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01
Discover & Foundation

Grasp infrastructure types, project lifecycles and urban needs.

02
Build & Specialize

Use BIM, digital twins and real time monitoring tools.

03
Innovate & Apply

Optimize infrastructure using smart sensors and analytics.

04
Lead & Transform

Lead green, smart and inclusive infrastructure initiatives.

Infrastructure

Understanding Smart City Applications

This 10-week expert-led course unpacks real-world Smart City technologies — smart lighting, parking, public parks, digital payments, GIS, Wi-Fi networks — preparing professionals to plan, deploy, and manage resilient, data-driven civic infrastructure.

Enrol now
Infrastructure

Understanding Smart City Applications

This 10-week expert-led course unpacks real-world Smart City technologies — smart lighting, parking, public parks, digital payments, GIS, Wi-Fi networks — preparing professionals to plan, deploy, and manage resilient, data-driven civic infrastructure.

Enrol now
structure

Program Structure

Learning Format

Live Sessions

Duration

10 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

The industry lacks professionals skilled in integrating IoT, GIS, and data-driven systems for smart cities. This course equips you with practical tools to lead urban innovation, infrastructure upgrades, and digital transformation.

Career Options

Opportunities include Smart City Consultant, Urban Tech Specialist, IoT Solutions Architect, Digital Infrastructure Analyst, GIS & Data Expert, or roles in government smart initiatives and startup.

Professional Certificate from Synergic Discovery

Course Overview

Week 1
Smart Streetlight Systems
Live Expert Session:
  • Introduction to smart lighting systems
  • IoT light controllers, LoRa/NB-IoT protocols
  • CMS (Central Management Systems), predictive maintenance, energy analytics
Interactive Components:
  • Real-time dashboard demo
  • Case studies: Bhopal and Copenhagen deployments
  • Fault detection workflow illustration
Task:
  • Create a basic lighting control mock interface using template data
Week 2
LED Retrofitting & Lifecycle Management
Live Session:
  • LED specs, retrofitting procedures
  • Warranty and AMC planning
  • Budgeting tools for city-wide LED programs
Hands-on Activities:
  • Simulated LED fitting and controller interfacing
  • Design: AMC + budgeting plan for a hypothetical 5-zone city retrofit
Week 3
IoT-Enabled Smart Parking Systems
Live Session:
  • Sensor-based parking slots (IR/Ultrasound)
  • LoRaWAN/NB-IoT protocols
  • Real-time displays and control center sync
Simulation Exercise:
  • Feed simulated sensor data into a mock app dashboard
  • Visualize dynamic parking slot updates
Week 4
Digital Payments & Parking Revenue Systems
Expert Session:
  • QR-based payments, wallet APIs
  • Backend reconciliation, fraud management
  • Blockchain for transparency in parking revenues
Case Study:
  • Examine Chandigarh’s QR-based parking
  • Simulate a payment workflow and revenue audit
Week 5
GIS & AI for Dynamic Parking Forecasting
Live Lab Session:
  • Heatmaps in QGIS/ArcGIS
  • AI-based congestion prediction models
  • GIS-linked pricing policy zones
Hands-on Tasks:
  • Load and analyze real parking data (CSV/GeoJSON)
  • Train a simple demand forecast model using Python (linear regression)
Week 6
Fundamentals of Public Park Management
Live Session:
  • GIS mapping for parks
  • IoT sensors: LoRa + energy & use sensors
  • Cloud-based SaaS for scheduling and asset tracking
Practice Exercise:
  • Map a sample urban park using QGIS
  • Asset listing and cloud-scheduler walk-through
Week 7
Smart Park Operations
Live Technical Session:
  • Sensor networks in parks (NB-IoT)
  • 3D Modeling with Revit
  • Data ingestion (Python), visualization (Grafana)
Hands-on Lab:
  • Import data into Grafana for visual dashboards
  • Create 3D view of a park layout using Revit
Week 8
Advanced Digital Park Management & Digital Twin
Expert Demo:
  • TensorFlow for predictive maintenance
  • Twinmotion/Unity/Unreal for dynamic park twins
  • API integrations and basic cybersecurity
Capstone Project Part I:
  • Begin “Smart Park Digital Twin” Design
  • Integrate sensor data, visualization, and predictive logic
Week 9
Public Wi-Fi Networks: Planning & Deployment
Live Session with Network Architects:
  • Frequency & spectrum allocation
  • Access point design, mesh networks
  • Cloud authentication and fiber integration
Practice Task:
  • Analyze sample city layout for Wi-Fi AP deployment
  • Create a mesh network plan for a 1 sq km urban area
Week 10
Wi-Fi Monitoring, Security & SLA Management
Live Demo + Closing Discussion:
  • Monitoring: SCADA, AI-based feedback, speed audits
  • Compliance: DoT, citizen data privacy, KYC
  • SLA tracking dashboards
Capstone Project Part II Submission:
  • Finalize Smart Park Digital Twin
  • Submit usage policy, maintenance plan, SLA metrics
Wrap-up Live Session:
  • Peer sharing of projects
  • Certification guidance
  • Post-assessment to track learning progress
Companies

Companies that Hire

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Our brand on your credential signals your readiness for the modern urban workforce.

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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