If earlier, mobility meant a movement from one point to another using a limited list of vehicles, such as a car, bus, train, motorcycle, and auto-rickshaw, now the term has gained a new meaning due to such factors as the electrification of vehicles, sharing economy, introduction of autonomous systems, and higher urban density. Mobility became something quite complex and multi-dimensional as the design problems related to vehicles have evolved considerably. While before, it was sufficient to design vehicles with particular design languages and constraints and with particular users in mind, now the designers face new challenges that have to be overcome in order to make the products successful.
As you may guess, future mobility design emerged as a specific design field due to the reasons mentioned above. You cannot prepare your students to design future automobiles by giving them conventional car design skills since these two fields involve different sets of problems. Future automobile design involves designing for various purposes (such as commuting, tourism, recreation, etc.), which implies dealing with various passengers.
What is Actually Different About This Design Problem
It is important for the mobility and transport design college India to find courses that understand the nature of the emerging problems and incorporate them into their educational programme. Thus, the students would not simply receive information that is relevant for future designers. Moreover, they will learn how to deal with challenges specific to future mobility. Let us take a closer look at the main differences between the two.
First, future designers have to deal with designing vehicles intended for several people during a day or even simultaneously. It means that the designers have to think of the interior differently since it has to be multifunctional and flexible, allowing its passengers to perform various activities.
Second, in the case of an autonomous vehicle, passengers do not have to drive it. Therefore, it means that the passengers will be able to change their position inside the cabin, depending on the type of activity they perform (they might want to face each other or even sleep).
Third, as for India, the country has a unique vehicle market, which is disrupted by the emergence of electric vehicles. The appearance of EVs provides more design opportunities. Therefore, the students interested in the Indian market should choose the courses, paying special attention to this specific issue.
Why India is an Interesting Place for This Education Right Now
From a statistical perspective, the country offers a variety of opportunities for future designers due to a large vehicle market and the fast development of EVs. However, this is not the only reason. In fact, the Indian mobility context is quite specific and differs significantly from the European or American ones. People moving across the Indian streets, its density, vehicles that move together, and specific consumer demands provide challenges that cannot be addressed by the imported solutions.
In other words, a future mobility and transport design graduate will solve problems that actually exist and that require the designer’s skills and expertise in this context. If some programmes have not paid enough attention to the issues mentioned above, it will mean that the graduates will have to solve similar problems on the job rather than as part of the learning process.
The Technology Reality
Apart from the design issues, a designer has to pay close attention to technologies that affect vehicle design. Electric vehicles, connected cars, and autonomous driving involve using sensors, batteries, software, and other components that affect the design process. Therefore, a good designer has to understand the potential and limitations of all these technologies from the start to avoid facing numerous difficulties during designing his or her project.
Thus, SOD programme at Ajeenkya DY Patil University in Pune is a good choice if you want to study mobility design. In contrast to other programmes, it considers the current realities of the industry and prepares students to work in a rapidly changing environment. For instance, you will get the information regarding how different technologies affect the process of designing and how to manage the process successfully. For more information, visit sod.adypu.edu.in.
FAQs
1. What makes future mobility design different from conventional automotive design education?
Future mobility design involves different design problems since, in this case, the designers deal with electric, shared, and even autonomous vehicles. Therefore, a traditional automotive design programme will help only partially to design new cars properly. The design programmes have to incorporate the challenges mentioned above from the start.
2. What do future mobility design programs India specifically cover?
Designing the interior of shared vehicles; interior design of autonomous vehicles; micro-mobility and two-wheeler design for the Indian market; using sensors, connectivity, and other design conditions that appear due to the electric, shared, or autonomous nature of vehicles.
3. Why does the Indian mobility context matter for a mobility design course in India?
Indian streets, the density of cities, consumer demands, and unique vehicles available on the market lead to the emergence of challenges that need to be solved. Designers prepared to deal with this context are valuable experts for the companies operating in this specific environment.
4. What career opportunities exist for mobility and transport design college India graduates?
Students majoring in this subject will have a great opportunity to work with vehicle manufacturers designing electric vehicles and implementing new technologies. Additionally, students will be able to collaborate with mobility infrastructure organizations, public transport providers, design consultancies, and other firms interested in innovations in the sphere.
5. How does technology understanding fit into a future mobility design programme?
Understanding of technology is crucial as the designer has to deal with the technology-related issues throughout the whole design process.
