The increase in awareness regarding safety norms has boosted growth in vehicle braking system technologies in the country.

After government’s adoption of EV policy, the Indian electric vehicles industry saw start-ups which have shown endless possibilities ranging from cars, sports bikes to E-bikes.

With safety and emission standards getting tighter, automakers are looking to develop car body which can fulfill these regulatory obligations.

Shree Harsha, Director (Marketing, India) of DASSAULT SYSTEMES, as he explains usage of latest technologies in fastening the body designing process in automotive industry.

Electric vehicles (EV), which are coming up in big way, will need different body structure compared to vehicles using Internal Combustion Engine (ICE). In this interview, Swapnil Sansare, CEO and Founder, Divide by Zero Technologies (DBZ), explains how automakers are leveraging on additive manufacturing (3D printing) technology to fasten the body design & development process.

In this interview, Ashok Khondge, Principal Engineer, ANSYS Customer Excellence, ANSYS Inc, explains how automakers are ensuring safety and performance of electric vehicles (EV) through the innovative methods of integration of body structures, battery packs, thermal management systems, and electric drive.

Electric vehicles will have a significantly lower overall part count as compared to vehicles using internal combustion engines. EV body will have better optimised design, with more free space, says Sathyajith TK, Vice President at AXISCADES, in this interview with Rakesh Rao.

India is set to overtake Japan to become the third-largest automotive market in the world by 2021, thus offering huge growth opportunity for garage equipment suppliers.

After BS VI implementation across the board, electronic fuel injection and engine management system technology adoption is expected to pick up; the benefit for the consumer being improved starting, drivability and lower emissions.