Group14 Technology
Teresa Lee has a diverse work experience that spans multiple industries. Teresa began their career as an Educational Aide at Northshore Christian Academy in 2015, where they supported teachers with grading and classroom activities. Teresa served in this role until 2017.
In 2017, Teresa joined Car Toys as a Sourcing Recruiter, a position they held until 2023. Car Toys is the parent company of Wireless Advocates, and Teresa's role involved sourcing recruits for the company's multi-channel specialty car audio and mobile electronics retail business.
During their time at Car Toys, Teresa also worked as a Sourcing Recruiter at Wireless Advocates, a leading provider of wireless products and services. Teresa helped connect customers with wireless options from top carriers and OEMs. Their role at Wireless Advocates ended in 2023.
Currently, Teresa is a Sourcing Recruiter at Group14 Technologies, a prominent player in the silicon battery technology industry. The company works with battery manufacturers and OEMs in various sectors to enhance battery performance and promote sustainability. Group14 recently secured significant funding and has notable strategic investors and customers.
Teresa's work experience showcases their versatility and proficiency in recruitment.
Teresa Lee obtained a Bachelor of Technology (BTech) degree from The University of Auckland. No specific start or end year for this educational experience was mentioned.
Group14 Technology
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The future is silicon. Anodes must improve and silicon has the most potential. Nano-scale silicon provides the best combination of capacity and power, but still not sufficient cycle life and nano-scale production approaches remain expensive. Group14 has applied deep materials research experience to develop a new, low-cost approach to nano-scale silicon production. Our nano-scale silicon has high purity, high capacity, good power, and good cycle life. We use its unique high performance carbon engineering abilities to create cohesive silicon-carbon nanocomposites that dramatically outperform traditional carbon coated silicons.