Excel for Agriculture Data Analysis Training Course

Duration 5 days 10 modules · 33 contact hours
Level Intermediate Certificate on completion
Who attends Agricultural Programme Officers, M&E Officers and others
Fee from USD 1,100 KSh 95,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 16 Nov 2026 Course code SD-AA-070

Before you join: Participants should be comfortable entering data, using basic formulas such as SUM and AVERAGE, formatting worksheets and saving files in Microsoft Excel.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Agriculture programmes, farms and agribusinesses generate large volumes of data on production, inputs, rainfall, markets, beneficiaries, livestock, field visits and budgets. Yet this information is often held in disconnected spreadsheets with inconsistent farmer names, mixed units, missing values and formulas that cannot be checked. Staff need to turn operational records and survey extracts into reliable analysis for planting decisions, input planning, donor reporting, procurement, credit assessment and programme management.

This five-day course develops practical Microsoft Excel methods for agricultural data work. Participants organise farm and programme datasets, clean survey exports, apply validation controls, calculate yields and gross margins, join records with XLOOKUP, analyse trends through PivotTables, and build clear reports and dashboards. The course also covers seasonal cash-flow analysis, indicator tracking, data-quality checks, descriptive statistics and scenario analysis for crop and livestock enterprises.

Teaching combines concise technical briefings with agriculture-based cases, guided spreadsheet work, group analysis and reporting simulations. Cases may include smallholder farmer registers, crop-cut data, input distribution records, market-price series, extension-service monitoring and enterprise budgets. Participants leave with an agriculture data-analysis workbook pack containing reusable templates, formula patterns, reporting structures and an application plan for improving one live workplace dataset.

The course suits professionals working in agricultural development, commercial farming, cooperatives, agribusiness, food security programmes, rural finance and agricultural supply chains. It is particularly useful for staff responsible for converting field data into evidence that managers, funders, farmers and operational teams can act on.

What you will be able to do

  • Structure agricultural datasets using Excel Tables, stable identifiers and controlled field definitions
  • Clean survey, farm and market datasets using validation rules, text functions and Power Query
  • Calculate yields, production totals, weighted averages, gross margins and seasonal cash flows
  • Join farmer, plot, service and transaction records using XLOOKUP and INDEX-MATCH
  • Analyse agricultural performance data using PivotTables, descriptive statistics and trend measures
  • Build charts, dashboards and exception reports for agricultural management decisions
  • Assess data quality using completeness, timeliness, consistency and accuracy checks
  • Produce an agriculture data workbook and implementation plan for workplace use

Benefits of attending

For you

  • Produce defensible yield, production and gross-margin calculations from raw field records
  • Reduce time spent manually consolidating farmer, plot and monitoring spreadsheets
  • Identify data errors before they affect donor reports or management decisions
  • Create practical dashboards for crop performance, input distribution and beneficiary results
  • Build a reusable Excel workbook for a current agriculture data responsibility

For your organisation

  • Improves reliability of production, beneficiary and indicator reporting
  • Reduces manual rework when survey rounds and field registers are updated
  • Supports earlier identification of low-yield areas, stock issues and delivery delays
  • Strengthens audit trails for donor-funded agriculture programmes and commercial operations
  • Provides consistent templates for farm, market, budget and monitoring analysis

Course modules

10 modules over 5 days

Participants can structure an auditable Excel workbook for agricultural operational and monitoring data.

  • Workbook architecture for farm, plot, season and enterprise records
  • Structured tables with stable field names, IDs and data types
  • Importing CSV and survey extracts using Excel Text to Columns
  • Relative, absolute and mixed references for reproducible calculation sheets
  • Named ranges and Excel Tables for auditable model inputs
  • File naming, version control and protected-sheet conventions for shared workbooks

Participants can prepare agricultural datasets for accurate calculation, analysis and reporting.

  • Data validation lists prevent invalid crop, district and input entries
  • TRIM, CLEAN and SUBSTITUTE functions standardise farmer and location text
  • Removing duplicates using household IDs, survey rounds and timestamps
  • Missing-value codes distinguished from zero, blank and not-applicable responses
  • Outlier flags built with conditional formatting and threshold rules
  • Power Query steps document repeatable imports, transformations and refreshes

Participants can calculate core crop, livestock, input and seasonal performance measures.

  • SUMIFS and COUNTIFS calculate production, input use and beneficiary coverage
  • Yield calculated from harvested area, production quantity and unit conversion
  • Crop-cut results converted between kilograms, hectares, acres and tonnes
  • Weighted averages applied to farm-level yields and market prices
  • IF, IFS and IFERROR rules classify performance against targets
  • Seasonal calendars model planting, harvest and post-harvest activity dates

Participants can connect related agricultural records and diagnose formula errors efficiently.

  • XLOOKUP joins farmer registers, plot records and extension-service visits
  • INDEX-MATCH handles flexible row and column retrieval in legacy workbooks
  • Date functions calculate crop age, reporting periods and lead times
  • Dynamic arrays FILTER, SORT and UNIQUE create updateable reporting lists
  • Multi-criteria matching reconciles duplicate names with geography and phone fields
  • Formula auditing traces precedents, dependents and calculation errors

Participants can summarise and filter agricultural performance data using PivotTables and PivotCharts.

  • PivotTables summarise yields by crop, district, sex and season
  • PivotCharts compare production trends, input distribution and adoption rates
  • Slicers and timelines filter monitoring reports without altering source data
  • Calculated fields derive gross margins and input costs within PivotTables
  • GETPIVOTDATA links controlled summary values into management report templates
  • Refresh procedures maintain pivot outputs after new survey data arrives

Participants can apply appropriate statistical summaries and interpret agricultural field data responsibly.

