Ph.D.-qualified Agronomist and Agricultural Engineer with extensive experience in sustainable agriculture, climate-smart production systems, and applied agricultural research. Demonstrated ability to design and implement innovative, evidence-based solutions addressing key challenges in crop production, including salinity stress, water scarcity, and soil degradation, with a strong focus on enhancing productivity while ensuring environmental sustainability.

Extensive experience in higher education and technical training, delivering advanced instruction in agroecology, plant physiology, and cropping systems, alongside mentoring and supervising students and contributing to academic program development. Strong capacity to bridge scientific knowledge with field applications through practical training and hands-on implementation.

Proven expertise in leading and delivering high-level consultancy and advisory services focused on sustainable and regenerative agriculture, organic farming systems, circular economy approaches, and waste valorization. Key achievements include the development and implementation of innovative agricultural solutions such as alternative growing media, composting systems, and resource-efficient production models, contributing to improved sustainability and resilience of farming systems.

Established research profile with multiple peer-reviewed publications and scientific contributions in plant stress physiology, nano-fertilizers, and sustainable crop production. Advanced competencies in experimental design, statistical analysis, and data interpretation, with the ability to translate research findings into practical applications, policy recommendations, and scalable interventions.

Extensive experience in capacity building and knowledge transfer, including the design and delivery of large-scale training programs, Training-of-Trainers (ToT) initiatives, and technical support to farmers, engineers, and agribusiness stakeholders. Demonstrated impact in strengthening technical skills, promoting adoption of sustainable practices, and enhancing local agricultural systems.

Advanced technical expertise in precision agriculture, soil and water resource management, irrigation optimization, agroforestry, biodiversity conservation, composting, and climate resilience strategies. Strong analytical, communication, and reporting skills, combined with multilingual proficiency (Arabic, English, French), enabling effective collaboration in multidisciplinary and multicultural environments.

Strong commitment to advancing resilient and sustainable agri-food systems through scientific excellence, innovation, and high-level technical advisory services.