Cornell Electric Vehicles ALEXANDER ZHU
Cornell Electric Vehicles is the foremost project team at Cornell University dedicated to building autonomous, hyper-efficient electric cars. Our deeply knowledgeable interdisciplinary organization operates at the pace of a startup and has repeatedly produced industry-grade vehicles. Having placed highly at Shell Eco-Marathon Americas, we are a.
Cornell Electric Vehicles
Cornell Electric Vehicles is an undergraduate Cornell University engineering project team that designs and builds electric vehicles to compete in the Shell Eco-marathon, a competition.
Cornell Electric Vehicles
Our Vehicles | Cornell Electric Vehicles CHICKEN COUPE 2023 75kg Carbon Fiber Monocoque Weight Chassis 20000 mAH 6S 24V BLDC Battery Motor CUCKOO CARAVAN 2022 37kg Carbon Fiber Monocoque Weight Chassis 10000 mAH 6S 24V BLDC Battery Motor KIWI KRUISER 2019 35kg Carbon Fiber Monocoque Weight Chassis 10000 mAH 6S 24V BLDC Battery Motor CRR18 2018 35kg
Cornell Electric Vehicles Selena Yao
ELECTRICAL The Electrical subteam is in charge of powering the vehicle, controlling the motor, monitoring safety parameters, and performing real-time data acquisition and visualization to inform vehicle design as well as racing strategy. Motor Controller Drives BLDC motor via smart commutation to operate as efficiently as possible. Bhadra Bejoy
Yoon Kang Electrical Subteam Member Cornell Electric Vehicles
Apply | Cornell Electric Vehicles Join Us Fall 2023 Applications: Closed. Thank you for your interest in joining our team! We've been thrilled to engage with so many passionate individuals keen on pushing the limits of autonomous and electric vehicle innovation.
Cornell Electric Vehicles
CORNELL ELECTRIC VEHICLES Drive to Our New Site Cornell Electric Vehicles is the foremost project team at Cornell University dedicated to building autonomous, hyper-efficient electric cars.
Andrew J. D'Onofrio Mechanical Engineer Cornell Electric Vehicles
Mechanical | Cornell Electric Vehicles MECHANICAL The Mechanical subteam develops the vehicle's chassis, aerodynamic body, and drivetrain. This involves an annual design, analysis, manufacturing, and testing cycle. Recent vehicle designs have been developed using computer simulations, carbon fiber composites, and optimized CNC-machined parts.
Cornell Electric Vehicles
Research paves way for wireless charging of electric vehicles | Cornell Chronicle A team led by Khurram Afridi, associate professor of electrical and computer engineering, is pioneering an innovative approach for the wireless charging of electric vehicles, autonomous forklifts and other mobile machines, while they remain in motion.
Cornell Electric Vehicles
Team Overview Founded in 2019, Combat Robotics at Cornell is a team whose goal is to design, manufacture, and bring to life remote control and autonomous combat robots. Each year our Kinetic subteam designs and manufactures a robust high-kinetic energy robot.
Cornell Electric Vehicles takes on EV Efficiency at Shell
Operations Mechanical Software Platform Explore the sub-teams of Cornell Electric Vehicles building the future of autonomous EVs.
Micah Fisher Electrical Team Member Cornell Electric Vehicles
2026 Learn about our Operations subteam, running the logistics and marketing for Cornell Electric Vehicles.
Cornell Electric Vehicles
What's Up with Electric Vehicles? An engineering professor weighs in on the challenges of ending our cars' dependence on gasoline—and how they may be overcome By Beth Saulnier From the Tesla to the Chevy Bolt, all-electric vehicles are growing in popularity.
Mackemey Munion Mechanical Drivetrain Engineer Cornell Electric
By Syl Kacapyr. As electric vehicle production revs up across the globe, an inherent consequence will be the mutually growing number of retired lithium-ion batteries that, unlike traditional lead-acid car batteries, are difficult to dispose of. A new Cornell-led study identifies several keys to sustainably managing the influx, with an emphasis.
Cornell Electric Vehicles Selena Yao
Electric cars - and their continued sales growth - are expected to have a greener, cleaner influence on air pollution and reduce human mortality in most, if not all, U.S. metropolitan areas, according to Cornell research published in Renewable and Sustainable Energy Reviews (March 2023).. As the microscopic soot discharged from carbon-fueled cars continues to drop substantially, the.
Cornell Electric Vehicles
2021 Cornell/WSU Seminar: Machine Learning for Smart Grid:. and computing hardware and software into physical infrastructure systems such as transportation systems and electric power grid. These enhancements are transforming traditional passive infrastructure - from vehicles to traffic lights to solar panels - into proactive components.
Cornell Electric Vehicles takes on EV Efficiency at Shell
Established in 2014, Cornell Electric Vehicles (CEV) is the first electric vehicles project team at Cornell. We pave the way for student teams to design fully electric vehicles. Moreover, we are the only vehicle team with an energy-efficiency focus.