Active Curriculum

Agriculture &
Agri-Tech

Modern farming powered by sensors, automation and sustainable practices.

Learner
Syllabus Overview

Structured learning journey.

1
42 Mins

Modern Agriculture Overview

Modern agriculture uses AI, drones, and data to improve farming efficiency, sustainability, and create new career opportunities in Canada.

Key Terminology

1Precision Agriculture
2GPS & Sensor Technology
3Drone-Based Crop Monitoring
4Sustainable Farming Practices
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2
42 Mins

Soil Science & Plant Biology

Master the science behind successful agriculture by understanding soil health and plant biology. In this module, you’ll explore soil composition, nutrient cycles (N-P-K), plant growth stages, and Integrated Pest Management (IPM). Learn how to optimize crop productivity, improve soil quality, and make data-driven farming decisions that are essential for modern agri-tech careers in Canada.

Key Terminology

1Loam: Balanced soil mix ideal for crop growth
2Soil pH: Measure of acidity affecting nutrient availability
3CEC: Soil’s capacity to hold and exchange nutrients
4Humus: Decomposed organic matter enriching soil fertility
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3
42 Mins

Smart Farming Sensors

Smart farming sensors enable Canadian farmers to monitor soil moisture, weather conditions, crop health, and livestock in real time. By using data-driven insights, farmers and workers can make smarter decisions, improve productivity, reduce costs, and support sustainable, technology-driven agriculture.

Key Terminology

1Soil Moisture Sensor: Measures water level in soil for irrigation decisions
2Microclimate: Local weather conditions within a farm area
3Weather Station: Collects real-time data on temperature, rain, and wind
4NDVI: Shows crop health using color maps from sensors or drones
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4
42 Mins

IoT & Connected Agriculture

This module introduces the fundamentals of IoT in agriculture, explaining how sensors, wireless networks, and cloud systems work together to enable real-time farm monitoring. Learners will understand how data-driven insights improve decision-making, optimize resource use, and enhance productivity in modern Canadian farming environments.

Key Terminology

1IoT (Internet of Things): Connecting physical farm devices to the internet to collect and share real-time data
2Smart Farming: Use of digital technology and data to improve farming efficiency and productivity
3Sensor: A device that collects data such as soil moisture, temperature, or animal activity
4Wireless Sensor Network: A group of connected sensors working together across a farm
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5
42 Mins

GPS & Precision Agriculture

This module introduces GPS and precision agriculture, focusing on how modern farms use location-based technology and data to improve efficiency and productivity. Learners explore GPS-guided equipment, variable rate application, yield mapping, and field zoning to understand how inputs like fertilizer and seeds can be applied accurately based on specific field conditions. By connecting data from sensors to real-time actions, this approach reduces waste, lowers costs, and increases crop yield, making farming more sustainable and intelligent.

Key Terminology

1GPS: Accurate location tracking for farm operations
2Precision Agriculture: Data-driven, location-based farming
3GPS-Guided Equipment: Machines that operate with high accuracy
4VRT (Variable Rate Technology): Adjusts inputs in real time
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6
42 Mins

Crop Monitoring with Drones

This module introduces how drones are used in modern agriculture to monitor crops, detect issues early, and improve farm efficiency. You will learn about different types of agricultural drones, how multispectral and thermal imaging help assess crop health, and how farmers use this data for precision decision-making. The module also covers practical applications such as targeted spraying and drone-based seeding, helping you understand how technology is transforming real farm operations.

Key Terminology

1Drone (UAV): Unmanned aerial vehicle used for monitoring and tasks
2NDVI: Index used to measure plant health
3Multispectral Imaging: Light-based crop analysis
4Thermal Imaging: Temperature-based crop detection
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7
42 Mins

Vertical Farming & Controlled Environment

This module introduces vertical farming and controlled environment agriculture, where crops are grown indoors using advanced systems instead of traditional fields. You will learn how stacked growing layers, LED lighting, and climate control help produce crops efficiently throughout the year. The module also covers real farm operations, energy efficiency, and how modern indoor farms use technology to deliver consistent, high-quality food production.

Key Terminology

1Vertical Farming: Growing crops in stacked indoor layers
2LED Grow Lights: Artificial lights used for plant growth
3Climate Control: Managing temperature, humidity, and CO2
4Controlled Environment: Fully managed indoor growing system
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8
42 Mins

Hydroponics & Aquaponics

Build practical knowledge of nutrient film technique, deep-water culture, drip hydroponics, and aquaponics. Learn to monitor water chemistry, protect roots and fish, maintain pumps and filtration, and troubleshoot system problems using evidence instead of guesswork.

Key Terminology

1NFT: Nutrient film technique, where a shallow, continuously moving film of nutrient solution passes through channels and across plant roots.
2DWC: Deep-water culture, where plant roots hang in an aerated nutrient solution, often supported on floating rafts.
3Electrical conductivity: A measurement used as an indirect indicator of the concentration of dissolved ions in a hydroponic nutrient solution.
4pH: A measure of acidity or alkalinity that affects nutrient availability, microbial activity, and aquatic animal health.
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9
42 Mins

Greenhouse Management

Learn to manage greenhouse structures, climate, irrigation, crop protection, and daily records as one connected production system. Emphasis is placed on safe monitoring, resource efficiency, integrated pest management, and timely escalation.

