Agricultural Production Planning, Farm Management and Post-Harvest Technology Training Course

Course Introduction

Effective agricultural production depends on careful planning, efficient farm management, timely decision-making, and appropriate handling of crops after harvest. This Agricultural Production Planning, Farm Management and Post-Harvest Technology Training Course provides participants with comprehensive knowledge and practical skills for planning agricultural enterprises, managing farm resources, improving operational efficiency, reducing production risks, and minimizing post-harvest losses across different farming systems.

The course examines the complete farm management cycle, beginning with production planning and resource assessment and continuing through crop establishment, field operations, harvesting, storage, processing, transportation, marketing, and performance evaluation. Participants will learn how to align land, labor, machinery, inputs, water, finance, technology, and market opportunities with realistic production objectives while developing practical systems for monitoring farm performance and improving operational outcomes.

Sound farm management requires accurate budgeting, scheduling, record keeping, cost control, labor management, machinery utilization, input procurement, and risk assessment. Participants will explore practical methods for preparing farm plans, calculating production costs, developing crop calendars, managing farm enterprises, evaluating profitability, and making evidence-based decisions. The programme emphasizes the importance of combining technical agricultural knowledge with sound business and managerial practices.

Post-harvest management is equally important because significant quantities of agricultural products can be lost or downgraded between harvesting and final consumption. Participants will examine harvesting maturity, handling, cleaning, grading, sorting, drying, storage, packaging, transportation, processing, quality control, and food safety. Emphasis is placed on technologies and management practices that preserve quality, extend shelf life, reduce physical and biological losses, and improve the commercial value of agricultural products.

The course also addresses emerging technologies transforming farm production and post-harvest management, including precision agriculture, farm management software, remote sensing, drones, automated machinery, digital record keeping, smart storage, sensors, cold-chain systems, artificial intelligence, and data-driven decision-making. Participants will consider how these technologies can improve resource efficiency, production forecasting, labor productivity, traceability, quality management, and post-harvest performance while recognizing practical constraints related to cost, infrastructure, technical capacity, and accessibility.

By completing the Agricultural Production Planning, Farm Management and Post-Harvest Technology Training Course, participants will be better prepared to develop integrated farm production plans, manage agricultural resources efficiently, reduce operational and post-harvest losses, improve product quality, and strengthen farm profitability. The programme connects production planning with practical farm management and post-harvest systems to support productive, commercially viable, resource-efficient, resilient, and sustainable agricultural enterprises.

Duration

10 days

Who Should Attend

• Farm managers and agricultural production managers

• Commercial farmers and agricultural enterprise owners

• Agricultural production officers and field supervisors

• Agronomists and crop production specialists

• Agricultural extension officers and farmer trainers

• Agricultural engineers and farm mechanization professionals

• Post-harvest management and food handling specialists

• Agricultural project managers and programme coordinators

• Cooperative and producer organization leaders

• Agricultural economists and farm business advisors

• Agribusiness and agro-processing professionals

• Agricultural supply-chain and logistics professionals

• Government agricultural and rural development officers

• Agricultural researchers and university professionals

• Food quality, storage, and post-harvest technology practitioners

• Agricultural consultants and farm management advisors

Course Objectives

• Develop advanced understanding of agricultural production planning principles and their application to efficient, profitable, sustainable, and market-oriented farm operations.

• Enable participants to prepare integrated farm production plans that align land, labor, machinery, inputs, finance, water, technology, seasonal conditions, and market requirements.

• Strengthen participants’ ability to develop realistic production schedules, crop calendars, operational plans, input requirements, labor plans, and resource-allocation strategies for different farming enterprises.

• Equip participants with practical farm management tools for controlling costs, improving productivity, managing labor, maintaining records, and monitoring operational performance.

• Improve participants’ ability to conduct farm budgeting, enterprise analysis, profitability assessments, break-even calculations, cash-flow planning, and investment evaluations for agricultural businesses.

• Develop effective strategies for managing agricultural risks associated with climate variability, pests, diseases, input shortages, labor constraints, market fluctuations, machinery failures, and production uncertainties.

• Strengthen knowledge of modern farm machinery, mechanization planning, equipment utilization, preventive maintenance, operational scheduling, and appropriate technology selection for agricultural production.

• Enable participants to implement improved harvesting and post-harvest handling practices that reduce physical damage, quality deterioration, contamination, spoilage, and economic losses.

• Develop practical competence in drying, cleaning, grading, sorting, storage, packaging, transportation, and processing technologies suitable for different agricultural commodities.

• Improve understanding of food quality, safety, hygiene, traceability, standards, and quality-control systems throughout post-harvest handling and agricultural supply chains.

• Equip participants to use digital agriculture, precision farming, sensors, remote monitoring, farm-management software, and emerging technologies to improve production and post-harvest decisions.

• Enable participants to develop integrated farm management and post-harvest action plans that improve productivity, profitability, resource efficiency, product quality, market access, and long-term agricultural sustainability.

