SMT Project Experience Options
 | 
Type I - Application Project | 
Type II - Smart City Analytical /   Urban Planning Practicum Project | 
Type III - Research Project
 | 
| Team Size | 
4-6 | 
2-3 | 
1 (GPA > 3.4)
 | 
| Objective and Scope | 
To design and implement a smart city application that incorporates combination of technology enablers and a solution addressing an urbanization and/or societal challenge. | 
To conduct an evidence-based analysis of smart city blueprint (locally or overseas) or analytical models addressing an urbanization and/or societal challenge. | 
To conduct an research based on an identified problem related to addressing a smart city challenge. The scope may include new algorithm / approach, simulation and analysis of an urbanization or societal challenge.
 | 
| Recommended Skill-sets / Pre-requisites
 | 
- You should have passed SMT110/IS110 Introduction to Programming, SMT203 Smart City Systems and Management, IS112 Data Management
 
- Other highly recommended courses: Interaction Design & Prototyping, Web Application Development I & II, Internet of Things
  
 | 
- Empirical Studies, Research Methods, Analytics Foundation, Geographic Information Systems, Sustainable (Digital) Cities, Introduction to Public Policy.
  
 | 
- Empirical Studies, Research Methods, domain-specific (e.g., healthcare, logistics) or project-specific technical skills (e.g., data mining, text mining).
 
- Skills requirement varies from project to project depends on supervisor.
  
 | 
| Project Sponsor / Supervisor
 | 
- SIS-sourced OR
 
- Self-sourced external sponsor OR
 
- Self-sponsored (entrepreneurial) OR
 
- SIS Faculty supervisor or industry mentor (entrepreneurial project) supervises team
  
 | 
- SIS-sourced OR
 
- Self-sourced external sponsor OR
 
- Faculty supervisor (SIS or other school’s) supervises team
  
 | 
- SMU faculty (student to find relevant faculty from any school offering guided research project or independent study)
  
 | 
| Expected Outcomes
 | 
- System prototype and documentation
 
- Presentation and report
  
 | 
- Wireframe/Proof-of-concept/analytical model/city blueprint along with evidence-based analysis
 
- Presentation and report, dashboard/analytical model, acceptance/review by sponsor
  
 | 
- Proposal of the research problem
 
- Midterm report with approaches and initial findings
 
- Final Presentation and research paper
  
 | 
| Available Period
 | 
- Year 3 Term 1 onwards (Y3T2 onwards preferred)
 
- It can be an implementation extension of IDP, Guided Research Project, SCSM, IoT (approval by course coordinator required).
  
 | 
- Year 3 Term 1 onwards
 
- It can be an analytics focused project based on continuation of another project from another "approved" course e.g., SCSM, Data Mining, GIS, IOT course (approval by course coordinator required).
  
 | 
 | 
| Project Proposal Deadline | 
One week before term starts | 
One week before term starts | 
One week before term starts. Your supervisor must agree to the proposal and to supervise you
 | 
| Project Proposal Template | 
Download [[1]]
 | 
Download [[2]] | 
 Download [[3]]
 
 | 
Course Assessments
| Assessment Item(s)
 | 
Weightage (%)
 | 
| Type I - Application Project | 
Type II - Smart City Analytical /   Urban Planning Practicum Project | 
Type III - Research Project
 | 
| Project Proposal | 
10 | 
10 | 
10
 | 
| Mid-term presentation / report* | 
20 | 
30* | 
30
 | 
| Final Presentation | 
40 | 
20 | 
30
 | 
| Final Report/Paper* | 
30 | 
40* | 
30
 | 
| Total | 
100 | 
100 | 
100
 | 
Course Assessment Details
| Assessment Item | 
Type I - Application Project | 
Type II - Smart City Analytical /   Urban Planning Practicum Project | 
Type III - Research Project
 | 
| Project Proposal
 | 
- Clarity of project
 
- Project plan and schedule
 
- Benefits to society
  
 | 
- Clarity of project
 
- Project plan and schedule
 
- Benefits to society
 
- List of references
  
 | 
- Clarity of project
 
- Project plan and schedule
 
- Benefits to society
 
- Description of available data
  
 | 
| Mid-term
 | 
- Project management
 
- Quality of project, including demo
  
 | 
- Literature survey
 
- Preliminary findings
  
 | 
- Project management
 
- Preliminary findings
  
 | 
| Final Presentation
 | 
- Project management
 
- Quality of product
 
- Peer evaluation
 
- Project documentation
  
 | 
 | 
- Project management
 
- Peer evaluation
 
- Data-driven / evidence-based insights
  
 | 
| Report/Paper
 | 
- Key findings to demonstrate value to sponsor and benefits to society
 
- Real challenges faced, mitigation steps and lessons learnt
  
 | 
- Key findings to demonstrate value to sponsor and benefits to society
 
- Real challenges faced, mitigation steps and lessons learnt
  
 | 
- Key findings to demonstrate value to sponsor and benefits to society
 
- Real challenges faced, mitigation steps and lessons learnt
  
 | 
Lesson Plan
| End of Week | 
Assessment Item | 
Graded by | 
Feedback by
 | 
| 0 | 
Project proposal | 
Course Manager | 
 | 
| 7 | 
Mid-term presentation/report | 
Supervisor | 
 | 
| 14 | 
Final presentation | 
Supervisor, Reviewer | 
Reviewer, Sponsor
 | 
| 15 | 
Final report/paper | 
Supervisor | 
 | 
Resources
Main Reference
 https://wiki.smu.edu.sg/1819t2smt483/Main_Page 
Other References
- https://wiki.smu.edu.sg/is480/Main_Page
 
- https://wiki.smu.edu.sg/ANLY482/Main_Page
 
- https://sis.smu.edu.sg/programmes/undergraduate/beyond/rxu#process-apply-is470x1