Batteries and electric motors greatly increase electric vehicle weight compared to internal combustion engines

Lightweight EV design requires multi-domain approach

Are self-driving cars the future? It’s possible, but significant obstacles – both technological and societal – stand in the critical…

automotive network digital twin

Developing AV and EV electrical systems with the digital twin

We are living in a time of significant change and disruption in the automotive industry. The amount of electrical and…

Addressing the E/E system design challenges of EVs and AVs

As companies grapple with the challenges introduced by electric and autonomous vehicle technologies, key characteristics have emerged among those that…

Electrification, autonomy and electrical system design

Conventional wisdom has it that over the last decade or two, the global auto industry has undergone waves of disruption,…

Bringing wire harness manufacturing into the digital age

The increase in electrical and electronic features in modern vehicles is placing more emphasis on the wiring harness that transmits…

ECAD-MCAD Integration for First-Pass Success

Cars are becoming increasingly complex in the modern world. Nearly every car on the road has computers and sensors that…

harness manufacturing swimlane flow

Modernizing Wire Harness Manufacturing with a Model-Based Approach

The increase in electrical and electronic features in modern vehicles is placing more emphasis on the wiring harness that transmits…

Model based systems engineering enables advanced electrical and electronic systems design

Generative design accelerates EV electrical system engineering

In a previous blog, I covered the benefits that generative design can bring to bear on the development of an…