About the job Enovix (Nasdaq: ENVX) is an advanced silicon battery company based in Fremont, Calif. Enovix is on a mission to power the technologies of the future. Everything from IoT, mobile and computing devices, to the vehicle you drive, needs a better battery. Our disruptive architecture enables a battery with high energy density and capacity without compromising safety. We are scaling our silicon-anode, lithium-ion battery manufacturing capabilities to meet customer demand. Responsibilities: Lead process development to improve battery performance to meet final product performance and reliability requirements. Design and run well-designed experiments based on DOE methodologies. Perform battery physical characteristic analysis and extract critical insights. Effectively collaborate with colleagues around the world - in California, India, Korea and Malaysia. Perform FMEA and root cause analysis. Effectively communicate the results to various stakeholders. Qualifications: BS, MS, or PhD in Chemical Engineering, Materials Science Engineering, Physics, Chemistry, Mechanical Engineering or related field with 2+ years industry experience. Strong knowledge of battery chemistry and physics is desirable. Experience working with battery testers or related electronics is a plus. Experience with using leading-edge battery and/or semiconductor material characterization techniques to drive failure analysis, understand degradation mechanisms, or improve yield. Experience with statistical analysis methods to drive experiment design and conclusions. Demonstrated capability to effectively analyze process data and extract/summarize meaningful information. Familiarity with SPC, DOE, FMEA and 8D methodologies. Enovix is an equal opportunity employer
We are looking for a motivated and detail-oriented Lab Technician to join our Battery R&D Center. The ideal candidate will be responsible for various laboratory tasks, including battery cell testing, electrolyte preparation, and material characterization. This role requires hands-on experience with pouch cells, coin cells, anode and cathode materials, as well as tab welding techniques. Key Responsibilities: Conduct cell testing, including electrochemical cycling and performance evaluations of pouch and coin cells. Prepare electrolytes, ensuring accurate mixing and measurement of battery components. Assist in the preparation and characterization of anode and cathode materials. Perform tab welding for battery cell assembly, ensuring proper electrical connections. Use GC or GCMS techniques to characterize electrolytes and other battery materials. Maintain laboratory equipment, ensuring proper calibration and troubleshooting when needed. Follow standard operating procedures (SOPs) and safety protocols when handling chemicals and battery materials. Document experimental results, analyze data, and prepare technical reports. Collaborate with researchers and engineers to support ongoing R&D projects. Qualifications: M.Sc. in Chemistry or B.Tech in Chemical Engineering. 0-2 years of experience in battery research, electrochemistry, or a related field. Hands-on experience with pouch cells, coin cells, and battery testing equipment. Familiarity with electrolyte formulations, electrode materials, and cell fabrication techniques. Experience with GC or GCMS techniques for material characterization. Strong analytical skills and proficiency with data analysis tools. Excellent written and verbal communication skills. Ability to work effectively in a team-oriented research environment. If youre passionate about advancing battery research and eager to contribute to cutting-edge energy storage technologies, we encourage you to apply!
We are looking for a motivated and detail-oriented Lab Technician to join our Battery R&D Center. The ideal candidate will be responsible for various laboratory tasks, including battery cell testing, electrolyte preparation, and material characterization. This role requires hands-on experience with pouch cells, coin cells, anode and cathode materials, as well as tab welding techniques. Key Responsibilities: Conduct cell testing, including electrochemical cycling and performance evaluations of pouch and coin cells. Prepare electrolytes, ensuring accurate mixing and measurement of battery components. Assist in the preparation and characterization of anode and cathode materials. Perform tab welding for battery cell assembly, ensuring proper electrical connections. Use GC or GCMS techniques to characterize electrolytes and other battery materials. Maintain laboratory equipment, ensuring proper calibration and troubleshooting when needed. Follow standard operating procedures (SOPs) and safety protocols when handling chemicals and battery materials. Document experimental results, analyze data, and prepare technical reports. Collaborate with researchers and engineers to support ongoing R&D projects. Qualifications: M.Sc. in Chemistry or B.Tech in Chemical Engineering. 0-2 years of experience in battery research, electrochemistry, or a related field. Hands-on experience with pouch cells, coin cells, and battery testing equipment. Familiarity with electrolyte formulations, electrode materials, and cell fabrication techniques. Experience with GC or GCMS techniques for material characterization. Strong analytical skills and proficiency with data analysis tools. Excellent written and verbal communication skills. Ability to work effectively in a team-oriented research environment. If youre passionate about advancing battery research and eager to contribute to cutting-edge energy storage technologies, we encourage you to apply!
