Companies full of data that don't know what to do with it.

Agroindustry generates massive amounts of information: production, harvest, post-harvest, quality, logistics, sales. But it usually stays locked in spreadsheets and dead files, while decisions are made by gut feeling.

My solution

I turn that scattered information into visibility for decision-making. I don't deliver charts; I deliver clarity to act.

Divide to understand. Measure to improve.

01

Observe the process

As an agroindustrial engineer, I break processes down into their minimum units and understand the biological, physical, and chemical challenges of raw materials. Operational context isn't a detail: it's half the diagnosis.

02

Measure and cross data

I clean historical records, connect variables no one had linked before, and segment. What averages hide appears when data is looked at properly.

03

Translate into decisions

Analysis doesn't end in a chart: it ends in an action someone can execute. I connect operations with sales.

Evidence, not promises.

Projects under confidentiality agreements, presented in anonymized form. Same pattern, same method: moving from intuition to decision.

Case 01

Commercial visibility

From guessing to planning with data

Context

Fresh berries distributor, with B2B and B2C channels.

Challenge

Decisions made by gut feeling; no visibility by channel, region, or customer.

Method

Transformed five scattered datasets into a control dashboard: sales, regional dynamics, risk alerts, and portfolio.

Result

A commercial team that went from reactive to planning, with risk traffic lights and dependency matrices.

TableauExcelPython
Case 02

Agricultural productivity

From static averages to a prescriptive harvest plan

Context

Blueberry agroindustry with guesswork planning, surprise overtime, and bullwhip effect.

Question

How to turn historical records into a weekly plan for hours, gaps, and costs with uncertainty visible?

Finding

Averages hid a vicious cycle: learning curve impact, fatigue, seasonality, and labor competition.

Decision

A zoo of forecasts for a prescriptive model: hire when break-even justifies it, recalibrate targets in stress windows.

StreamlitPolarsPlotly
Case 03

Exchange rate sensitivity

What hurts the most, in one number

Context

Colombian rose exporter.

Challenge

Operations depend on the dollar, wages, waste, price, and freight. Every movement changes the margin, with no tool to quantify it.

Method

Sensitivity model translating each variable's movement into pesos of profit lost or gained. Tornado diagram to prioritize management levers.

Result

Each sensitivity points to a different lever. The model quantifies exposure; the client makes the decision.

PythonPandasPlotly

Own method, applied to agriculture.

I don't choose the tool because it's trendy. I choose the one that reduces friction between raw data and Wednesday's 9 a.m. decision.

Value Stream Mapping (VSM)

I walk the production process stage by stage —times, waste, labor, bottlenecks— to draw where value is lost before proposing anything.

DiagnosisFieldwork

Sensitivity & Risk

I translate dollar, wage, waste, and freight movements into pesos of profit lost or gained. Tornado diagrams to decide with numbers.

ModelRisk

Control Dashboards

I unify scattered datasets into interactive dashboards showing channel, region, customer, and risk in a single view. Designed for committees, not just monitors.

StreamlitPlotlyPolars

Cleaning & Statistical Analysis

I clean historicals and segment workers, varieties, and customers to find what averages hide. Explainable solutions without black boxes.

PythonDuckDBSQL

Experience, step by step.

I didn't reach data from a desk. I came from the field, first understanding biological and operational processes, then measuring them with rigor.

The Foundation

Agroindustrial Engineering

The technical base. I learned to break processes into minimum units and understand the biological, physical, and chemical challenges of raw materials.

The Field

Operations in high-value crops

Direct experience in mushrooms, cannabis, and berries. Here I learned that averages lie and that labor is the most critical bottleneck.

The Grid

Data Analysis & Google Certification

The natural evolution. I incorporated Python, SQL, and other tools. I moved from reporting what happened to building explainable predictive models.

The Synthesis (Today)

Agroindustrial Data Analyst

Today I translate that duality. I speak the language of the field and the language of data, building bridges between both to decide with clarity.

Are your agricultural data really being used?

Download our quick guide and audit your data maturity in 10 minutes. Identify the 5 most common mistakes in agroindustry and how to fix them.

Download Checklist (PDF)

Let's talk about your data.

If your project or company has operational or commercial information that isn't being used to decide, write to me. We review the context, evaluate feasibility, and I tell you clearly what can be done.

Location: Colombia (Available for remote projects)

Response: Within 48 business hours.