Land Survey Requirements for Kenyan Construction

Land survey requirements for Kenyan construction sit at the intersection of law, engineering, and money. Get them wrong — or skip them entirely — and the consequences range from a boundary dispute with your neighbour to a demolition order from the county government.

Kenya’s construction sector is expanding faster than most of its practitioners understand the regulatory environment governing it. Nairobi’s skyline is going up. Government-backed affordable housing units are being constructed across the country at scale. Private developers in Mombasa, Kisumu, Nakuru, and every county in between are breaking ground on residential and commercial projects. Yet the foundational step of a proper land survey is routinely rushed, underfunded, or handed to unqualified practitioners.

That shortcut produces consequences that show up two years later when a wall is found to be 0.6 metres inside a neighbour’s boundary, or a slab is discovered to be out of level by 80mm across its length because nobody ran a proper topographic survey before the architect designed the drainage. By the time those problems surface, rectification costs dwarf what the surveys would have cost.

This guide starts from first principles and goes all the way through.

What Is a Land Survey in the Context of Kenyan Construction?

A land survey in Kenyan construction is the scientific measurement and mapping of a piece of land to establish its boundaries, physical features, elevations, and the positions of any existing structures or services. It produces legal and technical documents — survey plans, topographic maps, setting-out pegs — that architects, structural engineers, and county planning authorities use to make decisions about where and how a structure may be built.

Land surveying in Kenya is regulated under the Survey Act, Cap 299, which establishes the procedures, standards, and professional qualifications required for survey work. The Act is administered through the Land Surveyors Board (LSB) and the Survey of Kenya, which is the government’s national surveying and mapping agency. The Land Surveyors Board Kenya is the statutory body that licenses and regulates the practice of land surveying in the country.

Not all survey work requires the same level of registration. Boundary surveys — where legal ownership and cadastral records are being established or verified — must be carried out by a licensed land surveyor registered with the LSB. Other survey types, including topographic surveys and engineering setting-out surveys, require ISK registration but not necessarily a full LSB licence. This distinction matters enormously when you are hiring a surveyor: make sure the qualifications match the work being requested.

What Is the Survey Act Cap 299?

The Survey Act, Cap 299 is Kenya’s primary legislation governing the practice of land surveying. It establishes the Land Surveyors Board, defines who is qualified to carry out surveys in Kenya, sets the procedures for survey plan submission and approval, and prescribes the standards to which surveys must conform before they are accepted by the Survey of Kenya and land registries.

The Act was most recently updated through Legal Notices 29/2024 and 71/2024, which amended fee schedules and certain regulatory procedures. Any surveyor operating in Kenya must be familiar with the current version of the Act and its subsidiary regulations — the Survey Regulations — which provide the operational detail for how surveys are conducted, documented, and registered.

Under the Act, the Director of Surveys holds significant authority: they authenticate survey plans, resolve disputes between licensed surveyors and the government, and maintain the national archive of registered survey documents. Every deed plan produced by a licensed surveyor must be deposited with the Director of Surveys, and the authenticated copy held in that archive is the legally definitive record.

Types of Land Surveys Required for Construction in Kenya

Kenyan construction projects require multiple different types of surveys at different stages of the project lifecycle. No single survey type covers everything. Here is the full picture of what you need and when.

What Is a Boundary Survey and Why Does It Come First?

The boundary survey is where every construction project in Kenya must begin. Before your architect draws a single line, before you engage a structural engineer, before you apply for building approval — you need to know exactly where your plot starts and ends. That is what the boundary survey establishes.

A boundary survey in Kenya involves a licensed surveyor visiting the site, locating or re-establishing the plot beacons, taking measurements to verify that the beacon positions match the title deed and the Registry Index Map (RIM) held at the Survey of Kenya. In urban areas like Nairobi, cadastral surveys use coordinate-based beacon positioning measured in the national coordinate system. In rural areas, boundary definitions may rely on physical features and adjacent occupation.

Once the boundary is confirmed and beacons are in place, the surveyor produces a survey plan showing the plot dimensions, beacon numbers, plot number, and surrounding plots. This plan is submitted to the Survey of Kenya for authentication. The authenticated plan becomes part of the building approval application to the county government. Without it, the county will not accept your application. For developers planning subdivisions — creating multiple plots from a single parcel — the foundation planning for each resulting plot depends on the subdivision boundaries being correctly established by the mutation survey.

