Naoufel Ghannami

Propulsion Control & Modeling Team Member at EcoCAR Mobility Challenge - Lemont, IL, US

Naoufel Ghannami's Colleagues at EcoCAR Mobility Challenge
Phillip Dalke

Propulsion Systems Engineer

Contact Phillip Dalke

Gage Sovey

Propulsion, Controls, and Modeling Team lead

Contact Gage Sovey

Karun Singh

Propulsion & Controls Team Member

Contact Karun Singh

Justin Wu

Propulsion Controls & Modeling Graduate Manager

Contact Justin Wu

Pratik Satija

Propulsions Controls and Modelling Team Member

Contact Pratik Satija

Dillon Scott

EcoCar Mobility Challenge - HEVT - GRA

Contact Dillon Scott

View All Naoufel Ghannami's Colleagues
Naoufel Ghannami's Contact Details
HQ
N/A
Location
Mississippi State, Mississippi, United States
Company
EcoCAR Mobility Challenge
Naoufel Ghannami's Company Details
EcoCAR Mobility Challenge logo, EcoCAR Mobility Challenge contact details

EcoCAR Mobility Challenge

Lemont, IL, US • 1000 - 4999 Employees
College/University

The EcoCAR Mobility Challenge is the latest Advanced Vehicle Technology Competition sponsored by the U.S. Department of Energy, General Motors and Mathworks aimed at developing a highly-skilled workforce by providing hands-on experience designing and building the next generation mobility solutions to meet our nation's future energy and mobility challenges.

N/A
Details about EcoCAR Mobility Challenge
Frequently Asked Questions about Naoufel Ghannami
Naoufel Ghannami currently works for EcoCAR Mobility Challenge.
Naoufel Ghannami's role at EcoCAR Mobility Challenge is Propulsion Control & Modeling Team Member.
Naoufel Ghannami's email address is ***@avtcseries.org. To view Naoufel Ghannami's full email address, please signup to ConnectPlex.
Naoufel Ghannami works in the College/University industry.
Naoufel Ghannami's colleagues at EcoCAR Mobility Challenge are Phillip Dalke, Daxil Chhatralia, Gage Sovey, Karun Singh, Justin Wu, Pratik Satija, Dillon Scott and others.
Naoufel Ghannami's phone number is N/A
See more information about Naoufel Ghannami