Porsche Expands EV Hiring Program
Porsche AG is increasing the number of people it plans to hire to develop and produce its upcoming electric sports car from about 1,000 to more than 1,400.
#hybrid
Porsche AG is increasing the number of people it plans to hire to develop and produce its upcoming electric sports car from about 1,000 to more than 1,400.
The focus of the new hires will be on experts in connectivity, digitalization, e-mobility and what Porsche describes as smart mobility. In addition, the company plans to add 100 information technology specialists, 50 digital experts and more apprentices.
The bulk of the new positions—about 1,200—will be added at the company's main operations in Zuffenhausen, Germany. Porsche is investing about €1 billion ($1.1 billion) there to launch the Mission E electric sedan by the end of the decade.
Porsche unveiled a concept version of the stylish Mission E, which features two electric motors and a lithium-ion battery pack, last September at the Frankfurt auto show. The EV generates about 590 hp and can zip from zero to 62 mph in less than 3.5 seconds, according to the carmaker. The car’s driving range is estimated to be about 310 miles on the European driving cycle.
RELATED CONTENT
-
On Military Trucks, Euro Car Sales, Mazda Drops and More
Did you know Mack is making military dump trucks from commercial vehicles or that Ford tied with Daimler in Euro vehicle sales or the Mazda6 is soon to be a thing of the past or Alexa can be more readily integrated or about Honda’s new EV strategy? All that and more are found here.
-
What the VW ID. BUGGY Indicates
Volkswagen will be presenting a concept, the ID. BUGGY, a contemporary take on a dune buggy, based on the MEB electric platform that the company will be using for a wide array of production vehicles, at the International Geneva Motor Show.
-
Aluminum Sheet for EV Battery Enclosure
As the number of electric vehicles (EVs) is about to increase almost exponentially, aluminum supplier Novelis is preparing to provide customers with protective solutions