The RII50520 Diploma of Civil Construction Design equips students with the advanced design and technical skills required for careers in civil engineering and infrastructure planning. Learners will gain the ability to conceptualise, design, and evaluate civil projects across multiple environments.
This qualification reflects the role of professionals who apply specialised design knowledge and technical expertise to manage civil construction projects.
Students will learn to:
Design roadways, tunnels, and pavements
Produce 2D and 3D CAD models
Analyse and interpret engineering data
Ensure compliance with environmental and safety standards
Graduates will be capable of planning and implementing innovative design solutions that meet complex project requirements.
This qualification is delivered over 52 weeks (1 year / 4 terms), including 40 study weeks and 12 weeks of holidays.
Delivered face-to-face in a classroom and simulated project environment. Learners will work on real-world case studies using computer-aided design (CAD) software and other professional tools.
12 Pritchard Street East, Wentworthville NSW 2145
| Unit Code | Unit Title | Core / Elective |
|---|---|---|
| MEM23004A | Apply technical mathematics | Elective D |
| MEM30012A | Apply mathematical techniques in a manufacturing engineering or related environment | Elective D |
| MEM23109 | Apply engineering mechanics principles | F. Elective |
| MEM30005A | Calculate force systems within simple beam structures | Elective D |
| MEM30006A | Calculate stresses in simple structures | Elective D |
| RIICRC404E | Inspect and report on pavement condition | Elective D |
| RIIMPO402D | Apply the principles of earthworks construction | Elective D |
| RIILAT402E | Provide leadership in the supervision of diverse work teams | Elective D |
| CPPCOM4001 | Manage own work, professional development and ethical behaviour | F. Elective |
| MEM30031A | Operate computer-aided design (CAD) system to produce basic drawing elements | Elective B |
| MEM30033A | Use computer-aided design (CAD) to create and display 3D models | Elective B |
| CPPBDN6106 | Produce building information modelling for building design projects | F. Elective |
| RIICWD501E | Prepare detailed design of foundations | Elective C |
| RIICWD508E | Prepare detailed design of rural roads | Elective C |
| RIICWD520E | Prepare detailed design of rigid pavements | Elective C |
| RIICWD525E | Select pavement surfacing | Elective C |
| RIICWD532E | Prepare detailed design of tunnels | Elective C |
| BSBPEF501 | Manage personal and professional development | Group A |
| BSBSTR601 | Manage innovation and continuous improvement | Group A |
| BSBPMG537 | Manage project procurement | Group A |
Age Requirements
Students must be 18 years or above at the commencement of the course.
Academic Requirements
Completion of Year 12 or equivalent, or relevant experience in the civil or construction field.
English Language Requirements
IELTS (Academic) score of 5.5 or equivalent (TOEFL IBT 46, PTE Academic 42).
Alternatively, 5 years of full-time study in an English-speaking country.
Written/Oral Questions
CAD Design Projects
Case Studies and Reports
Presentations
This qualification provides a pathway to higher studies in civil engineering and construction management.
Career Outcomes:
Civil Construction Designer
Project Engineer Assistant
Civil Drafter
Learners will be able to have their competency from prior learning and work experience recognised in this qualification through the following arrangements:
Credit Transfer
Students with equivalent completed units may apply for direct credit transfer.
Recognition of Prior Learning
Learners with prior work experience or informal learning may apply for RPL to shorten study duration.
Upon completion, students will be awarded the RII50520 Diploma of Civil Construction Design and a Record of Results. Students who do not complete all units will receive a Statement of Attainment for units achieved.
Application Fee
$250 (non-refundable)
Tution Fee
$20,000
Material Fee
$2000
Application Form
Application Form
