Job Details | ||||
| Job Title | Principal Scientist - Plant Physiology | Sector | Innovation Oasis | |
| Department | Science and Research | Section | Plant health/ Physiology | |
Reporting Lines | ||||
| Direct Reports To | Sr. Research Manager- Plant Physiology | |||
Job Purpose | ||||
The Center of Excellence for Abiotic Resilience and Crop Genomics (ARC-Gen) is a partnership between Silal, the UAE’s leading agri-food and technology company, and Limagrain Vegetable Seeds (LVS), the world leader in Vegetable Seeds. This partnership is aiming to develop a world class research facility in UAE with state-of-the-art capabilities in plant physiology and gene editing, with the ultimate goal of enhancing crops’ ability to withstand extreme conditions such as heat, drought, and salinity. As a Principal Scientist in Plant Physiology, you will contribute to the development of the Plant Physiology Research Unit at ARC-Gen and manage research projects in plant physiology to support the development of abiotic resilience traits. You will play a critical role in shaping the plant physiology research strategy at ARC-Gen. This role involves designing and implementing experiments to understand plant physiological mechanisms and their genetic control and translating findings into actionable strategies for abiotic resilience improvement in targeted crops. Your work will contribute directly to global priorities such as food security, sustainable agriculture, and climate resilience. | ||||
Key Responsibilities | ||||
| Functional | ||||
Key Responsibilities
Project Leadership & Management:
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| Financial Management | ||||
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| People Management | ||||
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Stakeholder Management | ||||
Key Internal Stakeholders | Key External Stakeholders | |||
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Required Qualification | ||||
| Academic Qualifications | Professional Experience | |||
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Competencies | ||||
Technical Competencies | ||||
Competency | Proficiency Level | |||
| Abiotic Stress Mechanistic Modeling: Deciphering and modeling how plant physiological pathways respond to extreme heat, drought, and salinity. | Expert | |||
| Precision Phenotyping Assay Development: Designing and validating high-accuracy assays and remote sensing protocols to quantify stress tolerance traits. | Expert | |||
| Genotype-to-Phenotype Mapping: Collaborating with geneticists to link specific physiological responses to their underlying genetic control pathways. | Expert | |||
| Functional Trait Validation: Performing rapid, rigorous assessments of genome-edited plants to verify improved performance in desert-like conditions. | Expert | |||
| Scientific Strategy & Unit Design: Shaping the R&D roadmap and experimental workflows for the establishment of a world-class Physiology Research Unit. | Expert | |||
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