, safety standards
Work EnvironmentDesign labs, R&D facilities, engineering teamsTesting labs, quality assurance departments
Industry UsageBattery manufacturers, automotive, consumer electronics

Battery Design involves creating new battery concepts and specifications, while Battery Testing focuses on assessing the performance and safety of batteries through rigorous testing. Both roles are essential in the battery development process and often collaborate within the same industry sectors.

More about Battery Design jobs

What states have the most Battery Design jobs?

States with the most job openings for Battery Design jobs include:

What job categories do people searching Battery Design jobs look for?

The top searched job categories for Battery Design jobs are:

Infographic showing various Battery Design job openings in the United States as of August 2026, with employment types broken down into 80% Full Time, and 20% Contract. Highlights an 100% In-person job distribution, with an average salary of $45,046 per year, or $21.7 per hour.

Battery Design Engineer

Ridealso

Palo Alto, CA • On-site

$120 - $190/hr

Other

Medical, Dental, Vision, Retirement

Posted 7 days ago


Job description

About ALSO.

We’re ALSO, an electric mobility company originally conceived as a part of Rivian. We’re a passionate team of builders, dreamers, doers and innovators, focused on creating entirely new (not to mention, innovative and delightful) vertically integrated, small EVs designed to meet the global mobility challenges of today and tomorrow. Our mission is to inspire everyone to ride ALSO—replacing many local car, truck and SUV miles with ones on vehicles that are more affordable, more enjoyable and 10-50x more efficient.

We’re looking for Battery Design Engineers (all levels) to architect and build highly integrated electromechanical hardware for micro-mobility battery systems. This is a high ownership engineering role spanning the full product lifecycle: you will own hardware from initial concept and prototyping through production launch, ensuring high levels of performance, reliability and safety. You will own the integration of structural, thermal, electrical, manufacturing, and packaging requirements into a cohesive battery system that can be built reliably at scale.

You should be equally comfortable working through first-principles architecture decisions, detailed CAD and drawing release work, prototype builds, manufacturing problem-solving, and supplier collaboration.

What You Will Do
  • Own complex battery subassemblies or full systems (depending on level) from concept to prototype, validation, and production launch
  • Design and integrate battery pack hardware including enclosures, busbars, cooling systems, PCBAs, connectors, HV interfaces, and structural components — balancing thermal, structural, electrical, manufacturing, and packaging constraints simultaneously.
  • Own top-level assemblies, tolerance strategy, 2D drawings, and engineering release of complex 3D assemblies
  • Rapidly down-select concepts through first-principles analysis, hands‑on prototyping, and tight test‑iterate loops. Comfortable moving from early mockups to production CAD.
  • Design for scalable manufacturing without compromising performance or safety from day one. Work directly with suppliers and CMs on tooling, process development, assembly strategy, and production ramp. Root‑cause manufacturing and field issues across mechanical, thermal, and electrical domains.
  • You’ll be an early member of a growing battery engineering team. How you work — your rigor, your speed, your standards — sets the bar for the engineers who come after you.
What You Will Bring
  • BS in Mechanical Engineering or related field
  • Ability to bound problems from first principles — thermal, structural, and electrical — with back‑of‑envelope calcs before reaching for simulation tools
  • Proven track record designing and releasing complex electromechanical products from concept through production — battery packs, high‑density electronics packaging, or similarly constrained assemblies
  • Fluency with advanced 3D modeling software. CATIA V6 / 3DX preferred
  • Ability to produce production‑quality 2D drawings with rigorous GD&T
  • Manufacturing process knowledge: welding, stamping, molding, fasteners, adhesives, TIMs, and mechanical joining — with DFM and DFA instincts applied from the first concept, not the last review
  • Hands‑on builder — comfortable in the lab prototyping, debugging, and validating hardware directly, not just reviewing test reports
  • Working knowledge of how cell behavior, thermal limits, and electrical integration drive pack mechanical architecture; experience with FEA (structural and thermal) tools such as Ansys or Altair
Bonus Points
  • Experience designing battery packs for EVs, powersports, micromobility, or other electrified platforms
  • Experience with automated manufacturing and high‑volume assembly systems
  • Familiarity with lithium‑ion cell characterization and selection
  • Experience working directly with Asian suppliers or contract manufacturers
  • Experience supporting factory launch or production ramp activities
  • Familiarity with battery safety and abuse testing standards
Perks and Benefits
  • Robust health coverage. Excellent health, dental and vision insurance covered up to 100% by Also. with FSA & HSA options.
  • One Medical membership and dedicated insurance advocates.
  • Rich fertility and family building benefits with Progyny.
  • Flexible time off.
  • 401(k) match.
Why ALSO.

We’re passionate about helping the world find a better way to get there—wherever it is you’re headed.

We’re located in the heart of Silicon Valley and have brought together a world‑class team from some of the biggest brands in the technology, automotive, cycling, outdoor recreation and retail spaces.

Together we’re working hands‑on to imagine, design and build an entirely new solution to a global set of transportation challenges.

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