严鹏
About 严鹏
严鹏 is a Team Leader at 悠跑科技 with a strong background in vehicle engineering. He has led significant projects in thermal systems for electric vehicles and has received multiple awards for technical innovation during his career.
Work at 悠跑科技
Currently, the individual serves as a Team Leader at 悠跑科技, a position held since 2021. In this role, they oversee various projects and initiatives aimed at enhancing vehicle technology and performance. Their leadership contributes to the company's focus on innovation in the automotive sector.
Previous Experience at 宁德时代CATL
Prior to their current role, the individual worked at 宁德时代CATL as a Senior Manager for 10 months from 2019 to 2020 in 福建宁德. During this time, they led the development of a dual-system autonomous heat pump system specifically designed for a large MPV electric vehicle, successfully addressing heating requirements at temperatures as low as -5 degrees Celsius.
Education and Expertise
The individual has an extensive educational background in vehicle engineering. They earned a Doctorate in 车辆工程 from 同济大学, studying from 2002 to 2005. Prior to that, they obtained a Master's degree in 车辆工程 from 吉林大学 from 1999 to 2002, and a Bachelor's degree in 内燃机 from 浙江大学 from 1993 to 1997.
Technical Innovations and Achievements
Throughout their career, the individual has developed several innovative systems and methods. Notable achievements include the development of a cooling system architecture for a new type of pickup truck, which earned a third prize for technical innovation from SAIC Group. They also received a second prize from the same group for creating an air conditioning system for a large MPV electric vehicle.
Research and Development Contributions
The individual has introduced several methodologies to enhance vehicle performance. They developed a temperature-time evaluation method to assess risk levels related to fuel pipe detachment issues. Additionally, they created a transient analysis method for cooling performance and established a calibration development process for active air grille systems.