Course:
"Technology Behind Smart Cities"
Language:
EN
Form:
on-line / in-person
Duration:
5 hours (on-line)
6:30 hours (in-person)
+30 min. break
6:30 hours (in-person)
+30 min. break
Aligned with SDG:
Place:
Dates:
Lang.:
London (UK)
16 June 2025
Amsterdam (NL)
6 August 2025
on-line
30 August 2025
Nairobi (KE)
9 Sept. 2025
Berlin (DE)
19 Nov. 2025
If our course is not available in your location and you believe it should be, let us know by clicking HERE. We will explore the possibilities and get back to you.
COURSE OBJECTIVE:
This course provides a comprehensive overview of key technologies shaping smart cities, focusing on how they enhance urban living, improve infrastructure, and promote sustainability. Participants will explore technologies such as IoT, data analytics, smart transportation systems, energy-efficient solutions, and artificial intelligence.
The course covers 5G Technology, which enables faster communication, supports IoT devices, and enhances smart transportation. It also examines Big Data, focusing on how cities use vast amounts of data for decision-making, resource optimization, and improving residents' quality of life. Blockchain technology’s role in securing urban infrastructure, digital identity, and transparent governance will be explored, alongside Digital Twins, which simulate and optimize city environments.
Students will learn about Smart Grids, which improve energy distribution, efficiency, and integration of renewable sources, and explore other technologies like autonomous vehicles, smart buildings, and advanced public safety systems.
By the end of the course, students will understand how these technologies work together to create smarter, more efficient, and sustainable cities, and how to apply this knowledge in the development and management of urban environments.
This course provides a comprehensive overview of key technologies shaping smart cities, focusing on how they enhance urban living, improve infrastructure, and promote sustainability. Participants will explore technologies such as IoT, data analytics, smart transportation systems, energy-efficient solutions, and artificial intelligence.
The course covers 5G Technology, which enables faster communication, supports IoT devices, and enhances smart transportation. It also examines Big Data, focusing on how cities use vast amounts of data for decision-making, resource optimization, and improving residents' quality of life. Blockchain technology’s role in securing urban infrastructure, digital identity, and transparent governance will be explored, alongside Digital Twins, which simulate and optimize city environments.
Students will learn about Smart Grids, which improve energy distribution, efficiency, and integration of renewable sources, and explore other technologies like autonomous vehicles, smart buildings, and advanced public safety systems.
By the end of the course, students will understand how these technologies work together to create smarter, more efficient, and sustainable cities, and how to apply this knowledge in the development and management of urban environments.
COURSE LEADERS:
The course will be led by Bartosz Bartoszewicz, a highly accomplished former Deputy Mayor with nearly two decades of experience in local government. Throughout his distinguished career, he has been at the forefront of urban transformation and digital innovation, winning the prestigious Innovation in Politics Award, organised by the Austrian Innovation in Politics Institute. This recognition highlights his outstanding contribution to advancing smart city initiatives and improving quality of life through innovative policies.
Bartosz holds a Doctorate, with his doctoral thesis focusing on the quality of life in urban areas—an area that remains central to his work in public administration and city management. As an academic lecturer, he has taught sharing his knowledge and expertise with the next generation of leaders and urban policymakers. His extensive experience in both theory and practice has enabled him to bridge the gap between academic research and real-world application, enriching his teaching and professional approach.
In addition to his academic work, Bartosz delivered presentations at international conferences on urbanisation, sustainable city management, and digital transformation. His insights have shaped discussions on the future of cities, particularly regarding the integration of smart technologies and sustainable urban planning. His work provides a deep dive into how cities can harness technology to improve residents' lives while promoting sustainability and resilience.
With a career spanning leadership, academia, and international speaking engagements, Bartosz Bartoszewicz offers a wealth of knowledge and practical insights. He combines the experience of a long-serving mayor with a solid academic foundation, providing a unique perspective on the challenges and opportunities of urban transformation. Participants in the course will gain invaluable knowledge from his diverse background, exploring both the practical and theoretical aspects of innovation, urban management, and smart city development.
Peter Martin is a highly experienced Customer Experience Management (CXM) professional with an extensive background in Customer Communications Management and Customer Experience. With years of expertise in these areas, he has developed a deep understanding of the industry and a proven track record of driving meaningful change. His skill set includes business process management, requirements analysis, enterprise software implementation, enterprise architecture, and ITIL, making him a well-rounded expert in enhancing customer experience strategies across organisations.
Peter is also a recognised thought leader, having recently authored a book on artificial intelligence, which he believes holds immense potential for driving positive change when applied wisely. His work in this field emphasises the transformative power of AI, particularly its ability to revolutionise customer experience management and drive more efficient and effective business practices.
In addition to his professional expertise, Peter has been a frequent keynote speaker at various conferences, where he shares his insights on AI, CXM, and the future of business transformation. His contributions to the field have made him a respected figure in the industry, offering innovative solutions and strategies that help businesses leverage emerging technologies to improve customer satisfaction and business performance.
With a passion for exploring the intersection of AI and customer experience, Peter continues to advocate for the responsible and thoughtful use of technology to shape a better future in both business and society. His book serves as a valuable resource for professionals looking to understand how artificial intelligence can be harnessed for good, especially in the context of customer engagement and organisational transformation.
PROGRAM:
Session 1: Introduction to Smart Cities and Key Technologies
- What are smart cities?
- Key challenges in urban environments.
- Overview of technologies driving smart cities: IoT, AI, 5G, Big Data, Blockchain, and Digital Twins.
- Interactive Activity: Group discussion on participants’ experiences with smart city technologies.
Session 2: 5G Technology and IoT in Smart Cities
- Role of 5G in enabling faster communication and supporting IoT devices.
- Applications in smart transportation and urban connectivity.