What Is a Topographic Survey and What Does It Produce?

A topographic survey maps everything on and about a site’s surface that affects design decisions. It records ground elevations at regular intervals to produce contour lines, identifies natural features including trees, rocks, drainage channels, and water bodies, locates existing structures and services including overhead power lines, water mains, and sewer lines, and establishes the extent of any slopes or level changes across the site.

In Kenya, topographic surveys are most commonly conducted using a combination of total station or theodolite measurements for small sites, and drone-based aerial mapping for larger sites. Drones flying at approximately 100 to 150 metres above ground level capture images at resolutions as fine as 3 centimetres per pixel. The processed data produces Digital Surface Models (DSMs), Digital Elevation Models (DEMs), and topographic maps with contours — typically at 0.5 metre intervals for detailed construction use.

The topographic survey output goes directly to the architect and structural engineer. The architect uses contour data to design the building’s floor levels, access, drainage fall, and relationship to site boundaries. The structural engineer uses elevation data for foundation depth calculations, retaining wall design, and drainage design. Getting this data right at the beginning prevents the redesigns and costly variations that result from building on assumptions about ground conditions. The role of accurate topographic data in informing geotechnical survey work in any construction project cannot be overstated.

What Equipment Is Used in Topographic Surveys in Kenya?

Modern Kenyan survey firms use a mix of equipment depending on site conditions and accuracy requirements. The total station is the workhorse of on-ground detail surveys — it measures both horizontal and vertical angles and distances electronically, feeding data directly into field software. GNSS (Global Navigation Satellite System) receivers — the Kenyan market commonly uses the KQ GEO High Precision series among others — collect coordinate data to centimetre-level accuracy using satellite signals. For larger sites or difficult terrain, UAV drones equipped with cameras and LiDAR sensors provide fast, comprehensive coverage. Data from all these methods is processed in office software such as AutoCAD Civil 3D to produce the final deliverable maps and reports.

“A topographic survey is the foundation of good architectural design in Kenya. Without accurate elevation data, a designer is guessing. And on a sloped site in Nairobi’s hilly terrain, guessing costs money — usually the client’s money.” Institution of Surveyors of Kenya (ISK)

What Is a Setting-Out Survey in Kenyan Construction?

The setting-out survey is perhaps the most practically important survey for the day-to-day management of a construction project. It happens after building approval has been granted and before any excavation begins. The surveyor uses the approved architectural and structural drawings to physically mark on the ground exactly where every element of the structure must be built.

In practice, setting-out involves establishing reference points on the site — typically a temporary benchmark for elevation and a set of control pegs defining the building’s grid lines. From these control points, the surveyor marks the positions of column centres, foundation edges, wall faces, and any other structural elements referenced in the drawings. These marks are usually made using wooden pegs, paint marks, or nails in the ground, clearly referenced to the control grid.

For multi-storey buildings in Kenya — commercial towers in Nairobi’s Upper Hill or Westlands, or university buildings in Eldoret or Mombasa — setting-out is repeated at each floor level as the building rises. Cumulative dimensional errors can displace a column by several centimetres over multiple floors, creating structural problems that are difficult and expensive to correct. A licensed surveyor checks the setting-out at critical stages, especially before the first foundation pour and before each suspended slab is cast. This is work that cannot be delegated to the contractor’s own site team without independent verification. The clerk of works or project manager should verify that the surveyor has been appointed and attends at these critical points. The project manager’s duties in Kenyan construction include coordinating these survey checks as part of their programme management responsibilities.

The Legal Framework: Survey Act Cap 299 and Building Approval Requirements

Understanding the legal framework governing land surveys in Kenya is not just an academic exercise. It determines what surveys you need, who must conduct them, and how their outputs must be submitted to be legally valid. Ignorance of this framework is one of the most common reasons construction projects in Kenya stall at the approval stage.

How Land Surveys Fit Into the Building Approval Process

Kenya’s building approval process is administered by county governments under the Physical and Land Use Planning Act (2019) and the National Building Code 2024. When a developer submits a building approval application to the relevant county government planning department, the required documents include a survey plan of the land, copies of the title deed, architectural drawings, structural drawings, and proof of NCA project registration. The survey plan is not one of the optional documents — it is a baseline requirement without which the application is incomplete.

