Study plan Bachelor's Degree in Management of Smart and Sustainable Cities

Study guides

Title of qualification awarded

Degree in Management of Smart and Sustainable Cities

Timetables

1st course in the morning, and the rest of the courses in the afternoon

Table of credits for each course

  Basic training Compulsory Optional Bachelor's Degree Final Project
1st year 54 6    
2nd year 12 48    
3rd year   60    
4th year   6 42 12
Total 66 120 42 12

 

Basic and compulsory training

1st year 2nd year
1st semester
  • Mathematics Applied to Engineering
  • Matter and Energy Flows
  • Fundamentals of Electronics
  • Computer Science
  • Introduction to Contemporary Cities
2nd semester
  • Demography, Society and Urban Economics
  • Mathematics Applied to Management
  • Environmental Technology
  • Instrumentation and Sensors
  • Programming 

1st semester

  • Project Management
  • Programming of Internet Applications
  • Digitalisation and Microcontrollers
  • Environmental Management and Energy Resources
  • Geoinformation Bases

2nd semester

  • Communication Systems
  • Innovation Based on Challenges
  • Databases
  • Geodesy and Real-Time Location Systems
  • Urbanisation Process: Urban Systems and Morphology
3rd year 4th year

1st semester

  • Mobility, Logistics and Transport
  • Distributed Systems
  • Geographical Information Systems
  • Data Science
  • Sustainable Cities and Communities

2nd semester

  • Regional and Urban Planning
  • Security and Privacy of Information Systems
  • Cyber Physical Systems
  • Public Management and Urban Policies
  • Open Urban Innovation

 

  • Bachelor's Degree Final Project

1st semester 

  • Urban System Modelling and Simulation

Optional subjects

All optional subjects are worth 6 credits expect when otherwise stated.
 

4th year
  • External Work Placement / 12 cr. 

1st semester

  • RFID Technologies and Sensor Systems
  • Programming of Mobile Device Applications
  • Legal Framework for Planning 
  • Urban Economy
  • Business Management

2nd semester

  • Remote Sensing for Urban Systems
  • Robotics for Smart Cities
  • Analysis of Urban Policies
  • Citizen Science
  • Digital Twins