Agricultural Research Manager

About the Organization

We are a research-led entity dedicated to advancing agricultural sciences, boosting sustainable food production, improving crop productivity, optimizing resource use, and fostering agricultural innovation. Our distributed teams work collaboratively across diverse fields such as agronomy, crop and soil sciences, plant biology, agricultural engineering, biotechnology, environmental science, data science, sustainability, operations, and executive leadership to generate evidence-based strategies for resilient, high-performing farming systems.

Position Overview

We seek a seasoned Agricultural Research Manager to spearhead research programs encompassing field trials, crop analyses, soil studies, experimental designs, data interpretation, technology development, and multidisciplinary innovation initiatives in agriculture. The successful candidate will transform scientific inquiry into actionable practices that enhance productivity, sustainability, resource efficiency, crop resilience, and prolonged agricultural success.

Key Duties

• Create and execute strategic plans for agricultural research including portfolios, experimental programs, annual objectives, and future research roadmaps aligned with organizational goals.
• Direct multidisciplinary research projects covering domains such as crop science, agronomy, soil health, irrigation, plant nutrition, pest control, biotechnology, climate adaptability, precision farming, and sustainable agriculture.
• Design, implement, and oversee field and controlled environment experiments, ranging from greenhouse setups to irrigation trials and technology demonstrations.
• Work collaboratively with experts including agronomists, crop and soil scientists, plant biologists, engineers, biotechnologists, environmental scientists, data specialists, GIS professionals, farmers, technology providers, academic institutions, research bodies, and organizational leaders.
• Develop robust research methodologies including sampling techniques, protocols, data collection mechanisms, quality control, and statistical analysis frameworks.
• Investigate areas such as crop yield, plant health, soil fertility, water use efficiency, climate resilience, pest and disease resistance, nutrition, sustainable inputs, and agricultural resource optimization.
• Establish and maintain comprehensive datasets and repositories capturing field trial results, soil assessments, environmental monitoring, and knowledge bases.
• Analyze data employing statistical models, geospatial and remote sensing technologies, time-series analysis, predictive analytics, and performance indicators.
• Define performance metrics including yield improvement, resource optimization, trial milestones, research output, technology uptake, impact assessment, and sustainability outcomes.
• Stay abreast of developments in genetics, biotechnology, precision agriculture, controlled-environment farming, irrigation, robotics, remote sensing, and sustainable practices.
• Lead research addressing issues like climate resilience, drought tolerance, heat stress, water shortages, soil degradation, salinity, biodiversity, and sustainable agricultural production.
• Assess new agricultural products and technologies including seeds, fertilizers, biostimulants, irrigation systems, pest management solutions, machinery, sensors, software, and precision farming tools.
• Forge partnerships with universities, research institutions, government agencies, farming organizations, tech companies, labs, agribusinesses, and consultants.
• Prepare research documentation such as proposals, grant applications, scientific and technical reports, presentations, field trial summaries, assessments, and leadership briefings.
• Oversee management of research budgets, sites, labs, greenhouses, equipment, consultants, testing services, contractors, scientific software, and strategic partnerships.
• Ensure compliance with UAE regulations concerning agriculture, environmental protection, biosafety, chemical handling, occupational health, research ethics, and other legal standards.
• Champion digital transformation via AI, machine learning, satellite imagery, remote sensing, precision agriculture, automated crop monitoring, digital twins, predictive modeling, and advanced farm analytics.
• Utilize advanced software tools including ArcGIS, QGIS, Google Earth Engine, R, Python, MATLAB, Microsoft 365, Power BI, Tableau, farm management platforms, remote sensing solutions, agricultural databases, laboratory information systems, and scientific modeling applications.
• Create executive dashboards, crop performance assessments, trial analyses, efficiency reports, technology evaluations, research roadmaps, risk evaluations, and strategic recommendations for senior executives.
• Lead, mentor, and enhance the capabilities of agricultural researchers, agronomists, field and lab scientists, data analysts, research assistants, promoting scientific integrity, innovation, collaboration, sustainability, and continual advancement.

Qualifications

• A Bachelor's degree in Agricultural Science, Agronomy, Crop Science, Plant Science, Horticulture, Soil Science, Agricultural Engineering, Biotechnology, Environmental Science, or related fields.
• A Master’s degree in related disciplines such as Agricultural Science, Agronomy, Crop Science, Plant Biology, Soil Science, Agricultural Engineering, or Biotechnology is strongly preferred.
• PhD qualifications in agricultural research areas are desirable for roles with intensive research focus.
• Membership or certification from reputable agricultural, agronomic, horticultural, soil science, research, sustainability, or scientific bodies is an advantage.
• A minimum of five years’ experience in agricultural research or related fields including agronomy, crop science, horticulture, soil science, agricultural technology, or plant science.
• At least two years’ experience in managing agricultural research projects, field trials, teams, partnerships, laboratories, or multidisciplinary projects is preferred.
• Proficient knowledge of research methodology, experimental design, soil and crop sciences, irrigation, pest control, sustainability, data analysis, and quality management.
• Hands-on experience with software and tools like ArcGIS, QGIS, Google Earth Engine, R, Python, MATLAB, Microsoft 365 suite, Power BI, Tableau, farm management systems, remote sensing platforms, agricultural databases, and modeling software.
• Familiarity with cutting-edge technologies including AI-based crop monitoring, machine learning models, precision agriculture techniques, agricultural robotics, satellite analytics, predictive yield modeling, digital agricultural platforms, controlled environment agriculture, and other advanced farming technologies is highly valued.
• Strong leadership aptitude, skills in research design, analytical thinking, statistical evaluation, technical writing, effective communication, project and stakeholder management, grant writing, organization, and problem resolution.
• Capability to juggle multiple agricultural research projects considering scientific robustness, field challenges, crop cycles, resource limitations, compliance, budgets, timelines, data reliability, and stakeholder demands.
• Ability to operate efficiently in a remote working setup alongside diverse scientific, engineering, sustainability, data, research, and executive teams; willingness to travel occasionally for fieldwork, meetings, workshops, labs, demonstrations, and conferences.

Benefits

• Fully remote working arrangement offering flexible collaboration with global research and technical teams.
• Competitive pay structure with incentives tied to performance.
• Comprehensive health and wellness programs.
• Opportunities for professional growth and leadership development in agricultural research.
• Exposure to state-of-the-art technologies including AI-driven precision agriculture, satellite analytics, predictive crop modeling, robotics, digital farming, smart irrigation, and advanced crop research tools.
• A collaborative environment committed to scientific excellence, sustainability, innovation, food security, and continual process enhancement.
• Chance to contribute to advancing agricultural productivity and resilience addressing critical challenges such as climate change, water scarcity, soil health, and sustainable farming practices.