The county government circulates the application to state agencies including the Director of Surveys and the National Land Commission (NLC) for comment. The Director of Surveys’ office checks that the survey plan is authentic, current, and consistent with the records in the national survey archive. Any discrepancy between the submitted plan and the Survey of Kenya’s records will result in the application being returned. This verification step is one of the most common bottlenecks in Kenya’s building approval process — particularly where plots have changed hands multiple times and the survey records were not consistently updated.

Additionally, certain projects require environmental clearance from the National Environment Management Authority (NEMA), especially where the site involves significant earthworks, proximity to water bodies, or other environmentally sensitive conditions. The environmental impact assessment that NEMA requires is informed by, and cannot be completed without, accurate topographic survey data. For projects involving significant earthworks, the Proctor test and compaction requirements that follow site preparation are directly informed by the geotechnical survey findings. Understanding the Proctor test and its relevance in construction illuminates why survey data and soil testing work together in the site preparation phase.

The Land Registration Act No. 3 of 2012

The Land Registration Act No. 3 of 2012 is the legislation governing the registration of land in Kenya. It is deeply intertwined with survey requirements because it defines how land ownership is recorded, how boundaries are established in the legal record, and how disputes about ownership are resolved. Any survey that results in a change to the legal ownership record — a subdivision, an amalgamation, a new grant — must comply with both the Survey Act and the Land Registration Act. Survey plans produced for registration purposes must be deposited with and authenticated by the Director of Surveys before they can be registered at the county land registry.

The Land Registration Act also governs the mutation process — the formal procedure for changing the survey records when land is subdivided or amalgamated. A mutation form, signed by both the landowner and a licensed surveyor, is the key document in this process. It is submitted with the subdivision scheme, the PPA1 and PPA2 forms from the physical planner, and the search document to the district survey office. The full documentation required before starting construction in Kenya integrates the outputs of this survey and registration process.

The Land Control Board (LCB) and Agricultural Land

For construction on agricultural land — which covers vast portions of Kenya outside major urban centres — an additional layer of regulation applies. The Land Control Act establishes Land Control Boards (LCBs) in each administrative area, and LCB consent is required before agricultural land can be sold, subdivided, or developed. The LCB consent application requires a survey plan showing the land’s current state and the proposed subdivision if applicable. Without LCB consent, a transaction in agricultural land is void, and any construction on improperly transacted land carries serious legal exposure.

In practice, developers moving from agricultural to residential or commercial use in peri-urban areas around Nairobi, Kisumu, and Nakuru frequently encounter LCB requirements. Understanding this layer of regulation before purchasing land — and budgeting for the time the LCB process adds to a project timeline — is essential planning discipline.

The Key Organisations: LSB, ISK, and Survey of Kenya

Three organisations define the professional and institutional landscape for land surveying in Kenya. Every developer, architect, and construction manager should understand what each does and why they matter to a construction project.

Land Surveyors Board (LSB)

The Land Surveyors Board (LSB) is the statutory body responsible for licensing and regulating land surveyors in Kenya under the Survey Act. The Director of Surveys chairs the Board, with membership from both government and private practice. The LSB examines candidates for the land surveying licence through written examinations and a Trial Survey assessment. Candidates must have a minimum of two years of approved training and experience before sitting the licence examinations.

Only LSB-licensed surveyors can legally carry out cadastral surveys, boundary demarcations, and mutation surveys in Kenya. As of 2019, there were approximately 126 licensed land surveyors across the entire country — a figure that reflects the historically restrictive licensing practices that the LSB has been actively working to address. The small pool of licensed practitioners, combined with high demand, contributes to both cost and lead time in the survey market. The LSB has acknowledged these challenges and has been working to expand the number of practising licensed surveyors while cracking down on unregistered practitioners who proliferate particularly in rural areas.

Institution of Surveyors of Kenya (ISK)

The Institution of Surveyors of Kenya (ISK) was inaugurated by 44 founding members on 17 April 1969 and registered under the Societies Act on 12 August 1969. Its motto — Kupima na Kukadiri (to measure and estimate) — reflects the dual nature of the surveying and valuation professions it represents. ISK is the umbrella professional body for all surveying disciplines in Kenya: land surveyors, quantity surveyors, estate agents, and valuers all fall under its membership structure.

ISK membership is the standard professional credential for topographic surveyors, engineering surveyors, and geospatial professionals who carry out construction-related survey work but do not perform cadastral boundary surveys. Membership of ISK signals that the practitioner has met academic and practical standards, subscribes to a code of professional ethics, and participates in continuing professional development. The Institution of Surveyors of Kenya publishes a member directory that allows clients to verify a surveyor’s membership status before engaging their services.

