Civil Engineering | WBDG - Whole Building Design Guide (2022)

INTRODUCTION

Within This Page

  • Introduction
  • Description
  • Emerging Issues
  • Relevant Codes and Standards
  • Additional Resources

Civil engineering is not all about fancy buildings – it is about maintaining vital infrastructure. When people think of famous civil engineers from the past, they think of Isambard Kingdom Brunel and Joseph Bazalgette, the great engineer of the Victorian age who saved London from cholera by constructing new sewers.

Today, civil engineering is often associated with the world's most jaw-dropping structures, such as Sydney Opera House, the Shard and China's Jiaozhou Bay Bridge. But civil engineering is also about maintaining and adapting the infrastructure that people depend on every day - roads, railways and bridges, energy and water supply, waste networks, and flood defenses. Civil engineers have to keep this infrastructure running effectively and adapt it to meet challenges, such as population growth, climate change, and natural disasters.

They must also find ways to deliver the infrastructure needed when there is little money to pay for it. Put simply, civil engineers have to come up with solutions to complex problems and implement them; they literally shape the world people live in.

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DESCRIPTION

There are two types of civil engineering roles: consultants who focus on design work and generally spend more time in the office or working with clients, and contractors who are more involved with keeping an eye on the physical construction and are usually based on-site. Both are challenging environments, and all civil engineers are required to be innovative and logical individuals. Other essential attributes civil engineers need include: creativity, versatility, a problem-solving mind, and the ability to understand the bigger picture and to collaborate with a number of other professionals.

Civil engineers design, build, supervise, operate, and maintain construction projects and systems in the public and private sector, including roads, buildings, airports, tunnels, dams, bridges, and systems for water supply and sewage treatment. Many civil engineers work in design, construction, research, and education.

The duties of a civil engineer may typically include any or all of the following:

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  • Analyze long-range plans; survey reports, maps, and other data in order to plan projects.
  • Consider construction costs, government regulations, potential environmental hazards, and other factors in planning the stages of, and risk analysis for a project.
  • Compile and submit permit applications to local, state, and federal agencies, verifying that projects comply with various regulations.
  • Test building materials, such as concrete or asphalt for use in particular projects.
  • Provide cost estimates for materials, equipment, or labor to determine a project's economic feasibility.
  • Use design software to plan and design transportation systems, hydraulic systems, and structures in line with industry and government standards.
  • Perform or oversee surveying operations in order to establish reference points, grades, and elevations to guide construction or design.
  • Present their findings to the public on topics such as bid proposals, environmental impact statements, or descriptions of projects.
  • Manage the repair, maintenance, and replacement of public and private infrastructure.

Civil engineers inspect projects to insure regulatory compliance. In addition, they are tasked with ensuring that safe work practices are followed at construction sites.

Many civil engineers hold supervisory or administrative positions ranging from supervisor of a construction site to city engineer, public works director, or city manager. Others work in design, construction, research, and education. Civil engineers work with other professionals on projects and may be assisted by civil engineering technicians.

Civil engineers design, build, and maintain the foundation for modern society – from roads and bridges, drinking water and energy systems, to seaports and airports, and the infrastructure for a cleaner environment, to name just a few. Civil engineering touches people throughout their day. Think of a civil engineer when:

  • Turning on the tap to take a shower or drink clean water.
  • Flicking on the lights and opening the refrigerator.
  • Driving to work on roads and bridges through synchronized traffic lights.
  • Taking mass transit or taking a flight for a vacation.

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Civil Engineers make mass transit feasible.

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Entrusted by society to create a sustainable world and enhance the global quality of life, civil engineers serve competently, collaboratively, and ethically as master planners, designers, constructors, and operators of society's economic and social engine - the built environment. They are stewards of the natural environment and its resources; innovators and integrators of ideas and technology across the public, private, and academic sectors; managers of risk and uncertainty caused by natural events, accidents, and other threats. They also serve as leaders in discussions and decisions shaping public environmental and infrastructure policy.

