The Central Objectives of this programme are as follows:

• Learn and understand the concept, benefits and impact on business, economy and social life.
• Learn networking and programming of IOT as will be explained in addition to security and privacy.
• Understand cloud based technologies that enable IOT.
• Learn the relationship between IOT and other emerging technologies such as Data Analytics, Big Data, Artificial Intelligence and Blockchain.
• Learn and understand real life applications and case studies of IOT from various industries such as supply chain, healthcare, aviation and others.
• Understand the concept of smart cities and the impact on society, companies and organizations.
• Explore the smart services, the smart city may offer to facilitate and improve the life quality of individuals.
• Define all the required IT and digital infrastructure, a smart city may need in order to offer smart services.

Designing Approach

Tailor-Made for Your Needs: Solid State Training Solutions works closely with every client as a long-term strategic partner. We conduct pre-training requirements process which includes collecting details of the registered delegates and conducting training needs analysis meetings to align the training solution with the client’s objectives.

 

Delivery Methodology

• Simulation – providing life-like scenarios through structured learning experiences and to improve business awareness and management skills.
• Role Play – acting-out situations in groups, under the supervision and feedback of a lead coach.
• Presentations, Videos and Video Recording – visual materials to support presentations of theory.
• Games – learning is fun with Solid State Training Solutions! Using a variety of tools and games to emphasize the learning experience.
• Discussions – use two-way communication between the trainer and the trainees to increase learning opportunities.
• Questionnaires – to gather information from the participants, attributed or anonymous, free-form questions and multiple-choice.

Case Study Analysis – a key tool for such workshops, either individuals or groups review the materials provided to understand a key message and then present their findings to the other participants.

The dynamic growth of the Internet of Things and Smart City create many engineering and scientific challenges that call for insightful research from both industry and academia, especially for the development of scalable, reliable, and efficient smart city based on IoT.

 

With the help of a smart city, there is an enormous opportunity to modify the lives of people and improve the city operations and infrastructure. Connected technologies, smart sensor networks, and the IoT are the crucial solutions for smart city implementation.

The rapid and pervasive development of digital technologies, along with an understanding of circular economy principles, will drastically change life for the average urban citizen much sooner than we think. The circular economy is a concept by which materials and products are kept at their highest possible value at all times. Finite materials are not thrown into landfills and valuable assets from cars and office space to spare rooms and sporting equipment are not left idle. The rise of the Internet of Things (IoT) will help this to become a reality. Sensors and smart phones will be able to track materials and assets, letting people know when they are not being used, about to break, or where they are. This will unlock huge amounts of spare capacity in the system, creating new business models that will drastically change the way the city functions. The digital circular city would not only save resources but would change the citizen’s experience for the better.