Survey of Kenya

The Survey of Kenya is the government’s national surveying and mapping agency, operating under the Ministry of Lands, Public Works, Housing, and Urban Development. It maintains the national archive of survey plans, produces and updates topographic maps at national scale, manages the national coordinate reference system, and authenticates survey plans submitted by licensed surveyors before they can be registered. When a licensed surveyor completes a boundary or cadastral survey, the resulting plans are submitted to the Survey of Kenya for review and authentication. The Director of Surveys’ authenticated copy becomes the definitive legal record. Getting a plan authenticated is not instantaneous — lead times of several weeks are common, and this is a factor that project programmes must account for. Refer to the Ministry of Lands Kenya website for current processing timelines and required submission formats.

Step-by-Step: How to Get a Land Survey Done for Construction in Kenya

The survey process for a construction project in Kenya follows a logical sequence. Each step depends on the one before it. Cutting corners at any stage creates problems that compound downstream.

Geotechnical Survey Requirements for Kenyan Construction

The geotechnical survey — also called a soil investigation or ground investigation — is the survey that determines the engineering properties of the soil and rock beneath your site. It is distinct from the cadastral and topographic surveys, but it is equally non-negotiable for any responsible construction project in Kenya.

Kenya’s soils are extraordinarily diverse. Nairobi’s central areas overlay black cotton soil — a highly expansive clay that swells dramatically when wet and shrinks when dry, creating forces that can crack unreinforced foundations. The Rift Valley has volcanic soils with high pumice content. The coast has sandy soils with variable bearing capacity. Western Kenya has murram-dominated profiles. Each soil type has different bearing capacity, drainage characteristics, and behaviour under load. A foundation designed for Nairobi’s loam without accounting for an underlying black cotton layer will fail. Building without a geotechnical survey means designing on assumptions — and assumptions about ground conditions in Kenya have a poor track record.

What a Geotechnical Survey Involves

A geotechnical survey in Kenya typically involves a combination of trial pits, hand-augered boreholes, and machine-drilled boreholes, depending on the scale of the project and the depth of investigation required. Trial pits — excavations to about 3 metres depth — allow direct visual inspection of soil layers and collection of disturbed samples. Machine-drilled boreholes go deeper, up to 15 or 20 metres for multi-storey buildings, collecting undisturbed core samples and conducting in-situ tests such as the Standard Penetration Test (SPT) and the Dynamic Cone Penetrometer (DCP) test.

The soil samples collected are tested in a certified laboratory. Tests include the Atterberg limits for clay soils, particle size distribution by sieve analysis, and compressive strength tests for rock samples. The Atterberg limits tests — liquid limit, plastic limit, and shrinkage limit — are particularly important in Kenya’s clay-rich soils because they directly indicate swelling potential and the risk of differential foundation settlement. All laboratory testing must be conducted at a certified materials testing laboratory in Kenya.

The Geotechnical Report and Its Role in Foundation Design

The geotechnical engineer produces a report summarising the soil profile, the engineering properties of each layer, the recommended allowable bearing pressure for the site, and specific foundation recommendations. This report goes directly to the structural engineer, who uses it to design an appropriate foundation type and depth.

The relationship between survey findings and foundation choice is direct and consequential. On a site with good bearing strata at 1.5 metres, a simple pad foundation may be appropriate for a low-rise building. On a site with 5 metres of weak fill before competent soil is reached, a raft foundation or pile foundation may be the only structurally sound option. Without the geotechnical report, this decision is guesswork. The comprehensive relationship between soil conditions and foundation design is explored in detail in the guide to foundation types suitable for different Kenyan soils. For road and infrastructure works, the California Bearing Ratio (CBR) test — conducted on soil samples from the site — informs pavement design, and its relevance is well documented in this analysis of CBR testing in road construction.

Land Survey Requirements for Different Project Types in Kenya

The specific survey package required varies with the type and scale of the construction project. Here is a breakdown by project type.

Surveys Required for High-Rise Construction in Nairobi

Multi-storey building construction in Nairobi’s commercial zones — Upper Hill, Westlands, the CBD, and emerging nodes such as Ruiru and Athi River — carries the most demanding survey requirements of any project type. The stakes are highest: a dimensional error in a 20-storey building’s setting-out does not merely inconvenience a client, it creates structural misalignment that can compromise the building’s load path integrity.

