Table of Contents:

1. Introduction
2. What is mobility?
3. What is mobility engineering?
   3.1 Roles & responsibilities of a mobility engineer
4. How to become a mobility engineer
5. Future of mobility engineering
6. How Mobility Engineering strives to make a difference in the automotive industry?
7. Famous Five R’s of the Mobility Sector
8. Conclusion

The changing landscape of the automobile industry demands engineers at unprecedented levels. And that is why a brief talk on the subject is a pressing priority today. Speaking of what is mobility engineering- A twist in traditional automotive engineering with a pinch of new technologies and skills.

The birth of mobility engineering is driven by variable consumer behavior and sustainability. While technological advancements have taken the auto space to an elite level, mobility engineering has set a completely new standard.

The future of the respective field is gleaming with a blaze which has pushed incumbents to reimagine their operations. Players are thriving to innovate and forge ahead. A major disruption in the industry is established by technologies such as connected, electric and autonomous. Concerned professionals are in charge of designing highly integrated and effective solutions.

This study aims at bringing forward what mobility engineering is and how to delve into this space accurately.

What is mobility?

In layman’s language, mobility is determined as the possibility of moving from one place to another using a mode of transport. Emobility is an approach toward sustainability and is beneficial at the personal and global levels. On a larger scale, it curbs climate change by diminishing greenhouse gas emissions.

Electric mobility is an initiative toward not having combustible engines, stamping out toxic gases and tweaking people’s quality of life. The research-intensive subject leverages emerging technologies such as big data, machine learning, artificial intelligence (AI) and more.

What is mobility engineering?

Mobility Engineering has reshaped the automotive industry by simultaneously applying rapid changes and growth. The subject is now a need of the hour and for all the right reasons.

• EVs have changed the lookout of transportation and automotive engineering.
• The domain has provided an extensive understanding of vehicle dynamics and developed a control like never before.
• A great comprehension of autonomy and connectivity of cars.
• To foster newer transportation technologies such as ridesourcing, carsharing and more.

Roles and responsibilities of a Mobility Engineer

• Stay updated on the current and future technology trends in mobile computing.
• To synchronise the gauging of mobility solution requests with IT security teams.
• Build up test plans to enable quality deployment.
• To engage with associates and incorporate integrated network strategies.
• To implement network design solutions.
• To make use of new and revamp the existing solutions.
• Work closely with suppliers at the module level and approve module placement and PCB layout.
• To execute the project-driven network designs and impart representation to the board of reviewers.
• Be a master in automotive engineering.
• Conduct all on-call duties for engineering requests and operational escalations.

How to become a mobility engineer?

If you are aspiring to be a mobility engineer, here is a six-step process to go about.

1. Academic background

The first step is to have the right academic background for an aspiring mobility engineer. One must necessarily have all the expertise in Computer Science (CS), Electrical and Electronics and Mechanical Engineering. While none of the qualifications serves as an alternative for the other, Atria University’s major in Mobility is designed to master a range of modern skills in the space.

What can you expect to learn?

• Basics of vehicle design
• Autonomous vehicle technology
• Material Science
• Sustainable energy systems
• Fundamentals of climate change
• Finance and economics of sustainability
• Exploring the energy efficiency of transport and automobile system
• Implementation of battery technologies in mobility
• The business process of renewable energy
• Mobility infrastructure

2. Develop the quality and system management skills

Ace the quality and system management skills by grabbing intricate technical knowledge. Learn the sphere with much detailing:

• Automation
• Product development and design
• Supply chain investigation
• Advanced manufacturing
• CMM programming
• Technical translations

3. Cognitive and communication skills

A Mobility Engineer’s responsibility is to be decent enough with cognitive and communication skills. EV is still a budding industry with immense scope. It requires the professional to be comprehensible about the creation in order to understand problems and doubts. While people are still at the nascent stage of switching to modern technologies, a Mobility Engineer must have all the facts and specifications in place. It doesn’t end there. The professional must be able to communicate it rightly.

