Structural engineering

Recognizing teams who apply technology in extraordinary ways to deliver measurable outcomes for structures, platforms, and foundations.
YEAR IN INFRASTRUCTURE

2026 Structural engineering finalists

An external view of the massive, modern Jakarta International Stadium at dusk, showcasing its distinctive perforated facade, a finalist project by Buro Happold.

PT Wijaya Karya Bangunan Gedung Tbk (WIKA Gedung)

Jakarta International Stadium: Engineering the largest retractable roof  
Structural engineering
Aerial view of a water treatment or dam facility with a long concrete platform extending into a blue body of water and trees nearby.

Arcadis

AutoFW: Automating design of flood protection structures  
Structural engineering
A wide shot of the historic Our Lady of Light Parish Church in Loon, a beautifully restored stone building with twin bell towers against a clear blue sky, a finalist project by E.S. de Luna.

QB Engineering & Construction

Our Lady of Light Parish Church, Loon: Digitally reconstructing a historic landmark
Structural engineering

Award category criteria

Show how your use of the technology delivered improved outcomes for the organizations involved and the communities served.
Demonstrate how your use of technology delivered measurable results in planning, modeling, designing, analyzing, documenting, and detailing high-quality structures, platforms, and foundations.
Submissions should demonstrate use of Bentley applications, independently or combined with other software, across the project lifecycle. Eligible software includes STAAD, RAM, SACS, MOSES, ADINA, and AutoPIPE.
Show what made your approach stand out. Consider: complex planning, design, or construction challenges, inventive solutions under exceptional constraints, creative problem-solving, and advanced use of Bentley applications to model, analyze, design, document, or detail structures.
Detail how your project improved performance: effective use of structural or mechanical engineering applications for analysis, design, and drawing development, along with advanced features that automated workflows and modernized deliver
Provide quantified results: cost savings, time savings, resource optimization and risk management.
Showcase impact on climate adaptation, disaster preparedness, energy savings, carbon reduction, improved resilience, quality of life, and mitigated risk.
Include high-quality visuals: images, screenshots, models, simulations, animations, charts, and diagrams. Provide quantitative data where applicable. Show how digital twins and AI advanced project delivery or asset performance.
Questions? Contact [email protected].