For high-rise projects, the setting-out survey is conducted using high-accuracy GNSS and total station equipment referenced to national control points. Column positions are set out to millimetre accuracy and verified independently before any concrete is placed. As the building rises, the surveyor re-establishes the building grid at each floor level and verifies column verticality — plumb checking — using precision optical plummet or electronic plumb bob instruments. The tests and inspection protocols for high-rise building construction are documented comprehensively in the guide to tests required for high-rise building construction in Kenya. See also the NCA Kenya website for NCA’s specific requirements for multi-storey project registration and supervision.

Subdivision Survey Requirements in Kenya

Subdividing land in Kenya is a survey-intensive process. The subdivision survey — also called a mutation survey — creates new plots from an existing parcel and generates new titles for each resulting plot. This is the most legally complex survey type in Kenya because it alters the national survey and ownership records.

The process begins with the landowner engaging a registered physical planner to confirm that the proposed subdivision complies with county zoning and development control requirements. The physical planner issues a PPA1 form approving the subdivision scheme. The licensed surveyor then surveys the resulting plot boundaries and prepares the mutation documents: the mutation form (in triplicate, signed by both the landowner and the licensed surveyor), the PPA2 form from the county, the search document, and the LCB consent where the land is classified as agricultural.

These documents are submitted to the district survey office where a cartographer allocates new plot numbers to the subdivided parcels. The documents then move to the county land registry for registration, and certified copies of the mutation forms are deposited with the Survey of Kenya to update the national maps. The whole process, done correctly, takes two to four months. Done incorrectly — or with an unregistered practitioner — it produces titles that may later be voided, leaving the buyer of a subdivided plot in a deeply compromised legal position. This legal exposure applies equally to construction on sectional property, which is now governed by the Sectional Properties Act and requires its own survey and registration process.

Land Survey Costs in Kenya: What to Expect in 2025 and 2026

Land survey costs in Kenya are influenced by plot size, ground conditions, terrain, survey type, location, and the surveyor’s professional standing. The LSB prescribes minimum fee schedules for licensed surveyors — including basic charges and topographical charges for hilly or rough country — but actual fees are negotiated between client and surveyor within these constraints.

These ranges reflect market conditions in Nairobi and major urban centres. In rural counties, field survey costs are lower but processing and submission costs may be higher due to the greater distance to the Survey of Kenya’s regional offices and the practical challenges of working in areas with fewer infrastructure services.

Understand that survey fees are a small fraction of total construction cost — typically 0.5% to 2% of project value. The consequences of inadequate surveys vastly outweigh their cost. A boundary dispute that triggers a court injunction can freeze a project for a year or more. A structural redesign triggered by unanticipated ground conditions can cost ten times the geotechnical investigation that would have revealed those conditions in advance. Budget for surveys properly and treat them as investment, not cost.

“We have never seen a client who regretted spending properly on surveys. We have seen many who regretted skipping them.” Structrum Limited — Construction Management Kenya

Common Land Survey Problems in Kenya and How to Avoid Them

Kenya’s survey market has well-documented failure patterns. Understanding them in advance is the most effective way to avoid them.

Unregistered Survey Practitioners

The proliferation of unregistered survey practitioners — particularly in rural areas and peri-urban expansion zones — is the single most damaging problem in Kenya’s survey market. These individuals often present themselves with equipment and technical language that are convincing to an untrained client. Their survey plans, however, carry no legal standing. The Survey of Kenya will not authenticate them. The county land registry will not accept them. If a building is constructed on the basis of an unregistered surveyor’s boundary plan, and that boundary is later challenged, the owner has no legally defensible documentation to rely on.

Avoiding unregistered practitioners is straightforward: verify LSB or ISK registration before signing any agreement. Call the LSB or ISK directly if in doubt. Do not accept photocopied certificates or verbal assurances. The few thousand shillings saved by hiring a cheaper, unregistered practitioner can cost millions in legal fees, demolished structures, or lost property.

Outdated Survey Records

Many plots in Kenya have not had their survey records updated since their original survey decades ago. If a plot has been subdivided informally, sold multiple times, or encroached upon without formal survey correction, the records in the Survey of Kenya’s archive may not match the physical reality on the ground. A new surveyor approaching such a plot must reconcile the historical records with the current situation — a process that adds time and cost to the survey but is essential.

