Ahmed Badry Hefny

• Collaborated with technical office team to design and develop innovative and sustainable irrigation systems that maximize efficiency and deliver optimal results for every project serving more than 24 local sales branches plus three international branches.
• Demonstrated expertise in adjusting irrigation systems to address environmental and climatic fluctuations, ensuring system reliability and longevity.
• Served as key liaison with governmental institutions on their agricultural development projects and collaborated with local and international universities (About 4 universities) to drive innovation and knowledge sharing.
• Educated consumers of irrigation systems available, providing in-depth technical knowledge to support informed decision-making and successful project outcomes. Where more than one seminar was held annually.
• Successfully troubleshoot issues that arose during installation or use, providing timely and effective solutions that minimized downtime and optimize system performance.
• Conducted extensive research on irrigation industry trends and best practices, leveraging insights to inform strategic decision-making and product development.
• Developed and maintained the comprehensive "Irrigation Catalog & Datasheets," ensuring that all product specifications were accurate and up-to-date. Which raised sales percentage by more than 15% in 2022.
• Represented of irrigation sector at more than 7 international irrigation exhibitions and conferences, providing technical information about our products and services to potential clients.
• Collaborated closely with Quality-control department colleagues to calibrate and test irrigation products, providing recommendations to meet customer expectations.

• Provided technical consultations to investors on highest efficient type of irrigation for each project, based on factors such as crop water needs, seasonal variations, geographic location, and soil quality analysis.
• Conducted soil studies for mega projects of 160,000 acres for instance and analyzed nutrient availability and topography to ensure optimal irrigation system design and efficiency.
• Utilized advanced "Irrigation Network Design Software" to extract reports and accurately calculate hydraulic losses, operating schedules, and system efficiency. Some projects have consisted of more than 10 irrigation center pivot systems on one pipe network.
• Contributed broadly to agricultural project management, including settlement work, crop selection, infrastructure planning, and irrigation system implementation.
• Conducted feasibility studies on various projects, such as "sugar beet under pivot irrigation," and provided recommendations based on findings to ensure customer satisfaction.
• Supervised implementation work to ensure high levels of investment and compliance with client expectations.
• Deep understanding of irrigation technologies and industry best practices, which has led to consistently exceptional results for clients through technical expertise, project management skills, and attention to detail.

• Utilized various computer software to design and develop detailed blueprints for irrigation systems, meticulously interpreting topographical maps and aerial photographs to ensure precise installation procedures. More than 50 projects have been designed within this experience.
• Offered expert technical guidance to customers to troubleshoot issues in diverse irrigation networks, including sprinkler, drip, or subsurface irrigation, to maximize performance and efficiency.
• Maintained transparent records of all farmers' designs, carefully analyzing costs to provide valuable information to support strategic decision-making.
• Ensuring accurate design and installation of irrigation systems, resulting in efficient use of water resources for agricultural and landscape projects.

• Completed summer training at wheat farm for 2 months, acquiring essential skills in irrigation and maintenance.
• Managed and prepared records, ensuring all necessary data was recorded accurately.
• Operated irrigation systems, including monitoring water flow, identifying and addressing any system malfunctions, and ensuring systems were in compliance with environmental regulations.
• Performed maintenance tasks as required to ensure irrigation systems were functioning at optimal levels.
• Repaired and replaced various Irrigation components for some side crops such as hoses, pipes, and sprinkler heads, ensuring proper functionality.
• Ensured proper use and maintenance of equipment and supplies to promote workplace safety and environmental practices. 3 farm tractors were used to collect wheat straw and bundle it into bales daily.
• Demonstrated commitment to excellence and willingness to learn new skills, resulting in increased productivity and efficiency.

The Master's degree program in Agricultural Engineering at the University of Palermo equipped me with a comprehensive and interdisciplinary understanding of modern agricultural engineering. The curriculum covered a wide range of topics, including crop production and management, irrigation and drainage systems, agricultural machinery and equipment, food processing, and environmental control. The program exposed me to advanced research and technologies and enabled me to develop critical thinking and problem-solving skills through various projects and assignments. The program was delivered by a team of highly qualified and experienced professors and researchers who were committed to providing me with superior education and training.
The thesis conducted focused on testing an infiltrometric technique to determine soil-saturated hydraulic conductivity. This study represents a significant contribution to the field of agricultural engineering, as it provides valuable insights into the use of infiltrometric techniques to assess soil hydraulic properties, which are critical for effective water management in agricultural production systems.

• Received Scholarship from ERSU PALERMO
• Member of (Itastra Unipa Italiano per Stranieri) Language School
• joined a student group aimed at promoting cultural exchange and diversity on campus.
• Continuing education in research techniques
• Completed professional development in infiltrometric technique
• Participating seminars and workshops organized by the university on sustainable agriculture and irrigation techniques

I earned a Bachelor's degree in Agricultural Engineering from Ain Shams University, a rigorous four-year program that provided me with the necessary knowledge and skills to excel in the field of agriculture. The program offered a comprehensive curriculum that covered various topics related to agriculture, including plant growth and development, soil and water conservation, and precision farming. Additionally, I learned about the latest techniques in agriculture, such as remote sensing and GIS applications. The program prepared me to work in various fields of agriculture, including research and development, food processing, agricultural machinery, irrigation technologies, environmental management, and more. I acquired a strong foundation in agriculture, which has equipped me with the skills and knowledge needed to succeed as a professional in the industry.
My thesis, titled "Fertilization System with the Water of Irrigation by Using Venturi Meter," explored the development of an innovative fertilization system using irrigation water and Venturi meters. This study represents a significant contribution to the field of agricultural engineering, as it provides valuable insights into a sustainable and cost-effective fertilization system that enhances crop yields and conserves water resources.

• Completed a summer training program on a wheat farm, where I was responsible for managing irrigation systems and maintaining records.
• Attended workshops and seminars on sustainable agriculture practices.
• Participated in cultural exchange and diversity camps in Alexandria.