Sustainability And Vertical/Urban Farming

This training provides a comprehensive introduction to vertical farming, an innovative and sustainable method of growing crops in vertically stacked layers or controlled indoor environments. Participants will learn the principles of soilless agriculture, including hydroponics, aeroponics, and aquaponics, as well as the use of artificial lighting, climate control systems, and smart technologies to optimize plant growth. The course covers crop selection, nutrient management, water efficiency, and pest control within vertical systems, along with practical setup and maintenance guidance. Ideal for aspiring urban farmers, agri-entrepreneurs, and educators, the training aims to equip learners with the knowledge and skills to implement and manage vertical farming operations for increased food production and environmental sustainability.

Challenges & Solutions

Vertical and urban farming brings unique operational and environmental challenges. This section outlines the most common issues and practical solutions used in modern controlled‑environment agriculture (CEA).

Key Challenges

Areas that typically limit yield and efficiency:

  • Energy & Lighting Efficiency (PPFD/DLI, photoperiod, heat load)

  • Space Optimisation & Workflow in Multi‑tier Racks

  • Water Recycling, Filtration & Biosecurity

  • Climate Control (Temperature, RH, VPD) & Microclimates

  • Pest & Disease Management in Indoor Systems (IPM)

Practical Solutions

Techniques you will apply in this course:

  • LED strategy with DLI planning, dimming schedules & energy budgeting

  • Modular rack layouts, lean paths & ergonomic harvest/pack flows

  • Recirculating hydroponics, UV/ozone treatment & sanitation SOPs

  • Sensor‑driven HVAC setpoints, airflow mapping & dehumidification

  • CEA‑specific IPM: monitoring, biologicals, screening & exclusion

Learning Outcomes

After completing this course, you will be able to:

  • Design a vertical/urban farm layout (site, rack density, workflow) for target crops.

  • Select suitable crops & cultivars and match them to NFT, DWC or drip systems.

  • Formulate and manage nutrient solutions (EC/pH targets, scheduling, monitoring).

  • Plan lighting (PPFD/DLI), photoperiods and estimate energy use per kg produced.

  • Implement climate strategies (temperature, RH, VPD) and log data for optimisation.

  • Establish water recycling, filtration and hygiene protocols to maintain biosecurity.

  • Develop a CEA‑specific IPM plan to prevent and manage pests & diseases.

  • Calculate basic unit economics (yield/m², kg/kWh, cost per kg) to assess viability.

Build the skills to launch or improve a sustainable vertical/urban farming operation.