Every person, family, and business needs infrastructure to thrive - from the roads travelled to work, to the pipes that deliver clean drinking water, to the inland waterways, and rails that move goods from coast to coast. The American Society of Civil Engineers' 2013 Report Card for America's Infrastructure depicts the condition and performance of the nation's infrastructure in the familiar form of a school report card-assigning letter grades based on the physical condition and needed investments for improvement. The report card is available for public viewing at ASCE.org.

EMERGING ISSUES

Sustainability is an issue that The American Society of Civil Engineers (ASCE) defines as a set of economic, environmental, and social conditions in which all of society has the capacity and opportunity to maintain and improve its quality of life indefinitely without degrading the quantity, quality, or the availability of economic, environmental, and social resources. Sustainable development is the application of these resources to enhance the safety, welfare, and quality of life for all of society. Civil engineers shall be committed to the following ASCE Principles of Sustainable Development.

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  • Principle 1- Do the Right Project. A proposed project's economic, environmental, and social effects on each of the communities served and affected must be assessed and understood by all stakeholders before there is a decision to proceed with a project. Consider non-structural as well as structural (built) solutions to the needs being addressed: and
  • Principle 2 - Do the Project Right. The civil engineer shall actively engage stakeholders and secure public understanding and acceptance of a project’s economic, environmental, and social costs and benefits. To move toward conditions of sustainability, engineers must design and deliver projects that address sustainability holistically (from concept to demolition or reuse) rather than adding a variety of "green" features onto a conventional project.

ASCE supports the following steps to achieve a sustainable project:

  • Perform Life-Cycle Assessment from Planning to Reuse. Project participants should use rigorous life cycle methodologies that quantify the economic, environmental, and social effects of the project.
  • Use Resources Wisely - Minimize Use of Non Renewable Resources. Sustainable development shall include progressive reductions in resource use for a given level of service and resiliency.
  • The feasibility of restoration, or return of depleted resources, shall be evaluated by the civil engineer.

  • Plan for Resiliency. Sustainability requires planning for the impact natural and man-made disasters and changing conditions can have on economic, environmental, and social resources.
  • Validate Application of Principles. Civil engineers must guide project development and validate the application of these principles by using metrics and rating tools such as the EnvisionTM Rating System for sustainable infrastructure.

ASCE recognizes the leadership role of engineers in sustainable development and their responsibility to provide effective and innovative solutions in addressing the challenges of sustainability. The ASCE Code of Ethics requires civil engineers to strive to comply with the principles of sustainable development in the performance of their professional duties. ASCE works on a global scale to promote public recognition and understanding of the needs and opportunities for sustainable development.

Environmental, economic, social, and technological development must be seen as interdependent and complementary concepts, where economic competitiveness and ecological sustainability are complementary aspects of the common goal of improving the quality of life. Engineers have a leading role in planning, designing, building, and ensuring a sustainable future. Engineers provide the bridge between science and society. In this role, engineers must actively promote and participate in multidisciplinary teams with other professionals, such as ecologists, economists, and sociologists, and work with the communities served and affected to effectively address the issues and challenges of sustainable development.

RELEVANT CODES AND STANDARDS

American Association of State Highway and Transportation Officials (AASHTO) - A Policy on Geometric Design of Highways and Streets

Department of Defense

  • Unified Facilities Criteria (UFC)
  • UFC 1-300-09N Navy and Marine Corps Design Procedures
  • UFC 3-201-01 Civil Engineering
  • UFC 3-210-10 Low Impact Development
  • UFC 3-220-05 Dewatering and Groundwater Control
  • UFC 3-230-01 Water Storage, Distribution, and Transmission
  • UFC 3-230-03 Water Treatment
  • UFC 3-240-01 Wastewater Collection
  • UFC 3-240-02 Domestic Wastewater Treatment
  • UFC 3-250-01 Pavement Design for Roads and Parking Areas
  • UFC 3-250-03 Standard Practice Manual for Flexible Pavements
  • UFC 3-250-04 Standard Practice for Concrete Pavements
  • UFC 3-250-08FA Standard Practice for Sealing Joints and Cracks in Rigid and Flexible Pavements
  • UFC 3-250-09FA Aggregate Surfaced Roads and Airfields Areas
  • UFC 3-250-11 Soil Stabilization for Pavements
  • UFC 3-260-01 Airfield and Heliport Planning and Design
  • UFC 3-260-02 Pavement Design for Airfields
  • UFC 3-260-03 Airfield Pavement Evaluation

