As technology revolutionizes car repairs, from AI-driven diagnostics to electrification, it’s crucial to embrace these advancements for safer, more efficient, and sustainable automotive care, writes Himanshu Arora – CEO and Co-Founder GoMechanic.
Being the founder of GoMechanic, I’ve had a prior view of seeing significant changes in car repairs with the integration of modern-day technology. In the old days, when a mechanic opened up the hood of a car and checked the engine wobbling sounds to diagnose the problem, it is now transformed by immersive technology and digital tools. It’s an exciting time yet vital that we comprehend and embrace these changes, not just for the sake of convenience but for the betterment of safety, efficiency, and sustainability.
The Emergence of Computerized Diagnostics: The Brain of Modern Repairs
Back in the days when a mechanic relied on his experience to diagnose the problems in the car is now assisted with technological advancements, and computerized diagnostic systems – a technology that diagnoses the issues in a car. Cars are now equipped with complex computer systems that monitor and analyze each aspect of their performance. When something goes wrong in a car or is about to in the future, these systems can pinpoint the exact issue, allowing mechanics to address problems quickly and more efficiently.
Tools like Onboard Diagnostics (OBD-II) systems are vital to diagnosing and predicting problems, which I believe makes it imperative for mechanics to acquire a great knowledge and precision of these tools. This curve has not only cut down the time spent on repairs but also reduced the chances of misdiagnosis. For car owners, this means less downtime and a more personalized maintenance experience.
Advanced Driver Assistance Systems (ADAS): A Significant Shift
Another shift in the car repairing game is caused by the rise of Advanced Driver Assistance Systems (ADAS). These systems include multiple assistance functions like lane-keeping assistance, adaptive cruise control, and automatic emergency braking, which are designed to enhance safety by minimizing human errors on roads. But what happens when these systems fail?
Repairing ADAS-equipped vehicles requires specialized knowledge of specific tools. Modern-day mechanics need to understand the intricacies of radar, sensors, and camera-based systems, which are integrated into ADAS. Double-checking these systems after a repair is essential to ensure they work accurately.
For example, a simple windshield replacement on an ADAS-equipped vehicle is no longer a simple task. The cameras and sensors rooted in the glass must be rescaled and double checked by the mechanics to ensure they function properly after the replacement. This change needs high-end work training and knowledge for technicians to stay ahead of the technological curve.
Electrification: A New Era
Today, the global push toward sustainability has resulted in the era of electric vehicles (EVs). I’ve personally noticed this push affects the repairing industry as the mechanics were new to these types of powertrains. EVs bring a new set of challenges and opportunities with them for the repair industry. To cope with this shift, continuous learning, and hands-on experience are vital for industry technicians.
EVs have fewer moving parts compared to ICE vehicles, which means they require less maintenance. However, when something goes wrong, the complexity of EV repairs can be troublesome. Essential elements of EVs including High-voltage battery systems, regenerative braking, and electric motors require a different set of skills and tools. I think mechanics need to be well-experienced in these new immersive technologies to solve the problems in such scenarios.
Furthermore, this shift towards electrification is also reshaping the design of the repair shops, with the integration of charging stations within the repair centers. I believe even technicians are being trained to handle high-voltage systems safely with better efficiency and confidence.
AI and Predictive Maintenance: A Revolution
AI integration is revolutionizing the repairing process completely through predictive maintenance. By analyzing data from various sensors and systems within the car, AI can predict potential issues and recommend maintenance before your car faces a breakdown. I am personally fascinated with this technology; I mean my car is sensible enough to diagnose an upcoming problem.
For repair shops, it means a shift towards more planned and routine maintenance visits rather than emergency repairs, which means no huddles. Other than predictive maintenance, AI is also enabling the development of virtual diagnostic assistants that can guide technicians through complex repair processes. I think these AI advancements assist mechanics to perform better at their jobs while simultaneously integrating technological skills.
Conclusion: A New Era of Automotive Care
The vital role of immersive technologies in modern-day car repairs cannot be overstated. From computerized diagnostics to electrification and AI, every new aspect of these technologies is assisting in creating a change in the repair industry that has never been seen before. These advancements are not just making repairs faster or more efficient but reshaping the entire industry simultaneously.
I think as we move forward, it’s crucial to maintain a balance between these immersive technologies and the human touch that has been and will always be a vital part of the repairing industry. By doing so, we can make sure that this new era of automotive care benefits all – from the technicians in the repair shops to the drivers on the roads.
As the founder of a car servicing company, I believe that this is high time to be a part of the automotive industry. The road ahead is filled with opportunities, and with the right mindset, we can navigate this journey together to embrace the future of car repairs with passion and enthusiasm.
Disclaimer: The views expressed by the author are his own and do not necessarily reflect the views of FMM magazine.
Himanshu Arora
CEO and Co – Founder
GoMechanic