About AGIMEX
Agronomy-led agricultural project development, engineering and delivery, through installation and commissioning within the agreed scope.
Five connected steps: agronomy sets the requirement, engineering turns it into a system, integration connects the disciplines, field operation shows how the system behaves, and performance review compares expected with actual.
- AgronomyThe crop and its growing conditions set the requirement.
- EngineeringRequirements become a designed system.
- IntegrationWater, structure, climate and control work as one.
- Field / operationThe installed system is observed as it runs.
- PerformanceExpected behaviour is compared with actual.
- Agronomy First
- Engineering-Driven
- Data-Informed
- Performance Focused
A Short History
AGIMEX was established in İzmir in 2026, building on professional experience in agricultural projects, irrigation, field implementation and engineering that was accumulated before the company was formed. That experience, gained across different climates, terrain, water sources and operating conditions, showed that standard solutions are not sufficient for every agricultural project: where water is scarce, soils or terrain are difficult, or an operation’s real constraints are overlooked, a system that is correct on paper does not hold up in the field. Good outcomes require agricultural requirements, engineering decisions, systems integration and field implementation to be considered together. AGIMEX was established to turn that approach into a structured corporate model, and today it treats a project as one connected whole, from defining the requirement through engineering and systems integration to implementation and commissioning.
Agronomy First
The crop and its growing conditions establish the starting point. Engineering translates those requirements into systems; field observations and operating data help assess how those systems perform.
A Connected Approach
Turnkey agricultural projects, irrigation and water management, greenhouse projects, data-driven agriculture and agribusiness advisory are carried as one practice rather than five departments. They are peers: none is a support function for the others, and which one leads is decided by the project. Each assignment starts with a defined scope, a written division of responsibility and the information a decision requires. Within that scope AGIMEX develops, engineers, integrates and delivers agricultural projects: depending on the contract, delivery can include procurement and supply, field implementation and installation, automation, testing and commissioning. In turnkey projects, scope, supply, installation and construction responsibility, commercial risk, acceptance and the contract model (EPC, lump-sum or separate contracts) are defined in the contract for each project.
How We Work
Five principles carry the engineering. Agronomy before equipment: the crop and its conditions set the requirement, and engineering meets it. Requirements before products: technology is specified against engineering criteria rather than chosen first. System-level engineering: what is engineered is the behaviour of the whole and the interfaces between its parts. Measurement before assumption: every figure carries its origin, and missing data is recorded as unknown rather than filled in. Verification before optimisation: a command is not an outcome, so a system is confirmed to be doing what it was designed to do before it is tuned. Each engagement starts with a defined scope, a written division of responsibility and a list of what a decision requires.
A six-step closed loop of reasoning: requirement asks what the production system must achieve, engineering intent asks what system behaviour meets it, operation asks how the system is actually run, observation asks what is measurably happening, verification asks whether intent and observation agree, and decision asks what the difference means. The loop closes: what the decision produces feeds the next requirement and the next engineering decision.
- RequirementWhat must the production system achieve?
- Engineering intentWhat system behaviour meets that requirement?
- OperationHow is the system actually run?
- ObservationWhat is measurably happening?
- VerificationDo intent and observed behaviour agree?
- DecisionWhat does the difference mean, and what should change?
Decision → Requirement
At Agimex, agronomy sits at the centre of everything we do. Systems are not the goal; they are tools designed to meet the plant's needs with accuracy and sustainability.
Kıvanç Şarlar
Founder
What We Believe
Four principles that guide every project, every decision, every relationship.
Agronomy First
Every decision starts with understanding the plant—its needs, its cycle, its relationship with soil and climate. Technology follows biology, not the other way around.
Field Reality
We evaluate projects against field conditions, not assumptions made at a desk. Engineering decisions are tied to observation and measurement, so that what a system does in the field can be checked against what it was designed to do.
Partnership, Not Sales
Working with AGIMEX means working with a team that understands the investment behind the engineering. Responsibilities are defined in writing for each project, and our recommendations are not tied to selling a product.
Long-term Performance
A project is not finished on handover day. We design for durability, maintainability and the operating life of the system, and we plan how its performance will be verified over time.
Operating base and commercial focus
AGIMEX is based in Türkiye, and that is where its operations run. The regions below are markets where we have experience and are ready to work.
Türkiye
Eastern Europe
Middle East
Central Asia & CIS
Official Netafim dealer
AGIMEX is an official Netafim dealer. Netafim irrigation and fertigation technologies are integrated into AGIMEX projects where they meet the project's engineering and agronomic requirements: technology selection follows water quality, crop, site conditions and operating needs.
Netafim is a trademark of Netafim Ltd.
Explore our capabilities
Turnkey Agricultural and Irrigation Projects
For investors and agricultural operations, AGIMEX undertakes turnkey and integrated agricultural projects — turnkey greenhouse, orchard and open-field irrigation projects — combining project development and engineering, procurement and supply, systems integration, installation, automation, testing and commissioning within one agreed scope. Under a turnkey scope, the responsibilities of each party and the contract model (EPC, lump-sum or separate contracts) are defined in each project contract.
Irrigation Project Design and Turnkey Drip Irrigation
Irrigation design and engineering for commercial farms, orchards and greenhouses, and turnkey irrigation projects for open-field crops, orchards and greenhouses: AGIMEX delivers crop-led hydraulic design and system specification and, within the agreed scope, procurement and supply, fertigation, automation, installation, testing and commissioning.
Turnkey Greenhouse Projects for Commercial Growers
Greenhouse project design and engineering, and turnkey greenhouse projects, for growers and investors: AGIMEX connects crop strategy, structure, water, nutrients, climate and control in one design and, within the agreed scope, delivers systems integration, procurement and supply, irrigation, fertigation, automation, installation, testing and commissioning. The greenhouse structure is manufactured to the technical specification the project defines.
Data-Driven Agriculture
For farms, greenhouses and agricultural investments with installed or planned infrastructure: AGIMEX defines the measurement architecture and monitoring requirements, reads operating data against the engineering design, and sets up decision support and performance evaluation. AGIMEX provides engineering and agronomic decision support.
Agribusiness Advisory
Agricultural feasibility studies, technical due diligence, project preparation and design review for agricultural investments — advisory grounded in production systems, technical feasibility and operating realities.