This course aims to equip students with a holistic understanding of urban agriculture, emphasizing its role in fostering equitable, sustainable, and just communities. Through a combination of theoretical learning, practical experiences, and critical thinking, students will be prepared to actively contribute to the advancement of urban agriculture practices.

Aquaponics and hydroponics are alternative methods of plant production. This course will examine the key maintenance factors in aquaponics and hydroponics including water testing, quality monitoring and nutrient balance, as required for these types of growing systems.

This course offers an understanding of the principles of greenhouses and controlled environment operation and management.

This course provides a comprehensive exploration of Urban Science, an interdisciplinary field at the intersection of data science, social sciences, and urban studies. Participants will delve into the complexities of urban environments, gaining valuable insights into the methods, technologies, and applications that contribute to understanding and addressing challenges faced by modern cities.

Geographic Information Systems (GIS) are powerful tools that enable the description, analysis, and visualization of spatial data and information. This introductory course provides students with a foundational understanding of GIS concepts and practical skills for utilizing these systems across various research fields.

This course immerses students in hands-on experiences across diverse urban agriculture settings. Participants will actively engage in urban farming practices, focusing on implementing crop plans, managing indoor and outdoor growing methods, and addressing challenges such as pest infestations. The course emphasizes practical training in sustainable and productive farming techniques tailored to urban environments, equipping students for roles in the growing field of urban agriculture.

This hands-on class provides students with immersive experiences in the field of urban science. Through real-world engagements, students will apply theoretical knowledge to practical scenarios, gaining valuable insights into the complexities of urban environments.