Materials Engineer – Fracture Mechanics and Reliability

Number of employees

360

Alameda, CA, United States

Posted on: 2022-04-14

Category: energy

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Expired

Employment type:

Full time

Experience required:

Intermediate

Salary

Salary not provided

About the company:

We are Sila—a next generation battery materials company dedicated to accelerating energy transformation for a more sustainable future. 

Our next-gen anode material is the first significant chemistry improvement to lithium-ion batteries to reach the market in 30 years. Our silicon anode material is a simple drop-in replacement to graphite and significantly boosts the energy density of lithium-ion batteries without compromising performance. 

Today, Sila science powers innovative consumer electronics. Tomorrow, it will fuel our EV future and the electrification of everything. 

We work directly with leading consumer electronics and automotive OEMs to help accelerate product roadmaps, and partners with battery manufacturers commercial cell production. Our partners include BMW, Daimler, and ATL.

Sila Nano works directly with leading consumer electronics and automotive OEMs to help accelerate product roadmaps, and partners with battery manufacturers commercial cell production. 

Sila Nano’s first products significantly increase the energy density of state-of-the-art lithium-ion batteries. Our materials are manufacturable economically at scale and are drop-in replacements to existing battery manufacturing processes.

WHO YOU ARE

You are a hands-on, team-oriented engineer with an aptitude for learning new things and a desire to share your knowledge with others. 

You will focus on optimizing the performance of our materials in state-of-the-art lithium-ion batteries. You will do this by applying your knowledge of mechanics of materials, fracture mechanics, and materials reliability to electrode- and cell-level systems. You will study and analyze the stress-strain behavior of our anode systems (comprised of active material, polymer binder, and copper foil) and will use this analysis to identify optimal material properties.

You will be working cross-functionally with scientists, process engineers, technicians, and program managers, so mental flexibility and collaborative problem-solving abilities are required. The ideal candidate will have a comprehensive range of technical know-how, a versatile cooperative skill set, and a resilient passion to bring our products to market.

RESPONSIBILITIES AND DUTIES 

  • Develop knowledge on fracture mechanics behavior and failure modes of electrodes made with Sila material. Use knowledge generated to recommend corrective strategies to improve performance
  • Develop or improve upon existing mechanical testing techniques to determine material property-performance relationships and accelerate detection of failure modes
  • Work independently to direct projects, effectively prioritize experiments, troubleshoot problems, and drive results to completion
  • Effectively communicate ideas, expertise, and results internally across diverse Sila teams to collaboratively accomplish cross-functional goals
  • Proactively invest in our company values and vision and champion them as we grow

KNOWLEDGE AND SKILL REQUIREMENTS

  • Hands-on experimentation and product development skills paired with an analytical ability to evaluate from first-principles understanding
  • Knowledge of mechanics of materials, fracture mechanics, failure modes and ability to determine material, process and design contributions 
  • Demonstrated ability to learn new technologies and improve upon them
  • Holistic and practical approach to problem solving, driven by curiosity and attention to detail
  • Bachelor’s degree in science or engineering (Materials Science, Mechanical Engineering, Chemical Engineering, or Chemistry preferred)
  • 5+ years of work experience (fewer for candidates with an advanced degree)
  • Experience with lithium-ion battery chemistry/construction/failure analysis is a plus
  • Knowledge of chemistry (organic, polymer, inorganic), electrochemistry and materials science and related characterization techniques is a plus

PHYSICAL DEMANDS AND WORKING CONDITIONS

  • Work in a laboratory using glove boxes and fume hoods and associated PPE such as lab coat, gloves, and safety glasses
  • Pass a respirator fit test and wear respiratory protection on an occasional basis
  • Work on a computer screen for an extended period of time

 

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360

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