Role: Infrastructure Modeler
Tools: MicroStation, LumenRTMy contribution:
– Complete 3D model of a pedestrian underpass
– Based on 2D technical documentation
– Includes terrain shaping, staircases, elevator shaft, and railing elements
– Rendered with LumenRT for use in presentations and public consultations

Note: This project was completed as part of my work at AFRY (Poland office).

Visualization (LumenRT)

3D Model (Microstastion/Openroads)

Role: Infrastructure Modeler & Visualizer
Tools: OpenRoads Designer, LumenRT, Vehicle Tracking,My contribution:
– Geometric modeling of road pavement, slope shaping, and parking infrastructure
– Swept path analysis (Vehicle Tracking)
– Creation of terrain high-resolution 3SM context model
– Visualization and animation in LumenRT for internal and public use

📌 Project qualified for Bentley Systems’ Year in Infrastructure Awards 2022 – Finalist
🔗 View Bentley Showcase Page

Note: This project was completed as part of my work at AFRY (Poland office).

Visualization (Lumen RT)

Site Plan (AutoCAD drawing)

Role: Grasshopper Script Developer
Tools: Grasshopper – Rhino, OpenRoads Designer, AutoCAD, LumenRTMy contribution:
– Terrain data exported from OpenRoads (top/bottom elevations of wall base)
– Grasshopper script automatically generates retaining walls along the slope
– Output exported to AutoCAD for final editing and reintegrated into OpenRoads
– Final visualization completed using LumenRT

Parametric Retaining Wall Generator – Full Workflow Demo and visualization

Parametric Retaining Wall Script (Grasshopper)

Role: Site Engineer
Tools: Technical documentation, surveying tools, MS Office
My contribution:
– Daily on-site support during the construction of a bridge
– Coordination between subcontractors, site engineers, and design teams
– Assisted with surveying, reinforcement inspections, and concreting operations
– Progress reporting and quality control

Role held as part of my work at Budimex S.A.

Aerial view of the footbridge (2025)

Footbridge picture, Poznań (2025)

Role: Graduate Engineer
Tools: RSTAB, AutoCAD, Excel, LumenRTMy contribution:
– Structural layout of a composite bridge
– Load assumptions and static analysis using FEM
– Model creation and result interpretation
– Visuals, drawings and diagrams📌 Finalist – “Innovations in Road Engineering” competition (2nd edition), based on this thesis.

Note: Project was developed as part of my bachelor’s thesis (engineering degree).

Visualization (Lumen RT)

Structural Model and
Deflection Results (RSTAB 8)