Satyam Pande
About Satyam Pande
Satyam Pande is an Ergonomic Application Engineer currently working at EDS Technologies in Bengaluru, India. He specializes in homologation, safety, and ergonomic simulation within the automotive industry, aiming to enhance vehicle convenience, comfort, and safety.
Current Role at EDS Technologies
Satyam Pande currently serves as an Ergonomic Application Engineer at EDS Technologies, a position he has held since 2023. In this role, he specializes in homologation, safety, and ergonomic simulation within the automotive industry. His work focuses on enhancing the driving and riding experience by prioritizing vehicle convenience, comfort, and safety.
Previous Experience in Robotics and Engineering
Prior to his current role, Satyam Pande worked at BiBox Labs as a Robotic Project Developer for one month in 2022. He also held the position of Robotics Coordinator at GYANPRO for two months in 2023. Additionally, he was employed as a Graduate Engineering Trainee at EDS Technologies from 2022 to 2023, gaining valuable experience in the engineering field.
Educational Background in Mechanical Engineering
Satyam Pande studied Mechanical Engineering at Sanskriti University, where he earned his Bachelor of Technology (BTech) degree from 2017 to 2021. This educational foundation has equipped him with the necessary skills and knowledge to excel in various engineering roles, particularly in the automotive sector.
Experience with Major Automotive Companies
Satyam Pande has experience working with significant automotive companies. He served as a Plant Engineer at Maruti Suzuki India Limited for one month in 2019. Additionally, he worked as a Mechanical Design Engineer at Artenal for five months in 2021, where he contributed to innovative vehicle design projects in Vancouver, British Columbia, Canada.
Focus on Innovation in Vehicle Design
Satyam Pande is passionate about pushing the boundaries of innovation in vehicle design. His expertise in ergonomic applications and safety measures reflects his commitment to improving the overall driving experience. He aims to integrate advanced ergonomic principles into automotive design to enhance user comfort and safety.