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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study, Virtual Classroom | Video and Text Based |
Course Overview
With over half of the world's population living in cities, there is an increasing trend in creating safer, smarter, and more environmentally friendly cities that are adaptive to their residents. According to a World Economic Forum report, in 2021, 83.6% of the population of North America lives in cities. The Beyond Smart Cities: Emerging Design and Technology online course go far beyond the normal optimisation of smart cities.
While most urban planning solutions concentrate on digital upgrades to preexisting urban infrastructure, the Beyond Smart Cities: Emerging Design and Technology training looks at how disruptive technologies may enhance the design, planning, and administration of modern cities in order to make them more sustainable in the future.
The Beyond Smart Cities: Emerging Design and Technology syllabus explores how innovations like artificial intelligence (AI), data analytics, real-time simulations, innovative urban systems, and predictive urban design may be used to create more entrepreneurial, elevated, and livable urban areas, as guided by MIT experts.
The Highlights
- Self-paced learning
- MIT offering
- Projects and assessments
- Shareable certificate
- Course provider Getsmarter
- 6 weeks duration
- Downloadable resources
- 7-9 hours per week
- Split option of payment
- Online learning
Programme Offerings
- Live polls
- Offline resources
- Self-paced learning
- video lectures
- quizzes
- online learning
- Case Studies
- Infographics
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | MIT School of Architecture and Planning, Cambridge |
Fee type | Fee amount in INR |
Beyond Smart Cities: Emerging Design and Technology fees | Rs. 127,364 (Incl. of all taxes) |
Eligibility Criteria
Certification Qualifying Details
To qualify for the Beyond Smart Cities: Emerging Design and Technology certification, Students will have to complete the online learning modules and submit the assignment, classwork, and projects included in the course. Students will have to take part in the class activities such as live polls, quizzes, surveys, questionnaires, etc. A series of submitted practical assignments and classroom activities are used to evaluate students. All the requirements stated in the coursebook must be met to qualify for certification.
What you will learn
After completing the Beyond Smart Cities: Emerging Design and Technology course, Candidates will develop the capacity to use technology innovation to better urban design, policy, and planning. Candidates will learn about urban planning and design to make strategies for more efficient land use, decentralized energy systems, and alternate modes of transportation and gain the ability to detect and identify modern city design issues, with solutions for a more sustainable and healthier city systems.
Who it is for
- Anybody interested in city planning and design is looking for methods to alter urban areas to create a more dynamic, sustainable society.
- Individuals interested in creating, funding in, and providing smart city solutions.
- Designers, engineers, architects, and urban planners specializing in the energy, environment, IT infrastructure, data or technology.
- Business leaders, Investors and entrepreneurs, searching for new business possibilities in mobility, sustainability, urban design, or innovation.
Admission Details
To get admission to the Beyond Smart Cities: Emerging Design and Technology course for beginners from MIT, follow the steps mentioned below:
Step 1. Visit the official course page
Step 2. Locate and tap the ‘Register Now’ button to start the registration
Step 3. Read the terms and conditions carefully and accept to continue
Step 4. Provide the personal details to generate a profile on the Getsmarter platform
Step 5. Fill in the mailing address and sponsor details if someone is paying your fee
Step 6. Pay the fee and start learning online from UCT via Getsmarter
The Syllabus
- Recognize the economic impact of transforming the way cities are designed
- Recall the history of urban communities and how human settlements have evolved over time
- Identify the challenges and opportunities society faces as a result of current city design
- Review a data-driven, evidence-based process for designing people-centric future cities
- Discuss how global challenges can be addressed by harnessing the current trend away from ownership and towards sharing
- Demonstrate why it is a societal imperative to address global challenges at a local level
- Discuss the role of big data, and the privacy implications thereof, in modelling and improving current mobility patterns in cities
- Identify current mobility modes and patterns and the challenges they present
- Determine how emerging mobility modes and their attributes might provide solutions to challenges such as congestion and CO2 emissions
- Assess various mobility modes based on agent-based modelling data to improve mobility patterns and livability in an urban community
- Compare new mobility modes that fall into three categories: personal systems, mass transit, and delivery
- Propose a solution to current mobility challenges by analyzing data about current mobility patterns, considering emerging mobility modes and their attributes
- Identify multifunctional, transformable, compact homes and innovative technologies within living spaces as solutions to the current urban housing crisis
- Discuss the current challenges caused by a short supply of housing in urban centres
- Show how reimagined workspaces and community-centred innovation districts can make cities more equitable, vibrant, and liveable
- Articulate the privacy implications associated with the use of innovative technology in living spaces
- Articulate how effective use of public spaces can bolster a community and improve quality of life
- Identify the importance of collecting data at a local level using the radar plot and its metrics
- Determine the impact of various interventions on density, proximity, and diversity in cities
- Propose how you would receive buy-in from community members around the intervention you have decided to implement
- Justify your choices for prioritizing certain parameters for urban living-space design, using an evidence-based model
- Identify industries in which urban communities are consuming too much energy
- Discuss time as a valuable resource in modern society
- Determine how improvements in urban mobility, housing, workspaces, and production methods can result in energy conservation
- Assess the relationship between mobility modes, access to housing, and energy consumption using data
- Deduce how the intersection of behavioural changes and technological interventions can decrease energy use in cities
- Discuss privacy issues around autonomous technology and data use
- Recognize how encryption and identity authentication can increase the autonomy of people living in urban communities
- Articulate how blockchain technology and local token economies can incentivize and reward desirable behaviour in urban communities
- Evaluate effective land use and distributed systems as ways to reduce energy consumption
- Conclude whether or not algorithmic zoning can incentivize prosocial behaviours from landowners
- Draft an outline of new governance models, behaviours, and emerging technologies that could provide sanitation, water, and electricity to an informal settlement
Instructors
MIT School of Architecture and Planning, Cambridge Frequently Asked Questions (FAQ's)
The capacity to adapt to the new concepts or ideas that evolve is referred to as emergent design.
Some of the examples of emerging technologies are the Internet of Things, Artificial intelligence, Virtual Reality, robotics and automation, blockchain, cloud computing, etc.
Construction, energy, manufacturing, transportation, communication and bio-related technology are the types of technology.
It takes 6 weeks to complete the Beyond Smart Cities: Emerging Design and Technology course.
A smart city makes use of communication and information technology to increase operating effectiveness, exchange information among people, and deliver improved public service and citizen wellbeing.