Podiatry clinics with integrated 3D orthopedic shoe design and data analytics
Voetencentrum Wender operates a multi-location podiatry network across the Netherlands with an unusual technical depth: they're scaling 3D modeling algorithms for custom orthopedic shoe design while building ETL pipelines, a data warehouse, and dashboards on PostgreSQL + dbt + Power BI. The hiring mix—19 interns alongside sparse engineering capacity—suggests they're ramping up internal tooling and manufacturing automation to support their foot-care specializations (diabetes, sports, pediatric) across hospitals, clinics, and owned locations.
Voetencentrum Wender is a podiatry practice network operating since 1995 with multiple locations across the Netherlands. Their service model spans podotherapy, orthopedic shoe design, taping, and custom orthoses, with specialized programs in diabetes care, sports podiatry, and pediatric foot health. They deliver care through partnerships with primary-care clinics, health centers, hospitals (co-located with vascular surgeons, orthopedists, and rehabilitation physicians), and owned clinics. Core infrastructure includes analysis labs for biomechanical measurement and a growing internal technology function for 3D design, manufacturing, and data analytics.
Linux, C#, Python, JavaScript, TypeScript, PostgreSQL, dbt, Power BI, and 3D printing. They use this mix to run data pipelines, design dashboards, and power 3D orthopedic shoe modeling.
Scaling 3D modeling algorithms for shoe design, building APIs, implementing ETL processes to unlock data from source systems, and constructing a data warehouse with Power BI dashboards for operational insight.
Hengelo, Overijssel, Netherlands. They operate multiple clinics across the country and hire exclusively in the Netherlands.
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