Agronomist
An agronomist researches and improves the conditions for growing plants, plans crop rotations, monitors soil fertility, and provides recommendations for crop care.
On this profession page, you will learn:
Who is agronomist
The agronomist is a specialist who works daily with nature, promoting plant growth and improving crop quality. Upon entering the field, the agronomist inspects the crops, studies the condition of the plants, and identifies signs of diseases or pests. They analyze the soil, determine its characteristics, and select optimal fertilizers to provide plants with all the necessary nutrients.The agronomist develops annual planting plans, taking into account climatic conditions, types of plants, and their needs. They also monitor the weather, predict changes, and prepare in advance for rain or drought to minimize risks to future harvests.In the fall, the agronomist organizes the harvest, checks its quality, and selects the best samples for storage and sale. Simultaneously, they conduct training for workers, teaching them which technology to apply and how to use tools effectively.The agronomist implements the latest agricultural technologies and introduces precision farming systems. They observe changes in nature, study scientific news, attend conferences, and exchange experiences with colleagues to stay updated on the latest advancements in the field.During field trials, the agronomist tests new plant varieties, conducts experiments with soil cultivation techniques, and analyzes results to improve work methods. They maintain documentation, recording all changes and results, which helps in future work.Communication with farmers also plays an important role in their activities. The agronomist organizes meetings, advises on crop and technology selection, and recommends the best ways to grow plants and choose protection methods.Thus, the agronomist actively works on improving agriculture, strengthening its connection with nature, and forming a more sustainable approach to crop cultivation. Every day, the agronomist faces new challenges, making their work dynamic and uniquely significant.
AI impact on agronomist
Medium riskAI replacement risk
50%
Satellite and drone imagery plus soil sensors will first automate routine monitoring of crop growth and soil fertility, while AI planners take over calculation and forecasting of rotations and input schedules. Field inspections, on-site diagnosis of disease or compaction, and face-to-face consultations on cultivation technologies remain human-led because they require tactile judgment and local trust. The role transitions from routine data collection and scheduling to directing AI recommendations, validating risk scenarios, and managing personnel and equipment to execute adaptive crop-care plans.
Tasks at risk of automation
- soil and crop monitoring
- rotation and input scheduling
- calculation and forecasting
Tasks that will remain human
- on-site diagnosis and inspection
- consultations on cultivation technologies
- personnel and equipment management
Key skills of agronomist
Work schedule and conditions
Agronomists typically work full-time, which amounts to approximately 8 hours a day, five days a week. However, the job may require greater flexibility, especially during planting or harvesting seasons, when agronomists may need to work overtime or on weekends to ensure proper care of crops and timely harvests. The work of an agronomist involves a combination of office and outdoor tasks. Office work includes planning, documentation, and reporting, while outdoor work involves inspecting fields, supervising crops, and communicating with workers. Agronomists often need to work outdoors in all weather conditions, so they must be prepared to work in heat, cold, rain, or snow. Additionally, the job may require travel, as agronomists often have to visit different plots of land that may be located in various regions or even countries. While remote work for an agronomist is possible when performing office tasks, a significant portion of the job requires physical presence on-site. Agronomists may also need to work closely with farmers, workers, and other agriculture professionals to ensure proper crop care and maximize yields. Special work conditions may include the need to wear protective clothing when working with pesticides or other chemicals, as well as adhering to strict safety and hygiene regulations. Furthermore, agronomists may need to undergo specialized safety training and obtain licenses to use certain types of equipment or chemicals.
What a agronomist does
- Planning and organization of agricultural production
- Quality control of soil, fertilizers, and seeds
- Monitoring of crops, plant care, and their protection
- Monitoring the growth and development of crops, selection of varieties.
- Consultations on cultivation technologies, agronomy, and harvesting.
- Analysis and problem-solving related to crop cultivation.
- Management of personnel, equipment, and resources in agriculture.
Benefits of the agronomist profession
Outdoor work
The opportunity to spend time in nature, work with plants, and observe their growth.
The Importance of Work
Plays a key role in ensuring food security and sustainable development.
Scientific approach
The application of modern technologies and scientific achievements to improve crop yields.
Disadvantages of the agronomist profession
Physical exertion
The necessity of spending a lot of time on your feet, working in heat or bad weather.
Seasonality
Work depends on the season, which may require a flexible schedule or overtime hours.
Pests and Diseases
The necessity to constantly fight against pests and diseases that can destroy the crop.
How to become a agronomist
There's more than one way into agronomy in the UK, and a degree isn't always the fastest. A practical start is a Level 3 or higher apprenticeship, a BTEC/diploma at an agricultural college, or working as an assistant agronomist while you train. To advise on crop protection you'll typically need BASIS and FACTS qualifications, and to give independent agronomy advice many employers look for a degree.
1. University degree
A degree in agronomy, agriculture or crop science from a UK university is the standard route to independent advisory and management roles. Courses cover soil science, crop production and farm management and usually run three years, but it's the longest way in.
2. College course or apprenticeship
A BTEC, T-Level or diploma at an agricultural college, or a Level 3+ agriculture apprenticeship, takes you straight into practical crop and soil work. It's the fastest formal route — you can work after qualifying or progress to a degree later.
3. Work placement
Farms, agronomy firms and agricultural co-operatives regularly offer placements and assistant-agronomist roles. Working under a qualified agronomist gives hands-on experience of crop walking, soil sampling and machinery — often paid and a direct route into a permanent job.
4. Courses and certification
To advise on crop protection and nutrition you'll need BASIS and FACTS qualifications; short courses also cover precision farming and organic methods. These are ideal for building required certification and keeping expertise current rather than starting from scratch.
The quickest way in is an agricultural college course or an apprenticeship on a farm, where you get straight into crops, soils and machinery. A degree makes sense if you're aiming at senior, research or independent advisory roles. If you'll be recommending pesticides or fertilisers, you'll need BASIS and FACTS certification.