- Case Study: Real-world examples of 5G implementation in cities.
Session 3: Big Data and Data Analytics in Urban Decision-Making
- How cities use Big Data for resource optimization and improving quality of life.
- Challenges and opportunities in data-driven governance.
- Interactive Activity: Analysing a dataset to identify trends in urban resource usage.
Session 4: Blockchain and Digital Twins in Urban Infrastructure
- Blockchain’s role in securing urban infrastructure and enabling transparent governance.
- Digital Twins: Simulating and optimising city environments.
- Case Study: Examples of Blockchain and Digital Twins in action.
Session 5: Smart Grids and Energy-Efficient Solutions
- How Smart Grids improve energy distribution and integrate renewable sources.
- Role of AI in energy management.
- Interactive Activity: Designing a basic Smart Grid model for a hypothetical city.
Session 6: Workshop (in=person course only) – Applying Smart City Technologies
- Workshop Objective: Participants will work in groups to design a smart city solution using the technologies discussed.
- Structure:
- Introduction: Brief overview of the workshop task.
- Group Work: Participants collaborate to design a solution (e.g., a smart transportation system, energy-efficient district, or public safety system).
- Presentations: Groups present their solutions.
- Feedback and Discussion: Facilitator-led discussion on the feasibility and innovation of the proposed solutions.
Closing Remarks
- Summary of key takeaways.
- Distribution of certificates of participation.
- Q&A and feedback session.
Module: Workshops in groups
An online course is an excellent opportunity to broaden your knowledge. However, we recognise that a significant value of courses lies in the exchange of experiences among participants. This requires a certain level of openness and willingness to collaborate, which can sometimes only be fully unlocked through face-to-face interaction and the use of appropriate workshop solutions. That is why the programme for in-person courses includes 'Workshops in groups using real documents and a selected workshop format,' lasting approximately 90 minutes. These workshops are conducted during the second part of the course.
LEARNING OUTCOMES:
By the end of the course, participants will:
By the end of the course, participants will:
- Understand the role of key technologies (IoT, 5G, Big Data, Blockchain, Digital Twins, Smart Grids) in smart cities.
- Gain insights into how these technologies improve urban living, infrastructure, and sustainability.
- Develop practical skills through hands-on activities and workshops.
- Be able to apply this knowledge to real-world urban development and management scenarios.
COURSE METHODOLOGY:
This course is designed to provide a balanced mix of theoretical knowledge and practical application, ensuring participants gain both a conceptual understanding and hands-on experience with smart city technologies.
The methodology includes:
This course is designed to provide a balanced mix of theoretical knowledge and practical application, ensuring participants gain both a conceptual understanding and hands-on experience with smart city technologies.
The methodology includes:
- Interactive Lectures: Engaging presentations to introduce key concepts, technologies, and their applications in smart cities.
- Case Studies: Real-world examples to illustrate how technologies like 5G, Big Data, Blockchain, and Digital Twins are implemented in urban environments.
- Group Discussions: Opportunities for participants to share experiences, insights, and perspectives on smart city challenges and solutions.
- Hands-On Activities: Practical exercises, such as data analysis and Smart Grid modeling, to reinforce learning.
- Workshop: A collaborative group activity where participants design and present a smart city solution, applying the technologies discussed during the course.
- Q&A and Feedback: Regular opportunities for participants to ask questions, clarify doubts, and provide feedback on the course content.
COURSE SUMMARY:
This course offers a comprehensive exploration of the technologies driving the development of smart cities, focusing on their role in enhancing urban living, improving infrastructure, and promoting sustainability. Participants will gain insights into key technologies such as IoT, 5G, Big Data, Blockchain, Digital Twins, and Smart Grids, and learn how these innovations work together to create smarter, more efficient, and sustainable urban environments.
Through a combination of interactive lectures, case studies, hands-on activities, and a collaborative workshop, participants will:
This course offers a comprehensive exploration of the technologies driving the development of smart cities, focusing on their role in enhancing urban living, improving infrastructure, and promoting sustainability. Participants will gain insights into key technologies such as IoT, 5G, Big Data, Blockchain, Digital Twins, and Smart Grids, and learn how these innovations work together to create smarter, more efficient, and sustainable urban environments.
Through a combination of interactive lectures, case studies, hands-on activities, and a collaborative workshop, participants will:
- Understand the challenges and opportunities in modern urban environments.
- Explore the applications of cutting-edge technologies in areas like transportation, energy management, and governance.
- Develop practical skills to analyze, design, and implement smart city solutions.
TERMS AND CONDITIONS FOR COURSES AND TRAININGS SESSIONS OF HAPPY CITY ACADEMY - SELECTED KEY RULES:
Enrollment
Enrollment is confirmed upon submitting a completed enrollment form and paying the Initial Payment of £30. The remaining balance must be paid at least 30 days before the course starts. For enrollments made less than 30 days before the start date, payment of the full course fee is required at the time of enrollment.
Confirmation
Participants will receive a confirmation email, including the course schedule, venue or platform details, and contact information.
Withdrawal Rights
Participants may withdraw within 14 days of enrollment for a full refund, including the Initial Payment.
Terms and Conditions for Courses and Training Sessions of Happy City Academy
Enrollment is confirmed upon submitting a completed enrollment form and paying the Initial Payment of £30. The remaining balance must be paid at least 30 days before the course starts. For enrollments made less than 30 days before the start date, payment of the full course fee is required at the time of enrollment.
Confirmation
Participants will receive a confirmation email, including the course schedule, venue or platform details, and contact information.
Withdrawal Rights
Participants may withdraw within 14 days of enrollment for a full refund, including the Initial Payment.
Terms and Conditions for Courses and Training Sessions of Happy City Academy
COSTS OF PARTICIPATING IN THE COURSE:
