Bachelor's Degree in Civil Engineering Technologies/Technicians
This bachelor's degree in Civil Engineering Technologies trains students in technical skills for construction and infrastructure projects, preparing them for technician roles in engineering firms and public works.
About
The Bachelor's Degree in Civil Engineering Technologies is a four-year program in the United States designed for students interested in the technical aspects of civil engineering. It is aimed at those who want to work on the practical side of construction, infrastructure, and environmental projects. This degree prepares graduates to become civil engineering technicians who assist engineers by applying technical knowledge on-site and in offices.
- The program combines theoretical knowledge with hands-on skills related to construction materials, surveying, and design software.
- It is suitable for students who enjoy math, physics, and practical problem-solving.
- Graduates can work in engineering firms, construction companies, or public agencies involved in infrastructure development.
- The degree offers a pathway to technician roles that support civil engineers in planning, designing, and managing projects.
- It also provides foundational knowledge for further studies in engineering or related fields.
What you study
The curriculum covers a broad range of subjects over four years, gradually increasing in complexity and practical application. Students start with fundamentals and move towards specialized technical skills.
- Early courses focus on mathematics, physics, and basic engineering principles.
- Intermediate years introduce surveying techniques, construction materials, and CAD software for design and drafting.
- Later stages emphasize project management, structural analysis, and environmental considerations.
- Practical work includes laboratory sessions, field surveys, and use of industry-standard technology.
- Students often complete team projects simulating real-world engineering challenges.
- The program balances classroom learning with hands-on experience to prepare students for technical roles.
How to get in
Admission to this bachelor's degree in the US generally requires a high school diploma or equivalent, with a focus on science and math subjects. The process is managed by individual universities or colleges offering the program.
- Applicants usually submit transcripts, standardized test scores (optional in some institutions), and letters of recommendation.
- Some programs may require an interview or a statement of purpose explaining interest in civil engineering technologies.
- Strong skills in mathematics and science are important for success.
- The program is open to students who have completed secondary education and meet the institution's general admission criteria.
- Applicants with relevant technical experience or coursework may have an advantage.
Day to day
A typical academic year involves a mix of lectures, labs, and project work, with opportunities for internships or cooperative education. Students are expected to manage both theoretical and practical tasks.
- Classes often include lectures in the morning and laboratory sessions in the afternoon.
- Students work on group projects that simulate real engineering problems and require collaboration.
- Internships or summer placements in construction or engineering firms provide practical experience.
- Some programs offer cooperative education options, alternating study periods with work placements.
- Time management and teamwork are important skills developed during the program.
Careers this degree leads to
Graduates typically find roles as civil engineering technicians in various sectors related to construction and infrastructure. The job market generally offers steady opportunities for skilled technicians.
- Common roles include site technician, surveying assistant, and construction inspector.
- Employers include engineering consulting firms, construction companies, and government agencies.
- The work involves supporting engineers by collecting data, preparing reports, and ensuring project specifications are met.
- The demand for technicians is linked to ongoing infrastructure development and maintenance.
- Entry into the workforce is generally smooth for graduates with practical experience.
Careers after further study
These careers require a higher level of study than this degree.
Continuing your studies
After earning this bachelor's degree, students may choose to continue their education to deepen technical expertise or move towards engineering roles. Several options exist for further studies.
- Graduates can pursue a master's degree in civil engineering or related fields to become licensed engineers.
- Some may opt for specialized certifications in areas like construction management or environmental engineering.
- Transitioning to engineering bachelor's programs is possible but may require additional coursework.
- Continuing education helps expand career opportunities and technical knowledge.
Where to study this degree (33)
Liste des 33 établissements
- Oklahoma State University Institute of TechnologyOkmulgee
- Kennesaw State UniversityKennesaw
- University of Mount UnionAlliance
- Temple UniversityPhiladelphia
- Rochester Institute of TechnologyRochester
- Murray State UniversityMurray
- University of Houston - DowntownHouston
- SUNY Polytechnic InstituteUtica
- Metropolitan State University of DenverDenver
- University of North Carolina at CharlotteCharlotte
- Farmingdale State CollegeFarmingdale
- Fairmont State UniversityFairmont
- University of Maryland Eastern ShorePrincess Anne
- SUNY CantonCanton
- Youngstown State UniversityYoungstown
- Colorado State University PuebloPueblo
- Bluefield State CollegeBluefield
- Savannah State UniversitySavannah
- South Carolina State UniversityOrangeburg
- Montana State University–NorthernHavre
- Indiana State UniversityTerre Haute
- New England Institute of TechnologyEast Greenwich
- Point Park UniversityPittsburgh
- Texas Southern UniversityHouston
- Fairleigh Dickinson UniversityTeaneck
- Lincoln University - MissouriJefferson City
- University of MaineOrono
- University of Pittsburgh at JohnstownJohnstown
- Georgia Southern UniversityStatesboro
- United States Military AcademyWest Point
- University of Massachusetts LowellLowell
- Idaho State UniversityPocatello
- Alfred State CollegeAlfred
Frequently asked questions
What skills do I need to succeed in this program?
You should have a good understanding of math and science, especially physics, and be comfortable with technical drawing and computer tools. Practical problem-solving and teamwork are also important.
Can I work while studying this degree?
While the program is demanding, some students manage part-time jobs or internships related to civil engineering. However, alternating work and study periods is not commonly offered.
What kinds of projects will I work on during the degree?
You will participate in group projects that simulate real engineering challenges, such as designing structures, conducting surveys, and managing construction tasks.
Is this degree enough to become a licensed civil engineer?
No, this degree prepares you for technician roles. Becoming a licensed civil engineer requires further studies, typically a master's degree in civil engineering and professional certification.
Are internships part of the program?
Yes, many programs encourage or require internships to gain practical experience in construction or engineering firms, which helps with job readiness after graduation.
What kind of companies hire graduates from this degree?
Graduates are often hired by construction companies, engineering consulting firms, and public agencies involved in infrastructure projects.
Can I switch to a different engineering field after this degree?
It is possible to pursue further studies in related engineering fields, but you may need to complete additional courses depending on the program requirements.
Is the admission process competitive?
Admission is selective and generally requires a strong background in science and math, along with meeting the university's general admission standards.