Course Overview
The Advanced Diploma of Civil and Structural Engineering develops the specialized technical knowledge and practical skills required for paraprofessional and engineering associate roles across the construction, infrastructure, manufacturing and resource sectors. It prepares graduates to contribute to planning, design, analysis, documentation and project coordination in residential, commercial, industrial and infrastructure settings.
Students learn to apply engineering principles, analyze civil and structural systems, evaluate technical solutions and undertake design activities using established engineering methods, standards and tools. The program covers structural analysis and design, reinforced concrete and steel detailing, civil infrastructure design, surveying, construction principles, geotechnical engineering, fluid mechanics and engineering mathematics. Students also develop skills in computer-aided drafting (CAD), 3D modelling and Building Information Modelling (BIM)
Through engineering software applications and project-based learning, students strengthen their problem-solving, technical judgement, communication and teamwork skills. Graduates are equipped to exercise initiative and judgement within their scope of responsibility, prepare technical documentation and contribute to safe, efficient and sustainable engineering projects.
Course Benefits:
- Develop specialized skills in civil and structural engineering technologies.
- Gain practical insights from experienced industry professionals.
- Build global engineering and industry connections.
- Strengthen career prospects and pathways to further study.
- Earn an AQF Level 6 qualification internationally recognised under the Dublin Accord.
Upon completion, students should be able to:
- Apply effective design, drawing, testing and surveying techniques to civil and structural projects.
- Analye project requirements using appropriate mathematics and physics computations.
- Identify relevant properties of key aspects in the physical environment and in materials associated with projects.
Program Details
This practical program combines applied engineering knowledge with real-world applications, ensuring every aspect of the theory is linked to practical outcomes. Eight integrated learning threads provide comprehensive coverage of civil and structural engineering, including environmental issues, engineering technologies, engineering drawing, 2D and 3D CAD design, building materials, roads, pavement, structural steel and reinforced concrete, drainage, soil engineering, water supply and sewerage, construction sites, surveying, infrastructure engineering, and engineering management.
Delivered by highly experienced engineers, the program emphasises practical learning through live and interactive online webinars supported by remote and virtual laboratories, simulation software, and industry-relevant engineering tools, ensuring graduates develop the technical knowledge and practical skills valued by employers worldwide.
The VET Student Loan program is available for this course for eligible Australian students. Click here to find out more
To achieve this qualification, students must successfully complete the 35 units listed below, which provide comprehensive knowledge and practical skills in civil and structural engineering.
| Module/Unit Code | Module/Unit Title | Duration |
| DCSBCE602 | Use basic CAD in engineering | 2 Weeks |
| DCSGRE603 | Use graphics in engineering | 2 Weeks |
| DCSBME631 | Use basic mathematics in engineering | 6 Weeks |
| DCSCON632 | Use construction in engineering | 2 Weeks |
| DCSPHY633 | Use physics in engineering | 3 Weeks |
| DCSSTA634 | Use statics in engineering | 3 Weeks |
| DCSMAT608 | Use materials in engineering | 2 Weeks |
| DCSOEE635 | Operate in an engineering environment | 3 Weeks |
| DCSENV636 | Use basic environmental concepts in engineering | 2 Weeks |
| DCSMTH637 | Use mathematics in engineering | 6 Weeks |
| DCSBSD611 | Produce basic steel drawings | 2 Weeks |
| DCSBSE612 | Use basic soils in engineering | 2 Weeks |
| DCSBFE613 | Use basic fluids in engineering | 2 Weeks |
| DCSSUR614 | Use surveying in engineering | 2 Weeks |
| DCSSOM638 | Use strength of materials in engineering | 2 Weeks |
| DCSCAD616 | Use CAD in engineering | 2 Weeks |
| DCSBCD617 | Produce basic concrete drawings | 2 Weeks |
| DCSBIM639 | Use building information modelling (BIM) technology for a project | 3 Weeks |
| DCSBSA640 | Use basic structural analysis in engineering | 6 Weeks |
| DCSSOL623 | Use soils in engineering | 2 Weeks |
| DCSFLE624 | Use fluids in engineering | 2 Weeks |
| DCSCAE627 | Use 3D CAD in engineering | 2 Weeks |
| VU23936 | Produce drawings to enable road construction | 3 Weeks |
| VU23964 | Produce advanced engineering drawings for a reinforced concrete structure | 2 Weeks |
| VU23965 | Produce advanced engineering drawings for a steel structure | 2 Weeks |
| VU23952 | Produce an engineering design for drainage pipes and culverts | 6 Weeks |
| VU23963 | Produce an engineering design for a stormwater reticulation scheme | 3 Weeks |
| VU23954 | Produce an engineering design for a sewerage reticulation scheme | 2 Weeks |
| VU23959 | Produce an engineering design for a steel structure | 3 Weeks |
| DCSASS642 | Produce an advanced engineering design for a steel structure | 3 Weeks |
| VU23957 | Produce an engineering design for a reinforced concrete structure | 2 Weeks |
| VU23953 | Produce an advanced engineering design for a reinforced concrete structure | 3 Weeks |
| DCSPEP619 | Apply professional engineering practice | 4 Weeks |
| GREECP813 | Undertake capstone project | 3 Weeks |
As engineering paraprofessionals, graduates will be able to:
- Apply effective design, drawing, testing and surveying techniques to civil and structural projects
- Analyse project requirements using appropriate mathematics and physics computations
- Identify relevant properties of key aspects in the physical environment and in materials associated with projects
- Evaluate typical contemporary issues in civil and structural engineering
- Formulate engineering solutions to typical scenarios related to civil and structural engineering
- Implement and utilise engineering solutions to diverse fields in any organization
- Analyse, diagnose, plan, design and execute solutions with respect to urban roads, storm water and reticulation schemes, steel structures and reinforced concrete structures
- Prepare complex technical information and concepts to plan, communicate and implement solutions to a range of engineering environments and contexts
- Integrate and solve interdisciplinary engineering systems
- Manage complex projects on time and within budget
- Manage self-autonomy within an organization, to achieve objectives that have outputs based on engineering applications.
