Messy sources
Research data is often scattered across websites, APIs, spreadsheets, PDFs, repositories, and public databases.
Clean, documented, reproducible datasets for literature reviews, bibliometric studies, public web research, and thesis projects.
Research data problem
Research datasets need more than extraction. Sources must be checked, records cleaned, fields documented, and the workflow made reproducible.
Research data is often scattered across websites, APIs, spreadsheets, PDFs, repositories, and public databases.
Before collection begins, you need to know whether a source is accessible, permitted, useful, and stable.
Duplicates, missing values, inconsistent fields, encoding issues, and messy exports can stall the project.
For thesis and publication work, reviewers may ask how the dataset was collected, cleaned, and documented.
Research workflow
Start with source feasibility, validate a small sample, then move to a full research-ready dataset.
Tell us your topic, target data, preferred sources, expected fields, estimated size, and deadline.
We review source availability, access options, data quality, limitations, and possible ethics or source risks.
You receive a small sample dataset to validate structure, fields, quality, and usefulness.
You receive cleaned data, source logs, documentation, and reproducible scripts when included in scope.
Sample review
Before collecting data, we map available sources, expected fields, access risks, and recommended deliverables.
Applications
Common academic data projects we help scope, collect, clean, and document.
Collect paper metadata such as title, authors, DOI, abstract, year, journal, keywords, and source links.
Best for: SLR, scoping review, thesis background
Prepare publication data for trend analysis, citation mapping, co-author networks, institutions, and topic exploration.
Best for: trends, networks, publication mapping
Collect structured records from public job postings, policy pages, university programs, listings, or news metadata.
Best for: policy, jobs, education, public listings
Clean and standardize existing CSV, Excel, JSON, or exported research files for analysis and reporting.
Best for: messy CSV and Excel exports
Deliverables
Every project is delivered with structured files, documentation, and source notes so the dataset is easier to inspect, analyze, and explain.
Original collected records where applicable.
Analysis-ready structured dataset.
Explanation of fields, formats, and values.
Source URLs, API endpoints, access dates, and collection notes.
Plain-language explanation of the collection and cleaning workflow.
Python script or notebook for a repeatable workflow.
Project overview, file descriptions, and usage notes.
Ethics & source access
We work with public, permitted, API-accessible, open, or client-authorized data sources. We do not bypass paywalls, scrape private accounts, or collect sensitive personal data without proper authorization and ethics clearance.
We flag source and access risks early. Researchers remain responsible for any institutional ethics approval required by their project.
Each project can include a short methodology note describing collection scope, source access, cleaning steps, and known limitations.
Logged
Access basis
Recorded
Access date
Included
Source notes
Service packages
Begin with feasibility, review a sample, then decide whether a full dataset project makes sense.
Project-based pricing after feasibility review. Start with a free feasibility check before any paid work.
Project-based
Best first stepA quick review of your topic, target data, possible sources, risks, and expected fields.
Project-based
A small sample dataset to validate structure, quality, and usefulness before full collection.
Project-based
Most completeA complete research-ready dataset with cleaning, documentation, and optional reproducible scripts.
Project-based
For researchers who already have messy files and need them cleaned, standardized, and documented.
Free feasibility check
Send your research topic, target sources, and expected output. We’ll review feasibility, risks, fields, and the best next step.