
Design a 16-story hotel with a rooftop pool in ProtaStructure, compiling ground-floor framing from grid lines to lift areas, setting 600x600 columns, and applying column superimposing across floors.
Design the structural framing of a 16-story hotel with a rooftop pool using ProtaStructure, Twin Pins 2, and GA drawing, placing grid lines and columns.
Import a CAD file into ProtaStructure and start first-floor modeling for a high-rise with rooftop pool, including project setup, DSF import, grid conversion, beam and wall placement, and slab planning.
Coordinate wall loads on beams and implement cantilever slab loads in a 16-story building. Learn cantilever edge detailing, wall-perimeter loads, and story-level modeling in ProtaStructure.
Model the second and third floors of a 16-storey building, including cantilever balcony slabs. Generate stories up to the ninth floor, apply loading, and align plan view with wall loads.
Model the 4th to 9th floors in ProtaStructure by inserting typical floors from the card file, confirming a 3.5 m floor height, and removing wall loads on the 9th floor.
Learn to model the 10th to 12th floors of a 16-storey high rise in ProtaStructure, including greenhouse area, voids, cantilever slabs, and double-volume spaces.
Model the 13th and 14th floors of a 16-story high-rise in ProtaStructure, applying wall loads and preparing the 15th-floor slab for a water tank.
Model the 15th to 17th floors and roof slab of the high-rise, detailing lift headroom, cantilever, and plan-view elements, and discuss life load reduction with rib, waffle, or solid slabs.
Apply load reduction in a high-rise building with waffle slab insertion to reduce structural weight, using slab method and percentage load reduction concepts.
Apply life load reduction in ProtaStructure for a high-rise by distributing floor-by-floor reductions (50% to 0% across stories) and using rib or waffle slabs to reduce weight.
Designing a high-rise building with a rooftop pool is one of the most challenging and practical scenarios in structural engineering. This course walks you through a complete real-world project using ProtaStructure, from initial modeling to final design and detailing.
Instead of isolated tutorials, you will learn through a full practical workflow, exactly how professional engineers approach complex high-rise structures with special load conditions like rooftop swimming pools.
This course is built for civil and structural engineers, students, and designers who want hands-on, job-ready ProtaStructure skills.
What You Will Learn
Complete high-rise building modeling in ProtaStructure
Structural grid and system setup
Material and section definition
Load cases and load combinations
Rooftop pool load calculation and application
Slab, beam, column, and shear wall design
Structural analysis and result interpretation
Stability checks and design optimization
Detailing and drawing extraction
Professional project workflow tips
Swimming pool analysis and design
Why This Course Is Different
Real project — not theory only
Includes rooftop pool special load case
Step-by-step guided modeling
Practical design decisions explained
Industry-style workflow
Suitable for both students, fresh graduates and practicing engineer
Who This Course Is For
Civil engineering students
Structural engineers
ProtaStructure users
Design office professionals
Anyone wanting practical high-rise design skills