Technology: soon the age of reason?
Energy efficiency, electric motors, even the industrial metaverse... over the past few decades, new technology has brought progress and improvements to the automotive industry. And it’s not over yet! But it has also brought forth a number of challenges — greenhouse gas emissions and use of resources — that require us to find (ever more) virtuous ways to use them. “We are becoming aware that we are nearing our limits in terms of CO2 production, fresh-water use, and more...” said Dr. Luc JULIA , Scientific Director of 雷诺 .
“This is the best way to stop ‘innovating just for the sake of it’ which is one of the downsides to engineering”, always looking for something new “while never dwelling on the applications of new inventions, nor on the consequences or impact they may have.”
According to him, the benefits of artificial intelligence like ChatGPT
Do we really need fully autonomous cars?
So how can we make sure innovation is not just a gadget but something that brings about real progress that takes into consideration people and the planet? This is a hot topic for the automotive sector, particularly with ongoing research into autonomous cars: “What for, and especially at what cost?” asked Luc Julia. In a 2021 report, the think tank La Fabrique écologique described automated vehicles as: “an energy-intensive, polluting, resource and space-consuming, and costly enterprise that endangers public freedoms”.
“Level 5 autonomous vehicles [the highest level of autonomy, editor’s note] as promised by Elon Musk, the CEO of Tesla, is an aberration,” said Luc Julia. "It is unattainable because you can’t plan for absolutely everything that can happen on the road. It would be so technologically complex that it would be unaffordable for your average person.” Let’s set more “realistic” goals: “We are currently at level 2, and about to reach level 3. Let’s be happy if we can make it to level 4, as that will be sufficient to avoid about 90% of road accidents!”
A new innovation philosophy
Another example of technological innovation that is both useful and sensible is predictive maintenance in factories
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Within Renault Group, this vision of innovation could be expressed as follows: “We innovate, but we do it with caution”, as put by Luc Julia. “We deploy technology where it will help, not only our customers, but also those who work here in the company.”
Always learning
This philosophy means building upon a set of environmental, social, economic and people-centric parameters. “These choices must be informed,” argued Luc Julia. “Once a decision is made, you have to be willing to back track if it doesn’t work out. It’s how you learn. Unlike the United States, France doesn’t really have a culture where you have the right to fail.”
In order to foster a 360-degree vision of innovation that combines expertise, there is nothing better than a multidisciplinary approach
Lastly, lessons learned must be accessible for those in the general public. Environmental awareness means choosing “a model that is less flashy, because you know it has a smaller impact on the environment,” said Luc Julia. He also thinks that clearly displaying the environmental impact of a vehicle
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Transitions, Industries, lifelong learning & Jardins
1 年Congrat's for this responsible phylosophy of frugal innovation. Certainly something which can be appealing to young engineers who are somewhat afraid by large industrial companies
Coding, Electronics and Robotics
1 年It is exciting and challenging to read the article by Dr. Luca about where to stop in the development of technology. We can learn from Waymo, a pioneer in autonomous driving technology. Their approach combines innovative sensors, machine learning, and meticulous planning to create a reliable and safe driving experience.? The investment of multiple sensors in Waymo’s cars is an excellent solution: Mapping Precision: Used by swarm quadcopters. Waymo, a Google company, uses maps of every intersection, sign, and signal. Perception System: Waymo’s perception system deciphers complex data from an advanced suite of car sensors. Predictive Intelligence: The Waymo Driver draws from real-time data and experience to predict other road users’ actions. Safe Planning: The Waymo Driver calculates trajectories, speeds, lanes, and steering maneuvers with these sensors: Lidar: It paints a 3D picture of the environment, regardless of the time of day. Cameras: With twenty-nine cameras on their Jaguar I-PACEs, Waymo captures a simultaneous 360° view. Radar: Effective in rain, fog, and snow, radar provides crucial details like object distance and speed.
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1 年Such a thought-provoking post! ?? Innovation with a conscience is crucial for a sustainable future. Let's strive for progress that benefits both people and the planet. ?
President of Global Innovations Center Corp.
1 年Patent US 11, 428, 156 B2
President of Global Innovations Center Corp.
1 年In order to stop “innovating just for the sake of it,” which is one of the shortcomings of engineering, you must always look for something new that has a development perspective and can easily be adapted into real life, is more convenient to use and is cheaper for consumers. Now consumers just need to use hybrid EV with engine RV8/16 “to feel good” while “being frugal” — “to do more with less”.? This is where innovation is need, and it will provide the answer.