CRICOS CODE: 105235H
The Advanced Diploma of Civil Construction Design is a 1-year course offered by SITS College, which reflects the role of an individual who works as a senior civil works designer, offering support to professional engineers. Our graduates will obtain the competencies necessary to undertake tasks that are broad, specialised, complex, and technical, and include strategic areas and initiating activities. The skills and knowledge graduates acquire from industry experts can be applied to varied job roles, projects, and real-world technical problems.
At SITS College, you will learn to work on projects ranging from residential and industrial buildings to intricate road designs as you expand your study of the design and construction of civil works. This nationally recognised course incorporates a range of engineering specialties to extend student knowledge as they plan, design, develop and manage construction and repair projects.
Career Outcomes:
Graduates are responsible for the design of complex projects to ensure the implementation of the client’s site requirements and are required to demonstrate the self-directed application of theoretical and technical knowledge and initiate solutions to technical problems or management requirements.
Campus/Delivery Locations
Licensing/Regulatory Information
Licensing, legislative, regulatory and certification requirements that apply to this qualification can vary between states, territories and industry sectors. Users must check requirements with relevant body before applying the qualification.
1 Year | Only after completing RII50520 Diploma of Civil Construction Design
After achieving RII60520 - Advanced Diploma of Civil Construction Design, individuals could progress to Bachelor of Engineering (Civil). Please note that SITS College does not deliver this qualification.
Entry Requirement - Packaged Pathway
This qualification is delivered as a 1-year packaged program pathway. In accordance with Engineers Australia (EA) requirements, students must successfully complete the RII50520 Diploma of Civil Construction Design as a prerequisite for entry into the Advanced Diploma.
SITS College applies the following admission requirements
Pre-training Review:
SITS College’s policies seek to remove barriers within the learning and assessment processes, and to place individuals with specific needs into an appropriate course. SITS College is responsible for obtaining enrolment details in full (as outlined on the Enrolment Application Form) and to ensure that information pertaining to individual learning requirements is provided to participants prior to enrolment. A Pre-Training Review will be done during the application process in accordance with the applicant’s provided information. This review relates to each learner’s previous education, training and work experience. This review is conducted to determine if there is a need to recognise existing competencies through Recognition of Prior Learning (RPL) and / or Credit for prior studies.
Recognition of Prior Learning or Credit Transfer approval will shorten the length of the course. Please refer to Pre-Training Review Policy and Procedure.
Language, Literacy and Numeracy Test (LLN Test):
Applicants will need to undertake LLN test and demonstrate the required ACSF level for this qualification to gain entry into this qualification. It will be conducted at the same time as the pre-training review.
If the applicant cannot complete the LLN test satisfactorily, they will be provided with support, (within the scope of SITS College). If the support required for the applicant does not fall within the scope of SITS College, the applicant will be asked to take further Language, literacy and numeracy training e.g. English Language Intensive Course for Overseas Learners (ELICOS) programs with some other institute at additional cost. SITS College will not charge any referral fees.
SITS College Admission requirements
| Unit Code | Unit Name |
|---|
| BSBPMG632 | Manage program risk |
| BSBTWK502 | Manage team effectiveness |
| BSBWHS616 | Apply safe design principles to control WHS risks |
| RIICWD601E | Manage civil works design processes |
| RIIQUA601E | Establish and maintain a quality system |
| RIICWD509E | Prepare detailed design of urban roads |
| RIICWD534E | Prepare detailed design of civil steel structures |
| BSBPMG531 | Manage project time |
| BSBPMG532 | Manage project quality |
| RIICWD507D | Prepare detailed geotechnical design |
| RIICWD533E | Prepare detailed design of civil concrete structures |
| RIILAT402E | Provide leadership in the supervision of diverse work teams |
Graduate Vocational Outcomes
| Vocational Outcome | Graduate Capability |
|---|---|
|
1
Advanced Civil Engineering Knowledge and Technical Analysis
|
Apply broad, specialised and integrated civil engineering knowledge to interpret design briefs, site and investigation data, drawings, specifications, standards and technical constraints; undertake and verify engineering calculations and analysis for complex but defined civil design tasks. |
|
2
Detailed Civil Design and Engineering Application
|
Develop, compare, refine and document technically compliant and constructible civil design solutions using systematic engineering methods. Apply appropriate standards, safety-in-design, sustainability, risk, quality and constructability considerations to structural, geotechnical, road and related civil works. |
|
3
Civil Engineering Drafting, Modelling and Technical Documentation
|
Produce, review and coordinate professional civil engineering drawings, models, calculations, specifications, design reports and other technical documentation using appropriate CAD, modelling and digital engineering tools. Translate engineering design information into accurate documentation suitable for review, approval and implementation. |
|
4
Civil Engineering Technician Practice, Design Coordination and Project Delivery
|
Perform civil engineering technician and para-professional functions by supporting design development, technical investigations, design reviews, implementation and project delivery; coordinate design information, schedules, quality systems, risk controls and multidisciplinary inputs while working with professional engineers and other stakeholders. |
|
5
Professional Practice, Leadership, Communication and Accountability
|
Communicate complex engineering and project information effectively in written, oral, graphical and digital forms; work independently and collaboratively; provide leadership within defined responsibilities; exercise ethical and professional judgement; and demonstrate accountability for safety, quality, compliance, continuous improvement and professional development. |
|
6
Engineering Associate Development and Occupational Alignment
Pathway
|
Integrate civil engineering design, drafting, technical analysis, risk, quality and project management through practical and capstone projects. Demonstrate engineering judgement and professional competencies aligned with Engineers Australia Stage 1 Engineering Associate standards, supporting occupational outcomes as Civil Engineering Draftsperson (ANZSCO 312211) and Civil Engineering Technician (ANZSCO 312212) upon completion of the packaged Diploma and Advanced Diploma pathway. |