Designing a structure begins with understanding the project requirements, including its purpose, layout, budget, timeline, and applicable building codes. Next, a site investigation is conducted to assess soil conditions, topography, and environmental factors that could affect stability and performance. Based on this information, the structural system is defined, such as reinforced concrete, steel framing, composite structures, or load-bearing masonry. The engineer then determines all loads acting on the structure, including dead loads, live loads, wind, seismic forces, and temperature effects, and performs preliminary sizing of beams, columns, slabs, and foundations.
Structural analysis follows, using software or manual methods to evaluate internal forces, deflections, and stability. Detailed design and calculations are then completed for each element, including reinforcement detailing, steel member sizing, and connection design, ensuring all results meet safety and serviceability requirements.
The design is checked for code compliance with standards such as ACI, AISC, Eurocodes, or IS codes, and detailed structural drawings are prepared, covering foundations, framing layouts, sections, reinforcement, and connection details. Before final delivery, the design undergoes quality checks, peer reviews, and coordination with architectural and MEP teams, and if BIM is used, clash detection is performed.
in designing your experiment which step did you perform first?
first analyse the problem then designing,then coding,then testing
forming a hypothesis
designing the step pyramid
forming a hypothesis
State the problem
The first step is to decide on the purpose of the experiment. What is it that you are trying to prove or disprove.
identify the need or want
The first step is to form a structure called a breast mound
designing and conducting the research,
The Rising Action follows the climax.
The first step is an IDEA - you have to know what you want to make or what you want to change.