Cell & Process Engineering Intern

Panasonic•Sparks, NV

13d•Onsite

About The Position

Do you want to join a team that's changing the world? Do you have a strong background as a Cell & Process Engineering Intern? Then we're looking for you! Check out the job description and apply now! Put your skills to meaningful use, gain unique experience, and work with world-class team members with diverse backgrounds and expertise who share the same vision. Join the Panasonic Energy team today! Panasonic Energy is seeking ambitious engineers to lead the world’s largest lithium ion battery initiative. With superior battery designs and the fastest manufacturing lines in the world, Panasonic is producing millions of batteries per day at the Gigafactory to support Tesla’s electric vehicle and energy storage businesses. Panasonic invites you to join us in this ongoing full-scale effort to electrify our society. At Panasonic Energy engineers quickly become experts in the fundamentals of lithium-ion cell technology and work to integrate that understanding with high speed, automated manufacturing methods to produce the highest performance and highest quality lithium ion batteries. Being a part of Panasonic’s Cell and Process Engineering (CPE) team. The CPE team is responsible for supporting Panasonic’s battery production to ensure our world-class production is running smoothly and without issue. In addition, we continually seek to improve our process by means of productivity, quality, cost, and other metrics. About Us: Meet Panasonic! At Panasonic Energy, you'll do work that matters as we are dedicated to transforming the world through the acceleration of sustainable energy. By producing safe, high-quality lithium-ion batteries, you become part of a team that plays a crucial role in creating technologies that move us. Our journey began in 2017, and now, as the world's largest lithium-ion battery factory, we are expanding operations to De Soto, Kansas, providing you with the opportunity to experience career growth in more ways than one. As an innovative thinker, you'll thrive here, as we continually push the boundaries of lithium-ion battery technology and production capabilities to enhance efficiency and performance in EVs. Being part of Panasonic Energy means positively contributing to society, aligning with our commitment to building a better world through sustainable energy solutions. We care about what you care about, fostering an environment where your contributions make a meaningful impact on the future of energy and transportation. Join us and be part of a team that values your work, encourages innovation, and actively contributes to a positive societal impact. Where You'll Be: For our onsite roles, Panasonic Energy is committed to fostering an ideal working environment that goes beyond the conventional. We understand the significance of moments that matter in your onsite experience, and we prioritize creating a workspace that not only promotes productivity but also ensures a fulfilling and positive work atmosphere. Join us at Panasonic Energy, where your onsite presence is valued, and we strive to make each moment count in your professional journey. We Take Opportunity Seriously: At Panasonic Energy, we are committed to a workplace that genuinely fosters inclusion and belonging. Fairness and Honesty have been part of our core values for more than 100 years and we are proud of our diverse culture as an equal opportunity employer. We understand that your career search may look different than others and embrace the professional, personal, educational, and volunteer opportunities through which people gain experience. If you are actively looking or starting to explore new opportunities, send us your application!

Requirements

Completion of at least two years of full-time enrollment in a Bachelor’s degree program in in Chemical Engineering, Materials Engineering, Mechanical Engineering, Industrial Engineering, or similar discipline.
Must be currently enrolled as a fulltime student at an accredited four-year college or university
GPA of 3.2 or higher
Must be able to perform machine and process troubleshooting and apply root cause analysis.
Should be flexible with the working environment and be able to perform job duties between manufacturing floor and office/desk.
Must possess engineering skills (process development/improvement, troubleshooting, data analysis, tolerancing).
Capable of identifying critical process parameters. Knowledge of FTA, FMEA, etc.
Strong team working skills with other employees at all levels of an organization
Self-starter who works well independently and an outstanding ability to follow up with minimal direction and will focus on team success.
Able to manage multiple concurrent tasks in a fast-paced environment, effectively prioritize work, and deliver quality results.
A strong work ethic with a “get the job done” approach who consistently delivers excellent customer service, both internally and externally.
Applicants must be currently authorized to work in the United States on a full-time basis and must not require sponsorship for employment visa status now or in the future (e.g., H-1B, O-1, TN, L-1, or other employment-based visas) following graduation. This position is not eligible for employer-sponsored work authorization.

Nice To Haves

Familiarity with six sigma methodologies and tools.
Some experience interfacing to databases, information management and reporting applications used for MES/SCADA systems is preferred.
Some data analysis skills with tools such as JMP, Minitab, Python, MATLAB, are highly desired.
Some knowledge of electrochemistry and ability to apply principles.

Responsibilities

Devising battery cell manufacturing process improvement for mass production lines leading to increased production and better quality
Defining and changing cell specifications
Introducing new materials and cell technologies into mass production
Conducting development work for new and existing production lines to improve cell process on safety, quality and productivity.
Working closely with other team members to increase understanding of failure modes, performance and life expectancy of cell products.
Demonstrating solid troubleshooting skills and ability to solve unknown problems.
Analyzing operating procedures and functions of equipment and machinery to reduce time and cost of assembly manufacturing processes.
Other duties may be assigned.

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