A new berry farm needs a production system before a shopping list. We connect the crop programme, site evidence, resources and market requirements into an engineering brief. The concept brings growing areas, utilities, harvesting routes and packing together, providing a common basis for design decisions, phased investment and equipment procurement.
These work packages form the technical brief. Their boundaries, configurations and quantities are confirmed during project development.
Set out production blocks using boundaries, levels, access and drainage information. Compare open and protected areas against the crop programme, local exposure and operational access. Identify structural requirements and local technical reviews before selecting a tunnel configuration; photographs and nominal area do not establish a buildable layout.
Protected growing structuresLink the crop and block schedule to source-water analysis, available flow, pressure, power and drainage. Develop irrigation zones and treatment requirements around those inputs, allowing future phases to be reviewed explicitly. Mark connection points and responsibilities so civil works, water preparation and growing equipment can be specified as a coordinated system.
Irrigation and fertigationCoordinate beds, containers, gutters or trellises with row access, worker tasks and collection routes. Check trolley dimensions, turning areas, container handling and cleaning access before fixing the row arrangement. Planting material and agronomic choices belong to the client’s production programme; equipment must support that programme and its operating workflow.
Growing and harvest equipmentWork backwards from market pack formats and the expected arrival pattern of harvested fruit. Define receiving, weighing, packing and dispatch interfaces, including staffing and space for work in progress. Temperature-management needs should be coordinated with the responsible postharvest specialists; refrigerated equipment is not assumed to be part of this supply package.
Berry sorting and packingSeparate verified site information from assumptions and missing investigations. Agree crop areas, planting windows, market formats and priorities with the client. Assign owners and deadlines to evidence that could change layout or equipment selection.
Compare coherent farm concepts against the same brief. Explain effects on utilities, access, handling and expansion. Record the selection rationale and assumptions requiring confirmation before detailed specification, so later decisions remain connected to the chosen concept.
Translate the concept into layouts, interface requirements and equipment schedules. Review boundaries with civil works, utilities and operating teams. System changes should trigger checks of affected quantities, connections and procurement dates.
Release packages against approved information and documented readiness. Align delivery with receiving capacity, protected storage and installation sequence. Agree the transfer of documents, inspection records and outstanding items to each responsible operating team.
The agreed scope identifies which documents we prepare, their level of detail and the parties responsible for review. The package below is defined for this solution.
Design-basis dossier recording crop blocks, site evidence, resource constraints, assumptions and the decisions requiring client or specialist approval.
Concept layout and interface register connecting structures, growing rows, water infrastructure, harvest routes and packing connections within the agreed scope.
Equipment schedule with configurations, quantities, included accessories, technical dependencies and separately identified options for each agreed procurement phase.
Responsibility and milestone plan identifying document reviews, infrastructure prerequisites, delivery readiness and the conditions for handing over each package.
Turn project objectives into review points. Test conditions, responsibilities and records belong in the agreed specification.
The selected concept addresses the agreed crop programme, with unresolved site assumptions clearly recorded and assigned for confirmation.
Equipment schedules and layouts use consistent quantities, connection points and package boundaries, with changes traceable to approved decisions.
Each delivery phase has defined prerequisites, document requirements and responsible receiving personnel before it is released for procurement.
Explore the equipment families behind the solution. Final selection follows the coordinated specification.
Use these inputs for our first technical discussion. Missing information becomes part of the survey and clarification plan.
Engineering, documentation, sourcing and supply are defined in the proposal. Surveys, local permits, civil works, installation, commissioning and training require explicit allocation; inclusion is confirmed for the actual project and location.
Project Planning & DeliveryA useful brief describes the farm’s decisions, constraints and required outputs. Use this guide to organise site evidence, production assumptions and responsibilities so an engineering proposal answers your actual operating needs.
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Project Planning & DeliveryA complete purchase connects the selected equipment with drawings, interfaces, delivery conditions and acceptance records. Learn what to agree before ordering and what the operating team should receive at handover.
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Improve an existing farm around a verified constraint: assess current performance, check equipment interfaces and phase changes so the new process can be tested before wider adoption.
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Turn an agreed design into coordinated equipment packages, with comparable specifications, explicit connection responsibilities, delivery documentation and a receiving plan that keeps every supplied item traceable.
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Coordinate protection, growing beds or gutters, fertigation and harvest handling around one strawberry production brief, with documented interfaces and a phased equipment supply plan.
Explore the solutionShare your site, crop and production goals. We will help turn them into a coordinated engineering scope and equipment supply plan.
