Food Systems & Agricultural Engineering

Food Systems & Agricultural Engineering

AMIID provides end-to-end engineering services across food systems and agriculture, delivering infrastructure and technology solutions that enhance production capacity, strengthen supply chains, and support sustainable development.

Food & Beverage Manufacturing

We design FDA-compliant food processing facilities for clients expanding local manufacturing and improving food security. Our work includes production line engineering, equipment specification, process optimization, quality control systems, and full regulatory documentation. We deliver facilities that meet U.S. standards while supporting efficient, sustainable local production.

Agriculture ICT & Monitoring Systems

AMIID engineers technology solutions that modernize agriculture and improve long-term productivity. Using satellites, drones, IoT sensors, and advanced analytics, we create real-time crop monitoring systems that track soil moisture, humidity, seed growth, and field conditions. These tools enable informed decision-making, reduce risk, and strengthen agricultural resilience.

Greenhouse & Controlled Environment Systems

We design and implement controlled-environment agriculture systems, including engineered greenhouses, nurseries, hydroponics, and automated irrigation. Our solutions are tailored to local climates, providing year-round production capacity and improved resource efficiency.

Agricultural Value Chain Engineering

We support the full agricultural value chain with technical solutions ranging from greenhouse construction and soil and seed studies to water-management infrastructure such as reservoirs. We also assist with post-harvest systems—including sorting, grading, packing, and market-readiness—to help clients strengthen competitiveness and product quality.

Rural Development & Sustainability Systems

Aligned with EU and international rural development standards, AMIID designs infrastructure that supports economic growth, environmental stewardship, and resource efficiency. Our work includes sustainable water systems, forestry and land-use engineering, ecosystem restoration, and agricultural risk-management frameworks. We help rural areas adopt modern, low-carbon, climate-resilient practices while improving livelihoods and long-term sustainability.