4. Customer satisfaction

The secret to success is to ensure your customer is satisfied. Market a product aggressively, but be sure to guarantee maximum consumer satisfaction. Design a product to meet the sacred needs of the consumers. For instance, introducing power steering was an initiative toward enhancing customer comfort and satisfaction.

5. Grow in continuity

This may seem like a life principle, but it is a predominant part of being a Mobility Engineer. Particularly in this field, there is extensive scope for new designs, technologies and structures. It is important for a Mobility Engineer to be growth-hungry and always willing to learn, experiment and expand.

6. Master multidisciplinary matters

Mobility Engineering involves a unique combination of futuristic concepts.

• Integrated mobility systems
• Project management
• Data analysis
• Information technology
• Autonomous driving systems
• Machine learning
• Artificial intelligence
• Automotive engineering
• Advanced mathematical knowledge
• Problem-solving skills
• Business analysis
• Fleet management
• Infomobility
• Vehicle safety systems
• Application of fuel cells

Future of Mobility Engineering

Emobility innovations are underway, with the field being full of surprises. The future of mobility is promising and mushrooming with innovations. What should you look forward to?

• Self-aware cars that bring forth a connected platform for new models
• Expansion of fleet services
• Data and insights from vehicles with internet-connected engine control units (ECUs) and sensors.
• Algorithm-rooted data from connected cars.
• Multiplicity of sales by broaching new offerings.

How Mobility Engineering strives to make a difference in the automotive industry?

The trends and revolution in the mobility space have successfully made a significant difference in the automotive industry.

• A combination of disciplines such as smart sensors, machine learning (ML), Big Data and Artificial Intelligence (AI) has helped achieve maximum safety.
• Trends such as electrification of transport, sustainable energy sources and battery vehicles swear by providing a future with no dependency on fossil fuel sources.
• Great communication technologies to facilitate an integrated mobility solution.
• Transport, autonomous vehicle infrastructure, resource management and on-demand transport.
• Avant-garde business models such as carsharing, ridesourcing and more.

Famous Five R’s of the Mobility Sector:

The future of mobility is at our doorstep with electrified, autonomous and connected developments aiming to dominate the automotive industry. The current scenario suggests that the mobility space is witnessing a change throughout the globe. Delve into the five R’s that control the prospering sector.

• Reimagine: Have a viable approach and create credible mobility for the future by widening your horizons and reimagining. A mobility engineer must reimagine technological and business model disruptions along with the building blocks.

• Refocus: It is decisive to enable the vision of sustainable mobility by refocusing all the energies on automotive R&D, customer value, technologies to enhance product performance and more.

• Reskill: Reskilling is mandatory in an automotive engineering career. In order to progress, the experienced professional must survive all changes and be well-equipped with electronics, computer science and mechanical skills.

• Rebuild: A mobility engineer must be able to rebuild the environment by evaluating newer technologies and creating sustainable solutions.

• Reuse: A sustainable mobility solution hinges on the ability to reuse and recycle. For instance, battery packs must be designed in a way that they can be reused.

One Last Thought:

Electric vehicles are the blue-eyed boys of the mobility engineering realm, anticipating achieving zero-emission by 2070. India is expected to be an EV-compliant nation by 2030, leaving us with a BIG question- if our education infrastructure provides the skill-set for Mobility Engineers and a shining career graph in the sector?

To your good fortune, Atria University offers a unique curriculum structure and works toward developing a future-ready mindset. Imagine an ecosystem with lightweight electric vehicles, mobility fleet sharing, connected cars and onboard sensors.

While pursuing a major in Mobility Engineering, you will get familiar with electric propulsion, hybrid and autonomous vehicles. You will be exposed to related disciplines such as – environmental science, energy policy, engineering and business. What’s even better? You will have the opportunity to work on several real-world projects .