Senior Irrigation Engineer

Client of Brunel

Create effective irrigation system designs tailored to specific land and crop requirements. This includes selecting appropriate equipment, materials, and layout to maximize efficiency and minimize costs.

• Conduct thorough assessments of soil types, moisture levels, and crop needs to inform irrigation strategies. Understanding the local environment is key to developing sustainable practices.
• Building a database or a digital library for the latest related items including but not limited to irrigation systems, materials, and products through coordinating with contractors, suppliers, and other stakeholders.
• Develop maintenance schedules for irrigation systems to ensure optimal performance.
• Analyze water availability and usage and develop strategies to optimize water resources. This includes exploring alternative water sources and conservation techniques.
• Ensure all irrigation practices meet local, state, and federal regulations regarding water use and environmental protection. Staying compliant helps avoid legal issues and promotes sustainability.
• Data Analysis: Utilize data collection and analysis tools to monitor system performance and make data-driven decisions. This enhances the effectiveness of irrigation practices and helps in forecasting needs.
• Work closely with agronomists, landscape architects, and other professionals to develop integrated approaches to water management. Teamwork is essential for addressing complex irrigation challenges.
• Stay updated on the latest irrigation technologies and practices through research and professional development. Continuous learning is vital for innovation in irrigation engineering.
• Develop and manage budgets for irrigation projects, ensuring resource allocation aligns with project goals. Financial planning is crucial for the sustainability of irrigation initiatives.
• Evaluate the environmental impacts of irrigation systems and practices, recommending improvements where necessary. This promotes responsible water use and protects ecosystems.

BSc/BEng or equivalent degree in Irrigation or Mechanical or Agricultural or civil from a recognized university.

• Minimum of 15 years of relevant experience in irrigation system design and management is typically required. Practical experience is invaluable for understanding sites challenges.
• Minimum of 4 years of relevant working experience with management capacity.
• Proficiency in AutoCAD and GIS software is important for designing irrigation layouts and analyzing land data.
• A strong understanding of hydraulic engineering. This knowledge informs decisions on pipe sizing, flow rates, and pressure management.
• Knowledge of soil types and moisture retention characteristics is key to effective irrigation planning.
• Awareness of local and national water use regulations is necessary for compliance. Understanding these regulations helps in designing sustainable irrigation systems.
• Strong verbal and written communication skills in English and Arabic.
• Ability to identify and resolve issues related to irrigation systems is critical for maintaining performance. Innovative problem-solving leads to better system efficiency and effectiveness.
• Certification related to irrigation design or management, such as those from the Irrigation Association, is a plus.