Steel Moment Frame Design to AISC 360 & ASCE 7 Loads
Internship role: Structural Engineering Intern. Derive wind and seismic loads for a two-storey office, design a steel moment frame and connections to AISC 360 and produce stamped-style calculation sheets.
Internship role: Structural Engineering Intern. Derive wind and seismic loads for a two-storey office, design a steel moment frame and connections to AISC 360 and produce stamped-style calculation sheets.
GitHub repo or evidence pack + live demo / report + README + milestone logbook
Stack: Python or Excel, AISC 360-22, ASCE 7-22, SAP2000 student
- Problem & requirements15
Loads, constraints, standards and success criteria are written down before the design starts.
- Calculations & analysis30
Hand calculations or simulation set out step by step with units, assumptions and a check against a second method or code limit.
- Design output20
Drawings, models, schematics or code that match the calculations and could be handed to the next person.
- Validation & files15
Test data, simulation files, calculation sheets or photos attached, with what each one shows.
- Report & judgement20
A clear report that states the result, its limits, cost or risk, and what you would change next.
Pass 60% · Merit 75% · Distinction 90%
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