Applicants must satisfy either Option 1 or Option 2, and the English language requirements.
Option 1:
- Australian Year 12 or Cert III trade qualification (or equivalent) in a related field;
AND
- They must have at least 2 years’ work experience in a related field.
Option 2:
- At least 4 years’ work experience in a related field.
AND
- Approval of an application for Credit to Entry **
English Language Requirements:
(Applicable to both Option 1 and Option 2):
- Australian Senior Certificate of Education (or equivalent), including a pass in English; OR
- IELTS (academic) with an overall score of 6.0 and no band below 5.0, or an equivalent approved English language test; OR
- Successful completion of a qualification delivered in English by EIT, or another recognized tertiary institution.
NOTE: All applications will be assessed on a case by case basis.
For full current fees in your country go to the drop down filter at the top of this page or visit the Fees page.
VET Student Loan (VSL) Program is available for this course:
VSL approved course, maximum tuition fee for Australian students: AUD $15,421.00
This means eligible students can use a VET Student Loan to pay their tuition fees up to a maximum loan cap amount, to be repaid through the Australian Taxation System.
If you have been approved for a VET Student Loan, the borrowed amount will be incurred as a debt that is repayable to the Commonwealth government.
Click here to learn more about your eligibility and applying for VET Student Loan (VSL) on this course.
Payment Methods
Learn more about payment methods, including payment terms & conditions and additional non-tuition fees.
This qualification is accredited within the Australian Qualifications Framework (AQF) by the Training Accreditation Council (TACWA). EIT is a Registered Training Organisation (RTO 51971) regulated by the Australian Skills Quality Authority (ASQA) and delivers this qualification globally.
This qualification is classified at Australian Qualification Framework (AQF) Level 6.
This qualification is also accredited by Engineers Australia under the Dublin Accord. Through the International Engineering Alliance (IEA), the qualification is recognized by participating accord signatories, supporting international recognition in member countries.
View Engineers Australia accreditation details.
Find out more about country-specific accreditation and professional recognition.
- Civil And Structural Engineering Draftsperson
- Civil Engineering Associate
- Structural Detailing Technician
- CAD/BIM Technician
- Civil Construction Project Coordinator
Program leader for this program is Dr Ana Evangelista.
Our courses are delivered by experienced engineers and technical experts from around the world. Many have tackled real-world engineering challenges and bring practical, applied knowledge directly into the classroom.
We draw from a global pool of instructors and lecturers across our organization. Explore our full team of expert educators on the Instructors & Lecturers page here.
Please note: Not all lecturers and instructors listed on this page will teach every course. The team teaching your course will be confirmed as part of your course enrolment.
This course may use the following software:
- AutoCAD
- Ftool / MDSolids
- GanttProject
- PhET – Colorado edu
- Project Risk Analysis
- Autodesk Revit
- SAP2000
- WBS Chart
Due to ongoing unit and course reviews, software may change from the list provided.
Learn more about the Practical Learning at EIT here.
This advanced diploma is typically completed over 24 months. You should expect to spend approximately 10-15 hours per week attending webinars, studying course materials, and completing assessments. Following enrolment, students have a maximum of five years to complete the qualification.
Application Deadline:
You must submit your application at least one week before the start date to be considered for your desired intake.
Census Dates:
A census date is the date at which an enrolment is considered to be final. Any withdrawal you make after the study period census date will incur an academic penalty (for example, a fail grade) and a financial penalty (for example, no refund of your student contribution or tuition fees). See our current census dates.
DCS22 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS23 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS24 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS25 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS26 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS27 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS28 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS29 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS30 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS31 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS32 – 52873WA Advanced Diploma of Civil and Structural Engineering
DCS33 – 52873WA Advanced Diploma of Civil and Structural Engineering
Any student has a right to appeal a decision of the Engineering Institute of Technology (EIT) or any member of the institute’s staff. EIT has a comprehensive Policy on Appeals and Grievances to assist students.
