Hydroponics Supply and Consultancy

Course CodeVHT119
Fee CodeS1
Duration (approx)100 hours
QualificationStatement of Attainment

Develop a foundation of skills and knowledge in hydroponic supplies.

  • Gain a foundation of skills and knowledge in hydroponic suppliesLearn about the nature and scope of hydroponic systems.

  • Gain a foundation of skills and knowledge, enabling you to confidently advise customers buying hydroponic supplies.

  • Learn about the differences between a range of hydroponic systems and their components, enabling you to understand the advantages and disadvantages of the different systems available.

  • Become familiar with environment control, the management of nutrient solutions, and how to deal with common pest and disease problems.

  • Understand how to control plant deficiences, toxicities, and system pH levels.

  • Course Duration: 100 hours of self-paced study.  Start at any time and study where and when you want to.

This is an ideal course for those involved with the suppply of equipment and services:

  • Hydroponic Shop Managers and Staff.
  • Hydroponic Equipment and Materials Manufacturers and Suppliers.
  • Others working with hydroponic growers who need a better knowledge of hydroponics; such as irrigation suppliers, greenhouse suppliers, environmental equipment suppliers.


As this course has a significant overlap with Hydroponics I and Home Hydroponics, it is recommended that you only select to study one of these three courses.  Determine which is the most appropriate for you - Hydroponics I is a broadly based course which provides a detailed introduction to hydroponics and is aimed at individuals intending to work in the industry.  Home Hydroponics is aimed at the hobbyist and is a less intensively academic course.


There are 10 lessons in this course:

1.  Hydroponics – Nature and Scope

  • What is hydroponics.
  • Providing for support, water, air and nutrients.
  • Advantages over other horticultural techniques.
  • System components.
  • Other equipment.
  • System types - Wick, Water Culture, Ebb and Flow (or flood and drain system), Drip (with either a recovery or non-recovery process), NFT (Nutrient  Film Technique),  Aeroponics.
  • A global industry.
  • Resources.

2.  Types of Hydroponic Systems

  • System location.
  • Containers or beds.
  • Watering/nutrient application equipment.
  • Trellising.
  • Root media.
  • Two simple systems.
  • Types of systems - solution culture, aggregate culture.
  • NFT - alternative layouts.
  • Pond, raft, float, raceway systems.
  • Aeroponics.
  • Aggregate coir system.
  • Rockwool culture.
  • Gericke method.
  • Bengal system.
  • Sand culture.
  • Bucket and gravity feed.
  • Hanging baskets.
  • Solution dispensation methods.
  • Sub irrigation.
  • Ebb and flow systems.
  • Techniques -drip, slop, misting, wick, injector,etc.
  • Soil-less organic mixes.

3.  Introduction to Plant Nutrition and Understanding Nutrient Labels

  • Plant growth factors.
  • How plants grow.
  • Plant structure -roots, stems, leaves, reproductive parts.
  • Mechanisms for taking up nutrients.
  • Plant nutrients for growth.
  • Macronutrients.
  • Micronutrients.
  • Role of pH - acidity and alkalinity.
  • Extreme pH effects on plants.
  • Understanding nutrient formulae.
  • Writing chemical names correctly.
  • Nutrient solutions.
  • Mixing nutrients.
  • Nutrient deficiency symptoms.
  • Summary of fertilisers used in hydroponic nutrient mixes.

4.  Introduction to Growing Media

  • NFT system choices.
  • Capillary matting.
  • Types of media.
  • Water-holding capacity.
  • Air holding capacity.
  • Drainage (this is different to air holding capacity).
  • Nutrient holding capacity.
  • Vermiculite.
  • Sand and gravel.
  • Perlite.
  • Pumice and scoria.
  • Expanded plastics.
  • Expanded clay.
  • Rockwool.
  • Sawdust.
  • Peat moss.
  • Coir.
  • Composted bark.

5.  Basic Hydroponic Systems and Components

  • Choosing an appropriate sized system.
  • Materials for NFT systems.
  • NFT channel size and solution volume.
  • NFT channel slope.
  • NFT delivery and drainage.
  • Size of tanks and nutrient reservoirs.
  • Materials for substrate systems - concrete, metal, timber, plastic.
  • Irrigation design.
  • Pumps and pipes.
  • Aggregate materials - sand, gravel.
  • Materials to use with rockwool.
  • Materials to use with sawdust.
  • Aeroponics.