Comprehensive Course Outline

Module 1: Foundations of Agricultural Production Planning

• Principles, objectives, processes, and importance of agricultural production planning for efficient resource utilization, productivity improvement, profitability, and sustainable farm development.

• Assessment of farm resources, including land, soil, water, labor, machinery, capital, infrastructure, technology, inputs, and management capabilities for realistic production planning.

• Establishing farm production objectives, enterprise priorities, production targets, operational requirements, performance indicators, and seasonal implementation schedules.

• Integrating technical, financial, environmental, market, and climate considerations into agricultural production plans that remain practical under changing farm conditions.

Module 2: Farm Enterprise Selection and Production Scheduling

• Principles for selecting profitable farm enterprises based on land suitability, climate, water availability, market demand, production costs, labor requirements, infrastructure, and financial objectives.

• Crop and livestock enterprise combinations, diversification strategies, rotation planning, intercropping, mixed farming, and other approaches for improving farm resource utilization.

• Development of crop calendars, production schedules, field activity plans, planting windows, harvesting periods, and labor requirements for coordinated farm operations.

• Adjusting production schedules to account for weather forecasts, seasonal conditions, market timing, input availability, machinery capacity, labor constraints, and other operational realities.

Module 3: Farm Resource Management and Allocation

• Efficient management and allocation of land, water, labor, machinery, inputs, capital, energy, infrastructure, and other resources required for successful agricultural production.

• Techniques for identifying resource constraints, improving utilization rates, reducing idle capacity, and allocating scarce resources according to farm priorities and expected returns.

• Water-resource planning, irrigation coordination, soil management, input scheduling, and conservation practices that support productive and sustainable agricultural operations.

• Developing resource-management systems that balance immediate production requirements with soil health, environmental protection, financial sustainability, and long-term farm productivity.

Module 4: Farm Budgeting, Financial Planning and Cost Management

• Preparation of farm budgets covering production inputs, labor, machinery, irrigation, energy, transportation, storage, processing, marketing, overheads, and other operating expenses.

• Enterprise budgeting and gross-margin analysis for comparing crops, livestock enterprises, production systems, technologies, and alternative agricultural investment opportunities.

• Cash-flow planning, working-capital management, break-even analysis, profitability assessment, financial record keeping, and interpretation of farm financial performance.

• Cost-control strategies for reducing unnecessary expenditure, improving input efficiency, managing production risks, and increasing the profitability and financial resilience of agricultural enterprises.

Module 5: Farm Labour, Leadership and Operational Management

• Principles of agricultural labor planning, workforce allocation, supervision, productivity measurement, task scheduling, occupational safety, and seasonal workforce management.

• Leadership and communication techniques for coordinating farm teams, assigning responsibilities, resolving operational problems, and maintaining high standards of work performance.

• Developing standard operating procedures for critical farm activities and establishing systems for monitoring quality, productivity, timeliness, safety, and resource utilization.

• Managing labor shortages, seasonal employment challenges, skills gaps, workforce motivation, training requirements, and changing labor needs associated with agricultural mechanization.

Module 6: Agricultural Inputs, Procurement and Inventory Management

• Planning and procurement of seeds, fertilizers, crop-protection products, animal feed, veterinary inputs, fuel, packaging materials, spare parts, and other agricultural production resources.

• Supplier evaluation, purchasing decisions, quality verification, delivery scheduling, inventory control, storage requirements, and responsible input management.

• Strategies for avoiding input shortages, excessive inventories, unnecessary costs, expired materials, counterfeit products, poor-quality inputs, and inefficient procurement practices.

• Developing input-management records and procurement systems that support traceability, cost control, timely availability, responsible use, and compliance with relevant agricultural requirements.

Module 7: Farm Machinery, Mechanization and Technology Management

• Selection and management of agricultural machinery based on farm size, enterprise requirements, soil conditions, labor availability, production scale, financial resources, and operational efficiency.

• Machinery scheduling, field capacity, fuel management, equipment utilization, preventive maintenance, repair planning, replacement decisions, and machinery cost analysis.

• Mechanization strategies for land preparation, planting, cultivation, harvesting, transport, post-harvest handling, and other farm activities requiring timely and efficient operations.

• Emerging agricultural technologies, including automation, robotics, precision equipment, smart machinery, remote monitoring, and digital systems for improving farm operational efficiency.

Module 8: Crop Production Management and Field Operations

• Coordinating land preparation, planting, crop establishment, nutrient management, irrigation, weed control, pest management, disease management, and other critical field operations.

• Crop growth monitoring and decision-making throughout different development stages to ensure timely interventions and optimize yield, quality, and resource efficiency.

• Integrating soil fertility management, water management, integrated pest management, conservation practices, and climate-resilient agronomic approaches into production plans.

• Maintaining accurate field records covering planting dates, input applications, weather conditions, field activities, crop performance, pest observations, yields, and operational costs.

Module 9: Agricultural Risk Management and Climate-Resilient Farm Planning

• Identification and assessment of production, financial, market, climate, biological, operational, labor, technology, and supply-chain risks affecting agricultural enterprises.

