8 Practical Checks for an Online Civil Engineering Degree 

1. Check Recognition Against Your Career Goal 

Start with the exact qualification. In Australia, TEQSA’s National Register lets you check higher education provider registration and, where applicable, course accreditation. Professional engineering accreditation is a separate check. 

Also establish which career category the degree supports. The Washington Accord concerns professional engineering qualifications; the Sydney Accord concerns engineering technologist qualifications. These represent different educational pathways. 

Ask which status applies to your course, delivery mode and intake. If you intend to work overseas, check the requirements with the relevant local authority before enrolling. 

2. Look Beneath the Subject Names 

A subject called “structural design” tells you little about what you will actually learn. Request unit outlines and look for the foundations behind engineering decisions. 

These include mathematics, materials, how forces act on structures, how soil supports foundations, and how water moves through pipes and channels. 

For example, EIT’s online Bachelor of Science (Civil and Structural Engineering) includes structural analysis, soil mechanics, hydraulics and design subjects. 

If you have been away from study, check entry requirements and available preparation.

Construction experience can provide useful context, but you still need confidence with calculations. 

3. Find Out How Practical Learning Works 

Civil engineering involves testing, measuring and interpreting results. Ask what you will do yourself during practical activities. 

A virtual laboratory uses software to model an experiment or engineering system. A remote laboratory provides online access to physical equipment. EIT’s practical learning approach uses both, alongside other applied activities. 

Check which exercises your specific degree includes, whether workshops require travel, and how industry experience is organised. 

EIT’s civil bachelor’s degree requires 240 hours of work-integrated learning. Ask which activities qualify, what evidence is required, and who arranges them. 

4. Calculate the Weekly Commitment 

Online study removes the commute, but assignments, calculations and projects still take time. 

Request an estimate covering the whole workload, including tutorials, independent study and assessments. EIT’s civil bachelor’s course page estimates approximately 10 hours per week for each unit. Two units would therefore mean roughly 20 hours, using that estimate. 

Put those hours into an ordinary working week. Include family responsibilities and leave room for deadlines. 

Confirm live-session times, attendance requirements and part-time options. Recordings are useful, but check whether watching them satisfies attendance rules. 

5. Check How You Can Get Help 

Imagine getting stuck halfway through a foundation calculation. How would you reach someone who can explain the next step? 

Ask about lecturer access, question forums, feedback turnaround and support across time zones. Clarify who handles academic questions and who helps with administrative or technical problems. 

For instance, EIT’s online delivery model includes live interactive tutorials and Learning Support Officers. 

Also ask how students collaborate. Discussing a design with classmates gives you practice explaining assumptions, comparing approaches and responding to questions. 

6. Examine What Assessments Require 

Ask for an assessment outline or a sample task. Look for opportunities to demonstrate calculations, interpret results, prepare drawings and explain design choices. 

A useful example would be comparing two beam options and justifying a recommendation using strength, cost and construction considerations. 

Check how individual understanding is assessed within group projects, and how the final project brings subjects together. 

Confirm examination arrangements too: time zones, supervision, permitted resources and procedures for connection failures. Knowing these requirements early helps you prepare your study space and schedule. 

7. Test Your Technology Setup 

A laptop that handles video calls may still struggle with engineering software. Check the required operating system, memory, internet connection and examination equipment. 

Ask whether software runs on your computer or through remote access, whether licences are included, and when access begins. 

EIT’s hardware and software guidance identifies requirements for online learning, laboratory access and supervised examinations. 

If you plan to study through a work computer, check whether your employer permits the necessary installations and connections. Request a platform demonstration or connection test before classes begin. 

8. Work Out the Full Cost 

Request a written fee breakdown covering the complete qualification and any likely additional charges. 

Check software, equipment, workshops, travel, accommodation and time away from paid work. Ask about payment schedules, repeat-unit charges and withdrawal deadlines. EIT’s fees page separates tuition information from supplementary charges. 

If you have relevant qualifications or experience, ask whether credit is available and what an assessment costs. Obtain the decision before relying on a shorter study period. 

The practical test is whether you can explain your choice: what the degree leads towards, how you will learn, and how you will sustain the commitment. Bring unanswered questions to a course adviser before making that decision.