6.  Nutrition Management

  • Fertiliser salts for formulations.
  • Nutrient formulations.
  • Nutrient formulation stock solutions.
  • Formulas for different systems.
  • Growth versus bloom formulas.
  • Making up stock solutions from nutrient salts.
  • Adjusting solutions using electrical conductivity measurements.
  • EC on hydroponics.
  • pH adjustment.

7.  Climate Management Equipment

  • Learn about hydroponic suppliesGreenhouses.
  • Growing plants in a greenhouse.
  • Other growing structures.
  • Environmental control equipment.
  • Environmental factors that influence plant growth.
  • Plant needs - optimum, tolerated, not tolerated.
  • Temperature control methods.
  • Understanding heat loss.
  • Types of localised heaters.
  • Centralised heating systems.
  • Temperature control principles.
  • Light factors.
  • Short day length plants.
  • Long day length plants.
  • Day length neutral plants.
  • Artificial light.
  • Horticultural management in a greenhouse.
  • Pollination.
  • Ventillation.
  • Carbon Dioxide enrichment.
  • Greenhouse Cooling.
  • Fans.
  • Fog.

8.  Common Pests and Diseases

  • Hygiene.
  • IPM.
  • Common Pests in hydroponics.
  • Common diseases in hydroponics.
  • Bacterial diseases in hydroponics.
  • Viruses in hydroponics.
  • Nematodes in hydroponics.

9.  Deficiencies, Toxicity and pH Control

  • Nutrient mobility and deficiencies.
  • Other modes of detection.
  • Nutrient toxicities.
  • Salinity controllers.
  • Nutrients and pH.
  • pH controllers.

10. Troubleshooting Systems

  • EC (CF) and nutrient solution levels.
  • EC and TDS meters.
  • Maintaining nutrient levels.
  • Nutrient solution management.
  • Nutrient temperatures.
  • Organic hydroponic nutrient solution problems.
  • Water reticulating systems.
  • Water in run to waste systems.
  • Water treatments.

Learn and Earn with an Expert Knowledge of Hydroponics

Learn about hydroponic suppliesHydroponics is a big industry, with even bigger potential, offering lots of employment and business opportunities.

 There are many things to learn about hydroponics if you are to do it well.

Nutrition management is one of the most complex aspects of hydroponic growing. Nutrients are the building blocks of plant growth. In order to grow plants using hydroponics, some understanding of how plants grow is necessary. Also, to properly make up nutrient solutions or advise others about their use, some understanding of what the different plant nutrients are and what they are used for is required.

Anybody can grow plants in soil with reasonable success, but to grow plants in hydroponics you must understand how the plant grows so that you can control the temperature, water, oxygen and nutrients in the root zone.

Mechanisms of Nutrient Uptake
Plant roots are where nutrient solutions are taken up into the plants. Prior to their absorption into root cells, nutrients reach the surface of roots by three mechanisms - mass flow, diffusion, and root interception.

  • Mass flow - the most important of these mechanisms quantity wise is the movement of plant nutrients in flowing nutrient solution.
  • Diffusion - is movement by normal dispersion of the nutrient from a higher concentration (such as near its dissolving mineral source) through nutrient solution to areas of lower concentration of that nutrient.
  • Root interception - is the extension (growth) of plant roots into new areas where there are untapped supplies of nutrients in the nutrient solution.  

All three processes are in constant operation during growth. The importance of each mechanism is in supplying nutrients to the root surface for absorption by the root varies with the chemical properties of each nutrient. Nevertheless, mass flow, because of the large amounts of water flowing to and absorbed by roots as water is transpired from the plant, is the dominant mechanism and supplies about 80% of most nutrients to root surfaces.

Plants also absorb nutrients through small openings in leaves, the stomata. Carbon enters almost entirely through the stomata as carbon dioxide, releasing the oxygen (02) produced during the photosynthesis in gaseous form. Hydrogen, as a part of water molecules, is absorbed through stomata, but this intake is usually small compared to the amount entering through the roots.  

More than just the Nutrients though

Understanding nutrition is however just one aspect of what you need to learn. You also need to understand the pumps, irrigation equipment, growing substrates, testing methods and much much more.

Hydroponics is a complex subject; and in some respects, the complexity of the subject creates opportunities for people with appropriate specialised knowledge.

Anyone who has a solid, in depth, technical understanding of hydroponics, will be better placed to work in the industry; whether in a hydroponic shop, farm supply business or as an independant consultant or specialist.

What Next?
Studying Hydroponics Supply And Consultancy will provide you with a broad understanding and knowledge of hydroponic systems, it components, how to manage environments, media, plant nutrition and much more.  Gaining such an understanding will mean you are well placed to offer advice and support in the supply of equipment and resolution of customers problems.


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