Job Title: Senior or Principal Software Systems Engineer We are looking for an experienced full-time engineer to provide software development support for high energy density battery power applications. An ideal candidate is an experienced systems engineer with a software interest and focus capable of developing user interface and control system software. The candidate should be comfortable developing graphical user interface software that translates technically complex system information into a human relatable interface. The candidate should also be comfortable creating, modeling, and analyzing management and control algorithms as they apply to battery and power applications. Job Description: Design software to interface users with complex battery management and control systems, Model and develop management and control algorithms for power system applications, Provide design and test support for manufacturing systems development. Desired Skills/Abilities: Software development in C++ and common workflow for PC application development. Python-based development. Knowledge of programmable logic controllers (PLC). Knowledge of real-time design techniques for embedded systems. Knowledge of digital signal processing techniques Embedded programming for digital signal controllers and small microcontrollers. Embedded C programming. Knowledge of power converter topologies, control, and design. Qualifications: Bachelor s degree 5+ years experience in electrical engineering or Computer Science Self-motivated and high energy Strong organization, communication and interpersonal skills About Enovix: Industries of the future Artificial Intelligence, Edge computing, 5G, Electric Vehicles, Augmented Reality and Virtual Reality all require greater battery energy capacity. Building and scaling a 100% active silicon anode has long been a goal of the battery industry because it dramatically increases capacity and performance. Enovix, based in Fremont, California, is the first company in the world to be capable of volume production of advanced Lithium-ion batteries with a 100% active silicon anode using its 3D cell architecture. The company has designed, developed and sampled advanced Lithium-ion batteries with energy densities five years ahead of current industry production. Enovix s initial goal is to provide designers of category-leading mobile devices with a high-energy battery so they can create more innovative and effective portable products. Enovix is also developing its 3D cell technology and production process for the EV and energy storage markets to help widespread use of renewable energy. Enovix in an equal opportunity employer.
Objective for Current Openings : Senior experienced Mechanical E ngineer with demonstrated technical leadership , strategic vision and project execution capability with deep expertise in Mechanical Engineering principles. Job Description: Develop high-accuracy micro and macro scale ANSYS Mechanical / COMSOL / LS-Dyna models for battery structures, weld / adhesive failures, and dynamic fatigue (validated with nCode ). Predict high quality stress-strain behavior and fatigue life of Enovix battery structures. Create reduced order models (ROM) to accelerate system simulations. Transform FEA insights into optimal designs using DOE and / or optiSLang . Material testing and designing of fixtures. Resolve structural failures with root cause analysis. Identify and define optimal operating zones for P rocess tools and equipment related to battery design and manufacturing. Ensure integrity and safety of battery structure for various quality checks like drop, crush tests etc. Understand and improve the raw material supply chain quality and design rules for manufacturability (DFM). Integrated m odelling of mechanical , thermal and electrochemical aspects involved in battery manufacturing process and/or battery operation. Proven technical leadership and ability to handle cross functional rol es , project planning / execution and working with operations and executive leadership. Decision making under uncertainty , c omfortable making high-stake decisions in fast paced research environment. Be prepared for occasional travel up to 15% of the time to support production launch and ramp activities, including supplier visits and on-site support at company facilities. Required Skills & Qualifications: Mechanical design mastery: Deep understanding of FEA , thermal, fluid systems , and materials with experience in coding and use of FEA software. Familiarity with material testing and equipment / instruments used in such tests. 15+ years of mechanical engineering experience, with at least 5 years in technical leadership roles. Masters or PhD in mechanical engineering or related field . Excellent communication: Can clearly articulate complex technical ideas to non-engineers. Product lifecycle management: Experience from concept through prototyping and research to mass production . Preferred Skills: Manufacturing knowledge: Familiarity with DFM, supply chain and vendor quality management. Systems thinking: Ability to integrate mechanical systems with electrical, firmware and software components. Industry experience solving mechanical engineering problems in battery, micro-electronics, mobiles, MEMS devices is a plus. Corrosion and embrittlement assessment is a plus. Experience with C omputer -A ided D esign (CAD) is a plus.