Question 1

The future of mobility is connected, automated, and electric. How will this impact the career prospects of professionals within the industry?

Accepted Answer

The automotive industry is undergoing a massive transformation. By 2035, cars will be more connected, autonomous, shared, and electric. And this opportunity to transform the way we move results from emissions, congestion, and safety issues mounting worldwide. Above all, the global automotive industry is attempting to decarbonize the planet.

However, as the auto industry evolves, it will also broadly impact the job roles and functions of professionals within the industry. To stay in sync with this switch to eMobility, professionals need an in-depth understanding of the design, analysis, and development of automated, hybrid, and electric vehicles.

The Advanced Certification in Automated & Electric Vehicles Program by Nexus at Michigan Engineering will help you build the required expertise and gear up to navigate the future of mobility.

Question 2

What is the motivation behind creating the Advanced Certification in Automated & Electric Vehicles Program?

Accepted Answer

Electric vehicles (EVs) have been making headlines in the last few years. But it is only now that they have attracted interest, innovation, and investments. While the sector’s growth is picking up, another pivotal aspect that needs immediate attention is talent and capabilities.

Considering the growing demand for EVs, organizations need professionals savvy in designing and functioning of EVs and automated vehicles. Although the automotive sector has a sizeable talent, most lack the niche expertise and understanding needed for automated and electric mobility.

To help professionals leverage the growth and opportunities, Nexus at Michigan Engineering, in partnership with TalentSprint, has launched the Advanced Certification in Automated & Electric Vehicles Program. A uniquely designed hands-on program that enables industry professionals to stay relevant in this fast-evolving automotive industry.

Question 3

What makes U-M the best place to learn from in this field?

Accepted Answer

The University of Michigan is at the forefront of promoting mobility transformation. Its key zones - Mcity, Michigan Mobility Transformation Center, and other initiatives created in collaboration with industry and government have made the university a ‘Mobility Mecca’. U-M’s constant endeavor and initiatives to work on mobility-related challenges make it one of the most trusted and sought-after institutions in the world for learners.

Question 4

What is unique about this program?

Accepted Answer

This is a LIVE and interactive online program with the potential to strengthen your fundamentals, inform new industry developments, and bridge the knowledge gap. Participants attending this program can benefit from the following.

Nexus at Michigan Engineering Advantage

Designed leveraging cutting-edge mobility research and innovation efforts by the institution
Taught by an expert group of acknowledged practitioners and research scientists from the Michigan Institute of Computational Discovery and Engineering
Globally recognized certificate from Nexus at Michigan Engineering

Transformative Pedagogy

Cohort-based effective learning with an illustrious global peer group
Faculty-driven LIVE Sessions by accomplished U-M Faculty + Self Learning
Experiential learning supported by expert mentorship, hands-on delivery format, assessments, and capstones

Career Impact

Showcase your expertise through projects and experiments
Network with an illustrious group of current and future mobility leaders
Upgrade your technical profile with a top certification

TalentSprint Advantage

Learn on TalentSprint’s patent-pending Digital Platform
Network with 3000+ TalentSprint Deep Tech Alumni
Access TalentSprint Career Accelerator

Question 5

What are the program outcomes?

Accepted Answer

Be at the forefront of EV Mobility solutions in your organization
Advance your career in the fast-evolving mobility industry
Globally recognized certification from Nexus at the University of Michigan Engineering
Deep dive into the major aspects of electric vehicles—fundamentals, trends, and technology outlook of mobility
Advance your understanding of the design, analysis, and development of hybrid and electric vehicles
Get introduced to the global cutting-edge R&D projects on connected and automated vehicles

Advanced Certification in Automated & Electric Vehicles

Course Features

Course Description

Highlights

Parameters

Module 1: Hybrid and Electric Vehicles

Module 2: Connected and Automated Vehicles

Module 3: Capstone Project

Course FAQs

The future of mobility is connected, automated, and electric. How will this impact the career prospects of professionals within the industry?

What is the motivation behind creating the Advanced Certification in Automated & Electric Vehicles Program?

What makes U-M the best place to learn from in this field?

What is unique about this program?

What are the program outcomes?

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