Advanced Battery Cell Engineer at General Motors

Warren, Michigan, United States

General Motors Logo
Not SpecifiedCompensation
Senior (5 to 8 years)Experience Level
Full TimeJob Type
UnknownVisa
AutomotiveIndustries

Requirements

  • Bachelor of Science Degree in Engineering, Material Science, Chemistry, or other related Science Degree
  • 5+ years of battery experience or similar relevant engineering experience
  • Strong analytical skills for data analysis, project management, and problem-solving
  • High level of interpersonal skills to work effectively within a team environment
  • Persuasive communication and presentation skills

Responsibilities

  • Implement design solutions during packaging of electrodes into stacks and cells with a specific focus on improving the safety of the cell for a given bill of materials
  • Work as a liaison between the design team, process and the cell engineering teams at the WBCIC, to drive, iterate and refine cell design to deliver acceptable outcomes towards end-of-line safety testing requirements
  • Identify innovations in operational equipment and emerging technologies, providing engineering support and recommendations to adjacent teams to promote safe operations, improved quality, and cutting-edge processes
  • Stay informed on upcoming advanced technologies within the electrification community to ensure alignment with capabilities, maintaining safety, quality, and on-time execution
  • Formulate strategic project plans to ensure the efficient execution of advanced cell engineering goals
  • Collaborate with cross-functional team members, such as cell design, product execution, research, and manufacturing engineering, to support timely completion of cell builds projects at the WBCIC
  • Establish quality standards and workflows for battery cell builds and collaborate with operators to drive process adjustments to meet quality and yield goals
  • Develop and apply quality control systems to drive continuous improvement in safety metrics
  • Track ongoing projects and provide relevant and succinct technical status updates to stakeholders at a regular cadence, identifying and escalating critical risks to maintain progress and mitigate potential roadblocks
  • Design targeted tests to identify stack design improvements and refine cell build specifications in collaboration with the design team
  • Work with engineering and manufacturing teams to convert cell-level requirements into component-level specifications

Skills

Battery Cell Design
Electrode Packaging
Cell Stacking
Cell Safety
Bill of Materials
Process Engineering
Safety Testing
Electrification Technologies
Emerging Battery Technologies

General Motors

Designs, manufactures, and sells vehicles

About General Motors

General Motors designs, manufactures, and sells vehicles and vehicle parts, catering to individual consumers, businesses, and government entities. The company operates in both traditional internal combustion engine vehicles and the growing electric vehicle (EV) market, generating revenue through vehicle sales and financing services. GM stands out from competitors with its commitment to community service, sustainability, and diversity, as evidenced by a majority female Board of Directors. The company's goal is to balance traditional automotive manufacturing with technological advancements in electric and autonomous vehicles.

Detroit, MichiganHeadquarters
1908Year Founded
$486.7MTotal Funding
IPOCompany Stage
Automotive & Transportation, Financial ServicesIndustries
10,001+Employees

Benefits

Paid Vacation
Paid Sick Leave
Paid Holidays
Parental Leave
Health Insurance
Dental Insurance
Vision Insurance
Life Insurance
401(k) Company Match
401(k) Retirement Plan
Tuition Reimbursement
Student Loan Assistance
Flexible Work Hours
Discount on GM vehicles

Risks

Shutting down Cruise Robotaxi may affect investor confidence in GM's AV strategy.
Chevrolet Equinox EV recall could harm GM's safety reputation.
Leadership transition in design may disrupt continuity and brand identity.

Differentiation

GM's Dynamic Fuel Management system enhances fuel efficiency in traditional vehicles.
GM leads in board diversity with 55% women directors.
GM's pivot to personal autonomous vehicles aligns with consumer trends.

Upsides

Partnership with Nvidia boosts GM's autonomous vehicle technology capabilities.
Collaboration with ChargePoint expands EV charging infrastructure, enhancing consumer appeal.
Bryan Nesbitt's appointment as design head may bring innovation to GM's vehicle design.

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