Clients should ask their surveyor to carry out a records search at the Survey of Kenya as part of the engagement, not as an afterthought. Knowing the state of the historical records before field work begins allows the surveyor to anticipate complications and budget for them honestly.

Beacon Removal or Encroachment

Plot beacons in Kenya are routinely removed during construction or landscaping, buried by earthworks, or encroached upon by neighbouring structures. When a surveyor arrives to establish the boundaries of a plot and the beacons cannot be found, they must reconstruct the boundary from secondary evidence — remaining beacons on adjacent plots, the national coordinate records, and measurements from fixed reference features. This reconstruction takes longer, costs more, and introduces a small but real risk of error that a clean beacon recovery would not.

After a boundary survey is complete and beacons are established, protect them. Mark their positions. Fence around them if the site allows. Brief every contractor working on the site about the legal importance of the beacons and the consequences of removing them. A beacon is not just a piece of concrete — it is a legal monument, and its removal is a criminal offence under the Survey Act.

Survey Plan Not Matching Approved Drawings

A frustratingly common problem on Kenyan construction sites is the situation where the architect’s drawings show setbacks, plot boundaries, and building positions that are inconsistent with the actual survey plan. This happens when the design team works from estimated or informal measurements rather than a certified survey plan. The result is a building approval application that the county planning office rejects because the drawings do not match the certified boundary data.

The solution is simple in principle: give the architect the certified survey plan — not an informal sketch or the title deed measurements — before any design work begins. The survey plan is the datum from which all architectural and structural design should proceed. Providing anything less than the certified survey plan to the design team at the start of the project creates a dependency on inaccurate data that will eventually surface, always at cost. This coordination is part of the architect’s scope of services in Kenya — ensuring they receive the correct data package before initiating design.

Land Survey for Road and Infrastructure Construction in Kenya

Road and infrastructure projects in Kenya have specific survey requirements that go beyond what residential and commercial building projects need. These projects are typically governed by the Kenya Roads Act, 2007, the Kenya Roads Design Manual, and technical standards administered by the Kenya National Highways Authority (KeNHA), Kenya Urban Roads Authority (KURA), or Kenya Rural Roads Authority (KeRRA) depending on the road classification.

Route Survey and Alignment Design

For new road construction, the survey process begins with a route survey across the proposed corridor. The surveyor carries out preliminary topographic mapping of the corridor to identify alignment options, constraints, and the key features that will influence alignment selection. Once a preferred alignment is selected, a detailed topographic survey of the corridor — typically 100 metres either side of the centreline — is conducted to provide the terrain data for detailed engineering design.

The route survey data informs vertical and horizontal alignment design, earthworks quantities, drainage structures, and bridge locations. For urban road upgrades, the survey also captures existing utilities — water, sewer, power, and telecoms — that must be relocated or protected during construction. The design factors governing Kenya’s road geometry are documented in the comprehensive breakdown of the Kenya Road Design Manual 2025. For infrastructure projects under government procurement, understanding the tendering procedures for Kenyan construction projects is essential context for how survey work fits into the overall project delivery framework. See also the KeNHA website for KeNHA’s specific survey and investigation requirements for national highway projects.

Construction Surveying on Road Projects

During road construction, the surveyor sets out the horizontal and vertical alignment — centreline pegs, slope stakes, and cut-fill points — to guide the earthworks contractor. As construction progresses, the surveyor checks formation levels, pavement layer thicknesses, and final surface levels against the design. This on-site survey quality control is the equivalent of the building setting-out survey — it translates the design into physical construction on the ground and verifies that what is being built matches what was designed.

How to Verify a Land Surveyor’s Credentials in Kenya

Credential verification is not optional. The consequences of working with an unregistered practitioner are too serious. Here is exactly how to verify a surveyor in Kenya before you engage them.

For Kenyans building from abroad — a growing demographic given the diaspora construction market — credential verification can be done remotely. ISK and LSB both have online or telephone verification services. The growing importance of transparent professional engagement for diaspora clients building in Kenya is something that Structrum Limited’s diaspora construction support services address specifically, including coordination of all pre-design survey work on the client’s behalf.

Always insist on a written appointment letter and a written scope of services before any field work begins. The letter should specify the survey type, deliverables, timeline, fee, payment schedule, and what happens if complications arise on site. An oral engagement with a surveyor is an invitation to misunderstandings about what was agreed and what will be delivered.

Frequently Asked Questions — Land Survey Requirements for Kenyan Construction