Here's how you can get ready for the transition to electric and autonomous vehicles.

1. Understanding the Emerging Technologies: * Electric Vehicles (EVs): * Autonomous Vehicles (AVs): * Smart Mobility Solutions: * Data and Connectivity: 2. Adapting Your Skills and Knowledge: * Technical Skills: * Software and Data Skills: * Business and Management Skills: * Communication and Collaboration Skills: 3. Exploring Career Opportunities: * EV Manufacturing and Supply Chain: * AV Technology and Development: * Smart Mobility Solutions: * Data Analytics and AI: 4. Investing in Your Future: * Continuing Education: * Networking: * Mentorship and Guidance: * Embrace Change: 5. Staying Informed: * News and Industry Publications: * Research and Reports: * Industry Events:

I agree,cost of the vehicle to be made affordable so more and more customers can buy... With battery being the costliest item in E- Electric.

First thing to do the Safety of Battery and vehicle, we had seen lots of EV burn cases which is impacting on the EV owner mindset as compared with the ICE. Next, the Pricing factor of the vehicle, government has to be provided the Subsidy which was there earlier based on kwh capacity of battery which will help both, Manufacturers and customers. Other than above, Charging infrastructure and swappable concept of battery.

The future of the automotive industry in India is bright with HEVs (Passenger car and Commercial Vehicle Segments) and BEVs( Two & Three Wheeler Segment) leading the way. The challenges like cost, battery warranty, disposing/recycling of used battery, etc. needs to be addressed for HEVs/EVs to be a sustainable transportation systems.

Future of Automotive is PHEV in India and BEV ,In my opinion Battery warranty need to give atleast 4 years of vehicle life / 200K kms , due to this Customer will be reliable on these new technology. BEV / PHEV technology will disrupt the market. Lets be ready with BEV technology

The advancement of autonomous vehicles is progressing steadily, and the automotive industry faces the challenge of efficiently transitioning between different levels of automation. The leap from Level 2 (Partial Automation) to Level 3 (Conditional Automation) is particularly significant and poses considerable technical and financial challenges. Challenges of Implementing Level 3 Functions: 1. Enhanced Sensors and Hardware (e.g. LiDAR) 2. Complex Software Algorithms 3. Safety and Redundancy Systems 4. Legal and Regulatory Compliance Incremental development between Level 2 and Level 3 functions is critical for cost optimization and the successful deployment of autonomous vehicles.

In my view, Autonomous vehicles with full automation are not required (Level 5), The only thing is it should help the driver in case of emergency like suddenly someone comes in front of vehicle or brake fail or SoS alarm from driver/passenger.

Autonomous vehicles, or self-driving cars, use a combination of sensors, cameras, and artificial intelligence to navigate without human input. To prepare for this transition, it's helpful to understand the different levels of automation, from Level 0 (no automation) to Level 5 (full automation). Keeping up with legislative changes and safety standards that govern autonomous vehicles on public roads is also crucial. By staying informed, you’ll be better equipped to understand how autonomous technology will impact driving, insurance, and vehicle ownership.

In my opinion, autonomy in vehicles needs to be tailored according to the utility in a particular region or country. Level 1 at passenger car and CV segments (which we have already) and level 5 in vehicles used for shuttle services in airports, educational institutions, etc., Cost is an important factor which also impedes the development of such vehicle for mass transportation systems.

Skills upgrade is the most important thing to switch to the EV era. One should know the Vehicle, battery and motor. There are lots of options available in the market to upgrade your skills to be an important asset in the field of electric vehicles like e-Mobility certificate courses from premium institutes(IITs, IISC). Also Mtech in electric vehicle technology which is being provided by engineering institutes. Other than this working professionals have to conduct the session on EVs, Battery and BMS , Motor technology. To become a valuable asset in the EV market we should know the different types of EVs, Battery, Motors, Controllers and their functions also new testing methodologies.

To stay competitive in the evolving automotive industry, focus on acquiring specialized skills related to electric and autonomous technologies. Enroll in courses or obtain certifications in battery technology, electric powertrain design, and sensor integration. These competencies are in high demand and will enhance your marketability. By continuously upgrading your skill set, you ensure your relevance and value as a professional in the future automotive workforce.

As the automotive industry rapidly evolves with electric and autonomous technologies, upgrading your skills is essential to stay competitive. Pursuing courses or certifications in battery technology, electric powertrain design, and sensor integration will not only enhance your personal knowledge but also significantly increase your marketability in a field eager for expertise. By investing in these emerging areas, you position yourself as a key asset in the future of the automotive workforce.

