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Discover & Foundation

Explore energy types, waste systems and circular economy.

02
Build & Specialize

Apply smart grid, WTE and decentralized waste methods.

03
Innovate & Apply

Develop clean tech for energy recovery and recycling.

04
Lead & Transform

Strategize sustainable utility networks for smart cities.

Utilities

Understanding Mobility as a Service

This program enables professionals to design integrated MaaS solutions combining ITS, EV infrastructure, smart ticketing, congestion pricing, and inclusive design. Participants learn APIs, GIS, AI traffic models, and user-centric mobility to modernize urban transport systems.

Enrol now
Utilities

Understanding Mobility as a Service

This program enables professionals to design integrated MaaS solutions combining ITS, EV infrastructure, smart ticketing, congestion pricing, and inclusive design. Participants learn APIs, GIS, AI traffic models, and user-centric mobility to modernize urban transport systems.

Enrol now
structure

Program Structure

Learning Format

Pre-recorded Modules + Weekly Live Q&A

Duration

8 Week

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Grow your expertise. Build better futures.

4.7

Average Feedback Rating

3

Years of experience

20

government departments partnered

14

digital tools deployed

Key Points

Why Attend This Course

Urban transport faces integration, efficiency, and user-experience gaps. This course trains you on cutting-edge digital tools, data platforms, and real-time analytics to shape the future of smart mobility and multimodal transport systems.

Career Options

ITS analyst, EV infrastructure planner, transit operations strategist, AI-based traffic modeler, smart ticketing consultant, digital transport systems integrator.

Professional Certificate from Synergic Discovery

Course Overview

Week 1
Integrated Mobility Platforms & ITS (Intelligent Transport Systems)
Live Expert Session:
  • How ITS & MaaS platforms work
  • APIs for multimodal transport (public + private)
  • GPS & ETA services, dynamic pricing, e-wallet integration
  • Central traffic command dashboards + GIS-routing
Hands-on Activities:
  • API Integration Studio: Connect mock GPS + public transit APIs
  • Dashboard Design Lab: Design a multimodal control interface
Case Study:
  • ITS implementation in Surat or Helsinki MaaS success
Week 2
AI for Urban Traffic & Signal Optimization
Live Simulation Lab:
  • Real-time traffic detection with ML models
  • Adaptive signal control using vehicle density data
  • V2I (Vehicle to Infrastructure) communication
Technical Practice:
  • SUMO-based traffic simulation
  • ML Lab: Train a basic congestion heatmap prediction model
Assignment:
  • Optimize 4 key signals in a sample city map using simulated inputs
Week 3
EV Charging Infrastructure Planning
GIS + AI Session:
  • Siting EV chargers using GIS parameters
  • Load forecasting models
  • Charging behavior modeling + demand balancing
  • OCPP protocol: Smart charger communication
Practice Labs:
  • GIS-based charger siting exercise
  • Load simulation studio: AI-based prediction under different urban usage
Output:
  • Create a charger deployment strategy for a dense urban ward
Week 4
Smart Ticketing Systems & Fleet Management
Live Demo & App Studio:
  • RFID/NFC card ecosystems
  • Mobile ticketing flows and payment reconciliation
  • Blockchain-based ledger for transaction security
  • Fleet management: digital driver logs, e-payroll
Hands-on Tasks:
  • Ticketing App Prototype: Low-code design exercise
  • Blockchain traceability of 3-ticket purchase scenarios
Roleplay Activity:
  • Conduct ticket-to-fleet operations in mock public bus scenario
Week 5
Optimizing City Bus Operations
Live Session + Lab:
  • Route optimization using AI
  • Passenger load and fuel analytics
  • Digital Twin dashboards for urban bus operations
  • Scenario planning for rerouting during peak hour or events
Studio Lab:
  • Route planning simulation
  • Build a simple bus ops dashboard from provided datasets
  • Create predictive load models using historic data
Week 6
Urban Congestion Pricing & Policy Tools
Policy + Technical Module:
  • Concept of dynamic road pricing
  • Mobile tolling systems
  • Behavioral economics in reducing congestion
  • GIS-linked congestion zones
Simulation Practice:
  • Create congestion pricing zones using GIS
  • Model traffic flow shifts using policy toggles
Assignment:
  • Prepare a congestion control plan for a busy city center using 2 interventions
Week 7
Accessibility, Inclusion, and User-Centric Design
Human-Centered Mobility Session:
  • Accessibility tech for PwDs
  • Gender-sensitive transport planning
  • Multilingual interfaces in mobility apps
  • Designing for informal transit (autos, tuk-tuks)
Lab Activity:
  • Create user journey maps for different commuter types
  • Prototype feedback loops for transport apps
Discussion Forum:
  • Inclusive mobility: how far has India come? What’s next?
Week 8
Capstone Project & Final Presentations
Live Wrap-Up Session:
  • Showcase of selected innovations (India + global)
  • Peer feedback roundtable
Capstone Submission:
  • Design an integrated MaaS solution for a city/town:
  • ITS + signal + EV + ticketing + accessibility components
  • Include API architecture and implementation roadmap
Companies

Companies that Hire

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Learn directly from distinguished faculty shaping tomorrow’s urban landscapes.

Capstone Projects

Naina City Project: The Biggest Planned City of India

Naina City Project Urbanization is a global phenomenon, with cities rapidly expanding to accommodate growing populations.

Diamond City of India

Surat, known as the ‘Diamond City of India.’ It stands high among the top 10 smart cities in India with its many smart city efforts.
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