Professional · Miron Construction · May–August 2026

Alexander Gymnasium · Point-Cloud Visualization

Alexander Gymnasium was scanned to support façade repairs by Miron’s self-perform masonry team. I worked with the point-cloud information, elevation sheets, and grid-based coordination, and explored the same captured conditions in Twinmotion.

My contribution: Point-cloud visualization & elevation-grid documentation for façade repair coordination
Tools used here: ReCap · Revit · Autodesk Forma · Twinmotion

Internship contribution within Miron Construction’s project teams

04 · Featured work · Twinmotion

Existing conditions.
A clearer view.

The main reason for scanning Alexander Gymnasium was to support façade repair coordination for Miron’s self-perform masonry team. Alongside that documentation work, I explored bringing the captured conditions from ReCap into Twinmotion. The visualization below is a native Twinmotion render, with no generative AI used.

Native Twinmotion exterior visualization of Lawrence University’s Alexander Gymnasium, framed by grass and trees beneath a blue sky — Alexander Gymnasium · Lawrence University · Native visualizationNative Twinmotion render · No generative AI

From Information to Image

Supporting studies · Select an image to expand

Alternate Alexander Gymnasium visualization with crane, landscape, and building context

Alternate visualization · Equipment & site contextNative Twinmotion render · No generative AIExpand +Close −

Point-cloud building study in Twinmotion with visible gaps in captured geometry

ReCap → Twinmotion · Point-cloud studyNative Twinmotion render · No generative AIExpand +Close −

From Scan to Façade Repair Coordination

Revit elevations → Autodesk Forma

We used the elevation sheets to create a grid in Autodesk Forma, linking each grid block to an enlarged view of that façade segment. This gave the self-perform masonry team a shared way to locate and coordinate repairs. The four elevations below show the documentation behind that workflow.