The Technological Integration of Mobility course offers you the opportunity to immerse yourself in the dynamic and the growing smart mobility sector. With a focus on efficiency technological y energy, this course prepares you for understand y apply key concepts in smart cities and smart mobility. The demand for professionals trained This sector is booming, driven by the need for innovative solutions that will transform the way we get around. By taking part, you will acquire skills in the management from services from mobility (Mobility as a Service) and an understanding of the latest technological innovations. This training will position you as a professional capable of leading significant change in the sector, opening the door to a wide range of job opportunities. Online training will allow you to access this knowledge from anywhere, flexibly and at your own pace. Don’t miss out on the chance to be part of the technological revolution in mobility!
Technological integration of mobility
Architecture, construction and urban planning
40 hours
Introduction
Objectives
- To understand technological and energy efficiency in today’s transport sector.
- To analyse the impact of Smart Cities on urban mobility.
- To evaluate Mobility as a Service (MaaS) solutions in urban environments.
- To identify technological innovations in the mobility sector.
- Apply energy efficiency principles to transport planning.
- To research emerging technologies to improve mobility.
- To explore the role of technology in urban traffic management.
Table of Contents
TEACHING UNIT 1. THE TRANSITION TOWARDS TECHNOLOGICAL AND ENERGY EFFICIENCY:
Polluting emissions and the impact of the transport sector
Key environmental regulations
Analysis and benefits of life cycles. Green NCAP initiatives
Challenges and teaching opportunities presented by new technological developments
Alternative fuels
TEACHING UNIT 2. SMART CITY & SMART MOBILITY
From the digital city to smart cities
Smart Cities
The power of data in transport planning
Smart traffic and public transport management
Other smart technologies
TEACHING UNIT 3. MOBILITY AS A SERVICE
MaaS and the new mobility
Objectives, advantages, disadvantages and challenges of MaaS
MaaS in the urban mobility planning process
Governance of the MaaS system
Real-world examples of MaaS systems
TEACHING UNIT 4. TECHNOLOGICAL INNOVATIONS IN MOBILITY
Advanced data analytics
Civic technologies
Shared mobility
Autonomous vehicle
The city of the future
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