CE111 | Structural Engineering Output

Outputs of Structural engineers

Or something that they are widely known as. Also how they integrate the things they learned throughout their journey.

Structural plan

These are drawings that show how the structural parts of a building are arranged.

Framing plan

The framing plan shows the layout of the supporting features such as bearing walls, columns, beams, and girders. In preparing plans for framing, the outline of the building should be drawn on the back of the sheet, so that in the event of erasures or changes in the framing system it will not be necessary to redraw the entire building plan. (Liebing 2011)

Foundation plan

To put it simply, a foundation plan serves as the foundation's road map, directing builders on how to appropriately lay the foundation for a structure. Without a well-designed foundation plan, construction can be prone to errors, leading to costly delays and structural issues down the line. (Pinnacle 2024)

Structural details

The process of creating detailed drawings that illustrate the construction and assembly of structural components like beams, columns, slabs, footings, and reinforcements is known as structural detailing. Structural engineers, architects, contractors, and fabricators can communicate with each other through these drawings. (Hartley 2025)

Structural calculation

These are calculations that show whether the structural members are strong enough to carry the expected loads.

Load calculations

The process of figuring out the forces a structure will encounter over its lifetime is known as load calculation. These forces are caused by the weight of the structure itself, the people or equipment inside it, and external elements like temperature or wind. It takes more than just math to be a structural engineer. Predicting how materials will react under pressure and making sure each component can safely handle its share are key. A precise load calculation guarantees that the design won't fail when it counts most, whether it's a warehouse roof, a marine platform, or a refinery pipe rack. (AutoMech 2025)

Beam, column, slab, and foundation calculations

A column is a vertical part of a building that supports the weight above it. It helps keep the building strong and stable. The size of a column depends on how much weight it needs to carry. A beam is a horizontal structural part of a building that supports loads and transfers them to the columns at both ends. It also helps the structure resist bending and other forces.A slab is a flat, horizontal part of a building that provides a solid surface. It is commonly used for floors, roofs, and ceilings. (Mahajan)

Member sizing

Member sizing is the process of determining the appropriate size of structural members, such as beams and columns. It uses calculations and standard structural tables to check factors such as load, bending, shear, and deflection.(mickute et al. 2011)

Structural Models

These are computer-based models used to represent and analyze a structure.

ETABS models

Is a structural engineering software used to create building models, analyze their structures, design structural members, and generate reports. It provides different views that help engineers work with and examine their structural models. (Computer & Structures, inc.)

STAAD.Pro models

It creates detailed and accurate models of structures while helping engineers produce quality designs that follow international building codes.

SAP2000 models

Is structural engineering software used to model, analyze, and design structures. It also helps engineers create reports and organize the tools and views based on their needs. (Computer & Structures, inc.)

Tekla models

Tekla Structures is a 3D modeling software used to create detailed models of structures. It also produces drawings and information needed for fabrication and construction. (Trimble, 2024)

Technical Reports

These are documents that present the results and information from structural engineering work.

Structural analysis reports

This report shows the analysis and design of a reinforced concrete residential building. It considers both the building’s weight and earthquake loads. The design follows the required building codes and includes the materials, structural models, and reinforcement details needed to make the building safe and strong.(Gurung)

Design reports

A design report is a document prepared by engineers to explain the design process and its results. It shows how the problem was understood, how the design was developed, and what steps should be taken next.

Inspection reports

A structural engineer’s report is a document that explains the condition of a building’s main structural parts. It identifies structural problems or defects and provides information about the building’s condition.

Assessment Reports

These are written requirements that specify the materials and standards to be followed during construction.

Structural Specifications

Structural engineering codes and specifications are rules and standards that guide the design and construction of structures. They help ensure that buildings and other structures are safe, strong, and able to handle expected loads and environmental conditions.

Material Specifications

Material specifications are guidelines that describe the required quality, strength, and properties of materials used in construction. They help ensure that the right materials are selected and meet the required safety and quality standards.

Reinforcement Requirements

Concrete reinforcement is the use of materials such as steel bars or fibers inside concrete to make it stronger. It helps the concrete resist tension and cracking, allowing the structure to carry heavier loads and reducing the risk of damage.

Construction Requirements

The construction industry in the Philippines follows different rules and standards to ensure the safety and quality of buildings. These regulations cover building design, construction methods, environmental practices, and safety requirements.