• Development of farm contingency plans addressing drought, floods, extreme temperatures, pest outbreaks, disease events, input disruptions, machinery failures, and market shocks.

• Climate-resilient production planning through crop diversification, resilient varieties, improved water management, soil conservation, adjusted planting schedules, and resource-efficient technologies.

• Agricultural insurance, diversification, savings, contractual arrangements, emergency reserves, risk-sharing mechanisms, and other strategies for strengthening farm financial and operational resilience.

Module 10: Harvest Planning and Post-Harvest Handling

• Determining appropriate harvest maturity, timing, methods, labor requirements, machinery needs, field logistics, and handling procedures for maintaining product quality.

• Harvesting techniques that minimize bruising, cutting, contamination, mechanical damage, physiological deterioration, and other causes of post-harvest losses.

• Coordination between harvesting, field collection, transport, cleaning, sorting, cooling, drying, storage, processing, and market delivery to maintain continuous product quality.

• Developing commodity-specific post-harvest plans that consider perishability, environmental conditions, infrastructure, market requirements, product characteristics, and available technologies.

Module 11: Drying, Cleaning, Grading and Sorting Technologies

• Principles and technologies for drying agricultural commodities while maintaining appropriate moisture levels, product quality, nutritional characteristics, and storage stability.

• Mechanical and manual cleaning systems for removing soil, foreign materials, damaged products, contaminants, and other unwanted materials from harvested commodities.

• Grading and sorting systems based on size, maturity, color, weight, quality, defects, moisture content, market specifications, and customer requirements.

• Evaluation and selection of post-harvest equipment based on processing capacity, energy requirements, product characteristics, labor needs, maintenance, affordability, and quality outcomes.

Module 12: Agricultural Storage, Packaging and Quality Preservation

• Principles of safe agricultural storage, including temperature, humidity, ventilation, moisture control, pest management, sanitation, stacking, monitoring, and inventory rotation.

• Storage technologies for grains, cereals, roots, tubers, fruits, vegetables, seeds, and other commodities with different environmental and quality-management requirements.

• Packaging materials and methods for protecting agricultural products from mechanical damage, moisture, contamination, pests, temperature fluctuations, and quality deterioration.

• Quality preservation strategies that extend shelf life, reduce losses, maintain nutritional and commercial value, support traceability, and meet customer and market specifications.

Module 13: Cold Chain, Transportation and Post-Harvest Logistics

• Principles of cold-chain management for maintaining quality and extending the shelf life of temperature-sensitive agricultural products throughout storage and transportation.

• Selection and management of refrigerated storage, cooling systems, insulated containers, transport equipment, monitoring devices, and other cold-chain infrastructure.

• Agricultural transportation planning involving route selection, loading, handling, packaging, scheduling, vehicle management, delivery coordination, and cost optimization.

• Managing logistics challenges such as inadequate infrastructure, temperature interruptions, long transport distances, delays, fuel costs, product damage, and limited rural connectivity.

Module 14: Agro-Processing, Food Safety and Value Addition

• Principles of agro-processing and transformation technologies for converting raw agricultural commodities into safe, stable, convenient, differentiated, and higher-value products.

• Food safety, hygiene, sanitation, contamination prevention, hazard management, quality assurance, traceability, and responsible processing practices within agricultural enterprises.

• Value-addition opportunities through milling, drying, preservation, fermentation, extraction, packaging, processing, product development, and by-product utilization.

• Evaluating processing investments based on raw-material availability, market demand, equipment requirements, energy use, labor, quality standards, financial returns, and environmental considerations.

Module 15: Digital Farm Management, Data and Precision Agriculture

• Applications of farm-management software, digital record keeping, mobile applications, geographic information systems, remote sensing, sensors, and cloud-based platforms.

• Precision agriculture technologies for optimizing water, fertilizer, seed, crop-protection products, energy, machinery, and labor according to field-level variability.

• Use of farm data for production forecasting, cost analysis, yield monitoring, inventory management, machinery scheduling, traceability, quality control, and strategic decision-making.

• Emerging applications of artificial intelligence, predictive analytics, automated monitoring, drones, smart storage systems, and digital platforms for integrated farm management.

Module 16: Future Trends and Strategic Farm Management Action Planning

• Emerging developments in agricultural production and post-harvest technology, including robotics, artificial intelligence, autonomous machinery, smart storage, digital traceability, and advanced sensing systems.

• Future challenges involving climate change, labor availability, resource scarcity, food safety, changing consumer preferences, market volatility, post-harvest losses, and increasing pressure for sustainable production.

• Strategies for integrating production planning, farm management, post-harvest technology, market requirements, digital innovation, resource conservation, and climate resilience into future-ready agricultural enterprises.

• Development of practical farm action plans covering production targets, resource allocation, financial management, harvesting, post-harvest systems, technology adoption, risk management, monitoring, and measurable performance improvements.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.