Infrastructure plays a vital role in the EV industry as nowadays demand is for more range because, if anyone wants to switch to EV then he would not buy one more ICE vehicle to go for long distance. Nowadays limitations is only range which can be tackled by charging infrastructure, Fast charges and swappable battery. Also the interchangeable battery system will help to make it robost. Battery ownership should be with Manufacturers or service providers and vehicle owners would be charged only for charging costs like fuel cost. It will help to reduce the cost of ownership as battery replacement cost is more than half the cost of the vehicle.

The shift to electric and autonomous vehicles necessitates a comprehensive overhaul of our existing infrastructure. Establishing a widespread network of EV charging stations and robust communication systems for autonomous vehicle interaction is crucial. By supporting local initiatives and staying informed about infrastructure needs and challenges, we can actively contribute to creating a more connected and sustainable transportation ecosystem.

V2X (Vehicle-to-Everything) will present massive opportunities to engage in the industry. E/E, Mechanical, Component etc just to name a few will be crucial to building infrastructure. Keep on top of the developments and right opportunities will present themselves.

Transitioning to electric and autonomous vehicles necessitates the development of new infrastructure, such as EV charging stations and communication networks for autonomous vehicles. To prepare, engage in local initiatives advocating for or contributing to the establishment of this infrastructure. Understanding the requirements and challenges associated with this transition enables active participation in shaping the future of transportation.

Active participation in policy discussions is essential for the successful adoption of electric and autonomous vehicles. By staying informed about relevant regulations and engaging with policymakers, you can help shape legislation that promotes accessibility and innovation in these technologies. Attending public hearings and joining advocacy groups allows you to contribute to the development of a supportive regulatory framework that will drive the future of transportation.

Active engagement in policy discussions is crucial for the successful adoption of electric and autonomous vehicles. Stay informed about relevant regulations at local, national, and international levels. Participate in public hearings, engage with policymakers, and join advocacy groups to advocate for policies conducive to the advancement of these technologies. Your involvement can shape legislation that influences the accessibility and success of electric and autonomous vehicles on the roads.

Definitely, electric vehicles required less maintenance but required accurate troubleshooting because it is Fully driven by sensors. Frequent check required for Battery health, new software update through OTA, and drives. EVs are generating tons of data which can help manufacturers for root cause analysis of issues and further enhancement in the product. As a vehicle owner, one should check the vehicle every day before the start of the ride from a safety perspective like Battery, Brakes, transmission system for any noise. Vehicle service has to be done in an authorised service centre only because your local mechanics don't know the integration of your vehicle. Also washing has to be done as per instructions from the manufacturer.

Adopting a proactive maintenance mindset is crucial for electric and autonomous vehicles. With electric vehicles, focus on battery health and software updates, rather than traditional mechanical servicing. For autonomous vehicles, regular sensor checks and calibration are essential for safety. By understanding these new maintenance requirements and adjusting your approach accordingly, you can ensure your vehicle remains reliable and operates at its optimal performance level.

Adopting a new maintenance mindset is crucial for electric and autonomous vehicle owners. Electric vehicles demand less frequent servicing but require diligent attention to battery health and regular software updates. Autonomous vehicles necessitate consistent checks and calibration of sensors to ensure safety and reliability. By understanding and adapting to these new maintenance requirements, you can keep your vehicle in peak condition and ensure optimal performance.

With cooling systems used throughout EV drivetrain components, more than ever before it is critical that cooling system maintenance is carried out correctly. Acidification of coolant occurs over time and will destroy expensive electrical components cooled by the cooling system if it is not maintained correctly. All too often cooling system, ac refrigerant and brake fluid services are seen as upsell items rather than required at schedule, this is not the case. Automotive professionals and customers need education to learn the potentially damaging effects of not maintaining these systems, especially with electrified powertrains.

Customer expectations from electric vehicles have been evolving over time as the technology matures and becomes more mainstream. Some common expectations that customers have from electric vehicles include: ?? Low cost ?? High Range ???? Good Service ?? Charging Infrastructure ???Brand Reputation

Have a long-term outlook on the industry and evaluate whether what you do now will be required in the same capacity in 5 years time. It may be that you are in a declining sector and might want to reposition within the industry. Sometimes its as easy as picking the right company. Make sure to find out about those growth figures before changing jobs!