International Code Council

Department of Justice

Department of Transportation

Additional Resources

WBDG

  • Design Disciplines
  • Federal Facility Criteria
  • Project Planning, Delivery, and Controls

ORGANIZATIONS AND ASSOCIATIONS

FAQs

What are the 3 major factors that are to be considered by a civil engineer when making a project plan? ›

According to the Table 1, most researchers have state that the cost (budget), time, quality and management as the main of Critical Success Factors (CSFs) in project success.

What buildings do civil engineers design? ›

Civil engineers design, construct, maintain and improve the physical environment, including; bridges, tunnels, roads, railways, canals, dams, buildings, flood and coastal defences, airports and other large structures.

What is detailed design in civil engineering? ›

Detailed design is the phase where the design is refined and plans, specifications and estimates are created. Detailed design will include outputs such as 2D and 3D models, P & ID's, cost build up estimates, procurement plans etc. This phase is where the full cost of the project is identified.

What is drawing layout in civil engineering? ›

Civil layout is the process by which actual measurements of walls, floors, windows and doors are taken in accurate scales and a sketch to help in future reference. This sketch is called “Blueprint” according to engineers.

What are the 5 stages of construction project? ›

The five phases of the construction project lifecycle are:
  • Project Initiation and Conception. Like with all things, the first step to the construction life cycle is merely to begin. ...
  • Project Planning and Definition. ...
  • Project Execution and Launch. ...
  • Project Performance. ...
  • Project Close.

Can civil engineer design building? ›

Civil engineers that design structure for construction projects must be excellent problem solvers. The decisions that structural engineers make during the structural design phase of the project will affect everything from the project cost and duration to the ultimate safety and viability of the structure.

Who is higher architect or civil engineer? ›

Differences Between Architecture and Civil Engineering

Architects are more deeply involved in the pre-construction phases, while civil engineers directly oversee all phases of construction work. Civil engineers oversee a variety of workers, including construction managers, architects, and mechanical engineers.

Who is better architect or civil engineer? ›

Civil Engineering is much broader than Architecture and deals with the design, planning, and construction of buildings, roads, bridges, dams, tunnels, and other infrastructure projects. Civil engineers are involved in all the construction phases (designing, planning, overseeing the construction process).

Who gets paid more civil engineer or architect? ›

Moreover, in general, civil engineers are equipped with more knowledge than architects in terms of complex mathematics, analysis and structural design and so they are paid more than architects.

What are the factors to consider in engineering? ›

Good design engineers must consider so many factors when designing a part or component. Design for assembly, cost, logistics, manufacturability, reliability, and other qualities all require forethought and creativity.

What are the factors to consider in designing a project proposal? ›

You'll have to consider the client's goals, their budget, their timeline and expectations, as well as your team, their goals, your agency and the type of work that you want to take on now, and the type of work that you are working towards in the future.

What is the most important element required to make an engineering project work? ›

The project goal

This is the single most important element of a project. Everyone on a project team needs to understand the point of the project they're engaged in.

What factors did the engineer need to consider in designing a product? ›

Some essential factors of product design:
  • Fitness for Purpose: Every product is designed for a unique purpose. ...
  • Materials and Finish: Before manufacturing a product, the designer must decide the material to be used. ...
  • Maintenance: ...
  • Efficiency: ...
  • Cost Ratio: ...
  • Fashion: ...
  • Safety Measures: ...
  • Aesthetics:

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