- KHDA
- AIAL
- Royal Institute for Chartered Engineer - RICE (USA)
Course Info
Key Highlights
Target Audience
Course Overview:
Robotics Lab: Work on real-world projects with the latest robotics technologies.
Internship Opportunities: Kick-start your career with internships in top robotics firms.
Industry-Ready Skills: Graduate with the skills to succeed in Robotics and Smart City ecosystems.
AI-Powered Learning: Deep dive into AI-driven perception and decision-making systems.
Crowd Management: Using AI and Robotics for monitoring and managing public spaces.
Speed Enforcement Systems: Implementing advanced detection for traffic regulation.
Intersection Monitoring: Enhancing safety and traffic flow with Lidar-based solutions.
Lidar-based Roadside Traffic Management: Master traffic detection and management using real-time data.
Urban Planners and City Managers: Professionals involved in planning and developing smart city infrastructure, looking to integrate robotics into urban mobility solutions.
Transportation and Mobility Experts: Individuals working in transportation systems, public transit, or logistics, interested in how robotics can improve efficiency and safety.
Robotics Engineers and Developers: Engineers focused on building and programming robotics systems for smart infrastructure and transportation solutions.
Technology and Innovation Leaders: Executives and decision-makers in tech firms, startups, and government organizations interested in advancing smart city initiatives with robotics.
Researchers and Academics: Scholars and students focused on urban mobility, smart technologies, and robotics in transportation systems.
Public Policy Makers: Government officials involved in policy-making around transportation, smart cities, and the integration of robotics into public systems.
Entrepreneurs and Startups: Innovators exploring business opportunities in smart city technologies and autonomous transportation solutions.
Sustainability Advocates: Professionals interested in how robotics can contribute to sustainable urban mobility and eco-friendly transportation systems.