Emerging Automotive Technologies
The automotive industry is changing in fundamental ways with the increased focus on sustainable and self-driving cars. Today, the internal combustion engine is increasingly complemented or even replaced with an electric motor. Vehicles are becoming more and more autonomous, creating an ever-increasing need for better software. Consequently, skilled automotive engineers are required to meet the demands of this new environment.
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The automotive industry is changing in fundamental ways with the increased focus on sustainable and self-driving cars. Today, the internal combustion engine is increasingly complemented or even replaced with an electric motor. Vehicles are becoming more and more autonomous, creating an ever-increasing need for better software. Consequently, skilled automotive engineers are required to meet the demands of this new environment.
The automotive industry is changing in fundamental ways with the increased focus on sustainable and self-driving cars. Today, the internal combustion engine is increasingly complemented or even replaced with an electric motor. Vehicles are becoming more and more autonomous, creating an ever-increasing need for better software. Consequently, skilled automotive engineers are required to meet the demands of this new environment.
In this MicroMasters program, you will learn the fundamentals of not only how a vehicle is designed, but also how to model and simulate the vehicle dynamics. Learn how to implement intelligent perception and decision procedures needed for self-driving cars and how model-based design is widely used in industry to accurately simulate the vehicle but also to design efficient algorithms.
Graduates from the MicroMasters program will be equipped with the necessary skills for a career within the automotive industry and will have a broad perspective of the emerging technologies within the development of automotive technologies.
What you'll learn
- Design and simulate electric and hybrid powertrains
- Understand the fundamentals of passive and active safety concepts
- Model and simulate vehicle dynamics
- Implement intelligent perception and decision procedures needed for self-driving cars
What's inside
Seven courses
Electric and Conventional Vehicles
(105 hours)
Electric and Conventional Vehicles
(105 hours)
Hybrid Vehicles
(105 hours)
Hybrid Vehicles
(105 hours)
Road Traffic Safety in Automotive Engineering
(63 hours)
Road Traffic Safety in Automotive Engineering
(63 hours)
Model-Based Automotive Systems Engineering
(105 hours)
Model-Based Automotive Systems Engineering
(105 hours)
Sensor Fusion and Non-linear Filtering for Automotive Systems
(135 hours)
Sensor Fusion and Non-linear Filtering for Automotive Systems
(135 hours)
Multi-Object Tracking for Automotive Systems
(150 hours)
Multi-Object Tracking for Automotive Systems
(150 hours)
Decision-Making for Autonomous Systems
(105 hours)
Decision-Making for Autonomous Systems
(105 hours)Save this collection
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