Job Description

We're Hiring: Senior Agronomist

Location: United Arab Emirates (Remote)

Employment Type: Full-Time

Experience Level: Senior

Work Arrangement: Fully Remote

About Us

We are a globally focused organization committed to improving agricultural productivity, crop performance, resource efficiency, and sustainable farming practices across diverse markets.

Our multidisciplinary teams collaborate across Agronomy, Crop Science, Soil Science, Irrigation, Plant Health, Agricultural Technology, Research & Development, Operations, Sustainability, and external agricultural partners to develop practical solutions that improve farm performance and long-term resilience.

The Role

We are seeking an experienced Senior Agronomist to lead agronomic programs, crop-production strategies, field trials, soil and plant assessments, crop-health initiatives, and agricultural performance improvement.

The ideal candidate will combine strong agronomic expertise with field experience, analytical capability, research skills, and stakeholder leadership to optimize crop production, improve resource efficiency, manage agronomic risks, and translate scientific knowledge into practical recommendations for agricultural operations.

Key Responsibilities

Develop and implement agronomic strategies aligned with production, quality, sustainability, and commercial objectives.
Lead agronomic programs across crop production, soil management, irrigation, nutrition, crop protection, and yield optimization.
Develop crop-production plans based on crop type, soil conditions, climate, water availability, production targets, and market requirements.
Assess crop-growing conditions and identify factors affecting yield, quality, plant health, and production efficiency.
Conduct regular field assessments to evaluate crop development, plant health, soil conditions, irrigation performance, pest pressure, and environmental risks.
Develop crop calendars covering land preparation, planting, irrigation, nutrition, crop protection, harvesting, and post-harvest activities.
Recommend appropriate planting dates, crop varieties, planting densities, cultivation methods, and crop rotations.
Evaluate crop varieties and hybrids for yield, quality, adaptability, disease resistance, stress tolerance, and commercial suitability.
Develop fertilizer and nutrient-management programs based on soil tests, plant-tissue analysis, crop requirements, and production objectives.
Monitor crop nutrient status and identify deficiencies, toxicities, imbalances, and nutrient-use inefficiencies.
Develop strategies to improve nutrient-use efficiency and reduce unnecessary input costs.
Conduct soil assessments covering fertility, pH, salinity, organic matter, structure, moisture, drainage, and other relevant characteristics.
Develop soil-improvement strategies including amendments, organic matter management, soil conditioning, and appropriate cultivation practices.
Monitor soil-health indicators and recommend practices that improve long-term soil productivity.
Develop irrigation-management strategies based on crop water requirements, soil moisture, weather conditions, and irrigation-system performance.
Monitor irrigation schedules, water distribution, crop water stress, drainage, and water-use efficiency.
Recommend irrigation improvements to reduce water loss and optimize crop performance.
Support integrated pest-management programs covering insects, diseases, weeds, and other crop-health risks.
Monitor pest and disease populations and assess their impact on crop performance.
Develop crop-protection recommendations using integrated, sustainable, and economically appropriate approaches.
Evaluate chemical, biological, cultural, mechanical, and preventive crop-protection methods.
Coordinate pest and disease scouting programs and maintain accurate field observations.
Support accurate identification and diagnosis of crop diseases, pests, nutrient deficiencies, and physiological disorders.
Develop treatment thresholds and intervention recommendations based on crop stage, pest pressure, economic impact, and environmental considerations.
Evaluate agricultural inputs including fertilizers, biostimulants, biological products, crop-protection products, seeds, growing media, and soil amendments.
Conduct field trials and demonstrations to evaluate agronomic products, technologies, varieties, and production practices.
Design trial protocols, treatment plans, sampling approaches, observation schedules, and evaluation criteria.
Collect, validate, and analyze field-trial data relating to crop growth, yield, quality, input use, and treatment performance.
Apply appropriate statistical and analytical methods to interpret agronomic trial results.
Translate trial results into practical recommendations for agricultural operations.
Monitor crop yield, quality, maturity, uniformity, and harvest performance.
Identify yield gaps and develop corrective strategies to improve productivity.
Analyze historical crop performance to identify recurring agronomic constraints and opportunities.
Develop crop-performance benchmarks and agronomic performance standards.
Support yield forecasting and production planning using field observations, historical data, weather information, and crop-development indicators.
Work with farm managers, agricultural technicians, irrigation specialists, plant-health teams, soil scientists, engineers, and operations personnel.
Provide technical agronomic guidance to farm and field teams.
Train field staff in crop scouting, sampling, irrigation management, nutrient management, pest identification, and agronomic best practices.
Develop agronomic standard operating procedures, field protocols, crop-management guidelines, and technical manuals.
Establish consistent field-data collection, sampling, reporting, and quality-control procedures.
Use GIS, remote sensing, satellite imagery, drones, sensors, and precision-agriculture tools to support agronomic decision-making.
Evaluate precision-agriculture technologies including variable-rate application, GPS-guided operations, crop-monitoring systems, soil sensors, and automated irrigation.
Analyze spatial and temporal crop-performance data to identify variability and optimize field management.
Evaluate the use of artificial intelligence, predictive analytics, and digital agriculture platforms for crop monitoring and production optimization.

Key Performance Indicators

Crop yield improvement
Crop quality improvement
Yield-gap reduction
Crop uniformity
Crop establishment success
Crop survival rate
Nutrient-use efficiency
Fertilizer-use efficiency
Water-use efficiency
Irrigation efficiency
Soil-health improvement
Soil-fertility improvement
Pest-management effectiveness
Disease-management effectiveness
Crop-loss reduction
Pest and disease detection timeliness
Crop-scouting completion
Agronomic recommendation implementation
Agronomic trial completion
Trial protocol compliance
Trial data quality
Trial-to-recommendation conversion rate
Variety evaluation performance
Input-performance improvement
Input-cost efficiency
Production-cost reduction
Yield forecast accuracy
Crop-monitoring accuracy
Field-data accuracy
Agronomic reporting timeliness
Technical recommendation quality
Sustainability performance
Resource-use reduction
Climate-risk mitigation effectiveness
Precision-agriculture adoption
Digital-agriculture adoption
External consultant performance
Laboratory testing turnaround time
Agronomic project budget adherence
Agronomic project milestone achievement
Field-team training completion
Technical competency development
Agronomic compliance
Corrective-action closure
Stakeholder satisfaction
Continuous-improvement implementation

Ideal Candidate

The successful candidate should have strong experience in agronomy, crop production, agricultural operations, crop science, soil management, plant health, precision agriculture, or agricultural consulting, preferably within commercial farming, agribusiness, horticulture, food production, agricultural technology, research, or large-scale agricultural environments.

The candidate should demonstrate:

Proven experience managing agronomic programs and crop-production activities.
Strong knowledge of crop production, plant physiology, soil management, and agricultural systems.
Experience developing crop-management plans, crop calendars, and agronomic recommendations.
Strong knowledge of crop nutrition, fertilizer management, and plant-tissue analysis.
Experience with soil testing, soil-health assessment, and soil-improvement practices.
Strong understanding of irrigation management and crop water requirements.
Experience with integrated pest management and crop-protection programs.
Strong ability to identify and assess crop diseases, pests, weeds, nutrient deficiencies, and physiological disorders.
Experience conducting field trials, demonstrations, crop evaluations, and agronomic experiments.