Key Terminology

1Greenhouse envelope: The roof, walls, glazing, seals, and openings that separate the growing environment from outdoor conditions.
2Ventilation: The controlled exchange and movement of air to manage heat, humidity, gases, and crop conditions.
3Relative humidity: The amount of water vapour in air relative to the maximum it can hold at the same temperature.
4Vapour pressure deficit: A measure of the drying demand of air that can help interpret plant-water relations when used with crop guidance.
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10
42 Mins

Farm Management Software

Use farm management information systems to turn field, crop, livestock, inventory, labour, financial, and compliance records into dependable operations. Learn data governance, traceability, budgeting, reporting, privacy, security, and adoption practices.

Key Terminology

1FMIS: A farm management information system that organizes operational, agronomic, livestock, inventory, financial, and compliance information.
2Master data: Controlled reference information such as field names, products, suppliers, equipment, employees, customers, units, and crop codes.
3Traceability: The ability to follow a product, input, animal, or activity through defined stages using linked records.
4Lot code: A code that identifies a defined production or handling lot for control, investigation, and recall.
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11
42 Mins

Agricultural Machinery & Automation

Develop supervisory knowledge for autonomous tractors, harvesters, robotic milking and feeding, and automated irrigation. Learn to plan work zones, monitor automation, control hazardous energy, maintain safeguards, and manage failures without exposing workers, animals, crops, or property.

Key Terminology

1Autonomous equipment: Machinery that can perform defined tasks with limited direct control while remaining subject to programmed limits and human supervision.
2Geofence: A virtual boundary used to constrain where connected or autonomous equipment is permitted to operate.
3Safeguard: A guard, protective device, barrier, procedure, warning, or other control used to prevent contact with machinery hazards.
4Lockout/tagout: A defined method of isolating and securing hazardous energy so equipment cannot start or move unexpectedly during service.
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12
42 Mins

Livestock Technology

Use wearables, electronic identification, automated feeding and milking, breeding records, and welfare indicators to support responsible livestock management. Learn to validate alerts, observe animals directly, protect data quality, and escalate health or welfare concerns.

Key Terminology

1Precision livestock farming: The use of sensors, automation, analytics, and structured records to support individual- or group-level livestock management.
2RFID: Radio-frequency identification used to recognize an animal through an approved electronic identifier and reader.
3Rumination monitoring: Sensor-based estimation of cud-chewing activity used as one indicator of feeding, comfort, or health changes.
4Heat detection: Identification of signs associated with estrus using behaviour, activity, observation, and approved breeding protocols.
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13
42 Mins

Data Analytics in Agriculture

Turn farm data into responsible decisions. Learn collection, cleaning, integration, visualization, yield forecasting, decision support, machine learning, validation, uncertainty, bias, monitoring, privacy, and human oversight.

Key Terminology

1Data quality: The fitness of data for use, including accuracy, completeness, consistency, timeliness, validity, and relevance.
2Interoperability: The ability of systems to exchange and interpret data using compatible formats, identifiers, units, and meaning.
3Feature: An input variable used by an analytical or machine-learning model.
4Predictive model: A mathematical or computational method that estimates an unknown or future outcome from available data.
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14
42 Mins

Sustainable Farming Practices

Plan and evaluate regenerative and resource-efficient practices, including cover crops, crop rotation, soil protection, water conservation, nutrient stewardship, biodiversity, and soil carbon. Learn to adapt practices to local conditions and verify outcomes over time.

Key Terminology

1Regenerative agriculture: A context-dependent approach that aims to improve soil, water, biodiversity, resilience, and farm outcomes through measured management practices.
2Cover crop: A crop planted mainly to protect or improve soil, capture nutrients, support biodiversity, or provide other system benefits.
3Crop rotation: A planned sequence of different crops over time to manage fertility, pests, soil structure, risk, and workload.
4Soil organic carbon: Carbon stored in soil organic matter; changes depend on inputs, decomposition, depth, climate, soil, and management.
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15
42 Mins

Marketing & Supply Chain

Build a market-ready pathway from farm to customer. Compare direct sales, farmers markets, CSA programs, wholesale, and digital channels; protect traceability and cold chain; understand organic and CanadaGAP claims; and evaluate value-added processing with sound costing and compliance.

Key Terminology

1Direct-to-consumer: A sales model in which the farm sells directly to the final customer through channels such as farm gate, online orders, delivery, or markets.
2CSA: Community-supported agriculture, commonly a subscription or membership model in which customers receive periodic farm products under clearly stated terms.
3Value proposition: A clear explanation of the customer need served, the benefit offered, and why the product or service is a suitable choice.
4Lot code: An identifier linking a defined product lot to production, handling, storage, and distribution records.
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Professional Certification

Complete 15 modules to unlock your verified certificate.