  • Descriptive statistics summarise central tendency, spread and sample size
  • Median and percentile measures reduce distortion from extreme farm observations
  • Frequency distributions show yield classes, livestock counts and rainfall bands
  • Correlation analysis tests relationships between input use and crop yield
  • Scatterplots distinguish association from causation in field-monitoring data
  • Sampling error, bias and denominator choice qualify reported results

Participants can present agricultural data clearly for management review and operational action.

  • Chart selection matches comparison, trend, composition and distribution questions
  • Combo charts display rainfall, planting area and yield on aligned timelines
  • Control charts flag unusual procurement lead times and stock movements
  • Conditional-formatting heat maps show district performance against programme targets
  • Excel Map charts compare regional production, prices and beneficiary reach
  • Dashboard layout separates headline indicators, filters, detail and data notes

Participants can model crop enterprise economics and test key production and price assumptions.

  • Enterprise budgets separate variable inputs, labour, machinery and fixed costs
  • Gross margin analysis compares crop enterprises using standard cost categories
  • Break-even yield and price calculations test farm business viability
  • Scenario Manager tests fertiliser price, rainfall and market-price assumptions
  • Cash-flow schedules align seasonal expenditure, harvest receipts and credit repayments
  • Data tables quantify sensitivity of margins to yield and input costs

Participants can maintain credible agricultural programme indicators and assess reporting quality.

  • Indicator reference sheets define numerator, denominator, source and frequency
  • Disaggregation by sex, age, location and farm size supports equity analysis
  • Baseline, target and actual values tracked through indicator performance tables
  • Data-quality checks apply completeness, timeliness, consistency and accuracy criteria
  • Beneficiary registers reconcile enrolment, attendance, services and outcome records
  • Donor-ready tables retain calculation logic, source notes and revision dates

Participants can produce decision-focused agriculture reports and plan controlled workplace implementation.

  • Management report structure connects field data, decisions, risks and actions
  • Exception reporting highlights underperforming districts, crops and delivery milestones
  • Commentary distinguishes observed results, plausible drivers and evidence gaps
  • Workbook protection controls formulas, input cells and authorised changes
  • Print settings produce readable briefing packs and field-friendly extracts
  • Application plan specifies priority workbook, data owner, refresh cycle and controls

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Agriculture data workbook template
  2. Farmer and plot data-cleaning checklist
  3. Yield and production calculation model
  4. Farm enterprise budget template
  5. Agricultural monitoring dashboard template
  6. Workplace workbook application plan

Who should attend

  • Agricultural Programme Officers — need reliable monitoring, beneficiary and production reporting
  • M&E Officers — need to analyse agricultural indicators and verify data quality
  • Farm Managers — need production, input-cost and enterprise-performance analysis
  • Agronomists and Extension Officers — need to interpret field records and crop results
  • Agribusiness Analysts — need structured sales, procurement, market and supplier analysis
  • Rural Finance Officers — need seasonal cash-flow and farm-enterprise assessments

Skills and tools covered

Agricultural data cleaningYield and margin analysisPivotTable reportingFarm budget modellingMonitoring indicator analysisExcel dashboard design

Tools and standards

Microsoft Excel, Power Query, Power Pivot, PivotTable

How the course runs

Training methodology

The course uses short instructor briefings followed by guided spreadsheet work with realistic agriculture datasets. Participants work through cases involving farmer registers, crop production, input distribution, market prices, enterprise budgets and programme indicators. Group exercises focus on checking assumptions, interpreting results and selecting appropriate reporting formats. Simulations require participants to respond to incomplete data, unusual values and changing seasonal assumptions. Each participant develops an application plan for a workplace workbook, including data owners, refresh arrangements and quality controls.

Requirements and prerequisites

Participants should be comfortable entering data, using basic formulas such as SUM and AVERAGE, formatting worksheets and saving files in Microsoft Excel. Experience with agriculture, food security, rural development, farming operations or agribusiness data is useful, whether through field, programme, finance or commercial roles. Participants should be able to interpret common measures such as hectares, kilograms, tonnes, input costs and market prices. Prior experience with PivotTables, Power Query, statistical analysis, coding, GIS or advanced Excel functions is not required.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

Live online deliveries follow the same structure in East Africa Time, with shorter screen blocks and longer breaks.

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

You should be comfortable with basic worksheet navigation, data entry and simple formulas such as SUM and AVERAGE. The course teaches intermediate methods including XLOOKUP, PivotTables, Power Query and scenario analysis from the ground up.

Bring a laptop with a current desktop version of Microsoft Excel and a charger. You may also bring a non-sensitive sample workbook or a description of a reporting problem you want to improve.

It is designed for agricultural programme, farm, agronomy, monitoring, rural-finance and agribusiness professionals who work with operational or survey data. It suits both development and commercial agriculture settings.

The methods are taught through agriculture-specific datasets and decisions, rather than generic sales or office examples. Participants work with yields, plots, farmer registers, input distribution, enterprise budgets, rainfall, prices and programme indicators.

Participants receive reusable templates and formula patterns for common agriculture reporting tasks. The final module helps each participant identify a priority workbook, its data owner, refresh cycle and quality checks.

Training runs from 08:30 to 16:30 each day, providing approximately 6.5 contact hours daily. The five days progress from data structure and cleaning through calculation, analysis, budgeting, dashboards, monitoring and workplace application.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.