The Civil Engineer is responsible for the design, creation, and maintenance of infrastructure in the built and natural environments surrounding us. This can include many infrastructures’ such as tunnels and bridges, roads, buildings, water supply and sewage systems, and airports. There are many more practices involved with Civil Engineering but at the positions core many engineers work in design, construction, research, and education. This career is one of the few where a project is seen from conception to completion, which is very rewarding. Of course this means there are a vast variety of skills required to be a successful Civil Engineer.
The skill set of a Civil Engineer requires excellent problem-solving and communication. To start a project with a client, the Civil Engineer must meet to discuss the requirements before beginning any infrastructure project. Once the meeting is complete, the engineer has to turn those requirements into blueprints to start construction. Before the blueprints can even be drafted, analysis of survey reports, maps, and other data must be completed to ensure the site is ready to be built on. This stage is crucial problem solving as they have to consider construction costs, government regulations on the site, potential environmental hazards, and other factors in planning stages and risk analysis. After risk analysis is complete, in order to even start the blueprints they have to compile and submit any required permit applications to local, state, and federal agencies to verify that the project complies with various regulations. This process can take weeks and holds back any work that can be completed.
Once everything is approved and drafted, the Civil Engineer oversees multiple testing of an environment including soil and foundation quality as well as building materials such as concrete, asphalt, or steel. Evaluating these materials also include cost and pricing structure, which they then provide to the client to determine the economic feasibility of the project before construction begins. If cost is feasible and testing comes back positive to start construction, the engineer then manages, directs, and monitors the progress during each phase of the project while constantly reporting their progress to the client. Another job requirement includes a mandatory public review of information on the new infrastructure. This is based off of government regulations and they must report their findings on bid proposals, environmental impact statements and property descriptions of the new infrastructure.
If you are applying for a Civil Engineer position, your resume should include what type of sector you have worked for including private, public, and industry. Some infrastructures are more specific and require more in depth knowledge such as airports verses sewage systems. Since a Civil Engineer over sees an entire project from start to finish your resume must include how you managed a successful project including testing, blueprints, regulations, problems that occur, environmental needs, cost, and reporting. Each project is different and important to your future client. Many positions are working in government and knowledge of government ran policies are helpful to know. Lastly, your resume should include risk analysis evaluations and problem solving techniques. These are bound to arise in any project and knowledge on how to fix a problem effectively and efficiently is crucial.
Civil Engineer Resume Builder Power Words: civil engineer, infrastructure, project, blueprint, risk analysis, problem solving, regulations, bid proposals, cost analysis, testing of materials, survey reports, and requirements.
Civil Engineer Resume Sample
- Analyzed failures in buildings and other infrastructure systems by conducting site visits and applying engineering principles and practices in accordance with codes and industry standards
- Coached designers preparing systems sketches and drawings
- Conducted structural field investigations and analyze failures involving all types of structures and construction problems including residential, commercial and industrial properties
- Created staging, logistics, and phasing plan for projects
- Determined of the cause, origin, and extent of structural failures, water intrusions, roof damage, construction defects and building system failures including envelope, roof, wall and glazing
- Developed project business plan
- Followed company's safety standards and site safety standards
- Inspected, documented, and oversaw construction activities
- Interacted with other professionals, clients, contractors, building officials, and general public
- Performed field exploration, inspection, and documentation
- Performed structural analysis and design calculations
- Prepared portions of client deliverables including field reports, calculation packages, drawings, specifications, letters, reports, cost estimates, and proposals
- Reviewed and interpreted building code requirements
- Supported conclusions by appropriate expert testimony in legal proceedings
- Utilized AutoCAD as required to support production of construction documents
- Utilized field measuring and testing equipment
- Worked with field management to generate job specific safety plan for projects