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Overview

The purpose of Honours within the Discipline of Computational Design is to enable students who have performed well at undergraduate level to deepen their knowledge of design methods, literature and history by undertaking a significant research project. Honours is a means for connecting undergraduate study with supervised independent research by … For more content click the Read More button below.

Learning Outcomes

1.
Show an understanding of the processes required to achieve successful computational design work
  • Professionals
  • Scholars
2.
Demonstrate an understanding of current innovations in Computational Design
  • Leaders
  • Scholars
  • Professionals
3.
Review, analyse, consolidate and synthesise literature for critical inquiry and research practice within the discipline of Computational Design
  • Scholars
  • Professionals
4.
Demonstrate ability to analyse data and solve complex design problems
  • Scholars
  • Professionals
5.
Plan and execute project work and/or a piece of research and scholarship to a professional standard
  • Scholars
  • Global Citizens
  • Professionals
6.
Employ verbal and visual communication skills to present a clear and coherent exposition of knowledge and ideas to a variety of audiences
  • Leaders
  • Scholars
  • Global Citizens
7.
Apply relevant concepts from across materials science, computational manufacturing and robotics to inform 3D design investigations
  • Global Citizens
  • Scholars
  • Professionals
8.
Demonstrate autonomy, well-developed judgment, adaptability and responsibility as a novice researcher within the discipline of Computational Design.
  • Scholars
  • Professionals
  • Leaders
9.
Act ethically and responsibly
  • Professionals
  • Global Citizens
  • Leaders
10.
Contribute to ongoing innovation and creativity in the field of computational design
  • Scholars
  • Professionals
  • Leaders
  • Global Citizens

Graduate Capabilities

For more information on Graduate Capabilities please click on this link

Program Structure
48 Units of Credit:

Students must complete 48 UOC as a standalone program.

Core Courses

Students must take 18 UOC of the following courses.

CODE4100
12 UOC
Critical Review of the Literature
BENV4000
6 UOC
Research Methods in the Built Environment

Thesis

Students must take 18 UOC of the following courses.

CODE4200
18 UOC
Honours Thesis

Prescribed Electives

Students must take at least 12 UOC of the following courses.

Enrolment Disclaimer

Please note that this Handbook is a comprehensive catalogue of our offerings and includes courses that can be taken to satisfy program requirements irrespective as to their availability for a particular year. Availability of courses is best checked using filters on this site or on the class timetable site.

You are responsible for ensuring that you enrol in courses according to your program requirements and by following the advice of your Program Authority. myUNSW enrolment checks that you have met enrolment requirements such as pre-requisites for individual courses but not that you are enrolling in courses that will count towards your program requirements.

Sample Programs

To access sample program(s), please visit:
Computational Design (Honours)

Admission Requirements

Entry Requirements

For more information about admission requirements for various UNSW programs, visit the following website(s):
Domestic Students
International Student

Program Requirements

Progression Requirements

Pathways

Post Graduate

Doctor of Philosophy - PhD1120 - Built Environment
Master of Philosophy - MPhil2222 - Built Environment

Recognition of Achievement

University Medal

Honours Classes

Program Fees

At UNSW fees are generally charged at course level and therefore dependent upon individual enrolment and other factors such as student's residency status. For generic information on fees and additional expenses of UNSW programs, click on one of the following:

Domestic Students
Commonwealth Supported Students (if applicable)
International Students

Additional Expenses

All enrolled students will have to purchase and maintain their own laptop but can access specialist software as required and supported by their supervisor via Central IT services i.e. SPSS, NVIVO and the like. Students are encouraged to purchase the required text, which is currently Groat, L. N. & Wang, D. C. (2013) Architectural research methods. 2nd ed. New York :Wiley.

The Faculty will support students on a case-by-case basis upon application of a fully developed, substantiated and costed research proposal for up to $500.00 worth of materials to cover, fabrication, postage etc. as required.

Pre-2019 Handbook Editions

Access past handbook editions (2018 and prior)
Pre-2019 Handbook Editions