Access more honours and masters subjects online
Every year, AMSI Member universities around Australia broadcast Honours and Masters subjects over the Advanced Collaborative Environment (ACE) Network, enabling students and academics to participate remotely by videoconference.
Students
Want to take honours or masters subjects not available at your university or expand your current knowledge?
- Join lecturers and students in interactive videoconference classes in the mathematical sciences
- Open to students from Australian and New Zealand universities
- Third-year undergraduate and PhD students are welcome to enrol
- Enrolment is free for students from AMSI Member Universities and $500 for participants from a non-member university
- Subjects may be taken for credit with the permission of your university (discuss with your honours/masters coordinator)
Read the subject guides and take the pre-enrolment quizzes below to find out about the level of foundational knowledge required for each subject.
Lecturers
Interested in teaching honours or masters subjects over the AMSI ACE Network?
We’re seeking proposals for staple and varietal subjects. Staple subjects cover topics identified as priorities, and are intended to run on a yearly recurring basis. There is no requirement that they be offered by the same institution each year. Varietal subjects cover topics of interest to the community, and you’re welcome to nominate your own.
In recognition of the hard work that goes into producing quality honours and masters subjects, AMSI will provide lecturer payments of $1500 (subject to external students being enrolled post-census date, allocated to the most highly prioritised offerings).
Convenors
Get your department and students involved in the AMSI ACE Network today!
- Encourage your lecturers to open their honours and masters subjects to external students over the AMSI ACE Network
- Promote the AMSI ACE subjects to your students and encourage them to enrol
- Refer to the subject guides when determining if your students can sit an ACE subject/s for credit towards their degree
2023 Subject Timetable
Core subjects are offered on a continuing basis. Topics covered are mathematical coding, numerical analysis, statistical consulting, complex analysis, mathematical biology & optimisation.
Click on the pre-enrolment quizzes below to find out more about the level of foundational knowledge required for each subject.
Semester One
| SUBJECT | LECTURER | HOST UNIVERSITY | TEACHING DATES | ENROLMENT DEADLINE | TIMETABLE | MORE INFORMATION | PRE-ENROLMENT QUIZ | |
|---|---|---|---|---|---|---|---|---|
| CORE SUBJECT | Martingales | Andrea Collevecchio Gregory Markowsky | Monash University | 27/02/2023-26/05/2023 | TBA | Mon 3-4:30pm AEDT | Subject Guide | Take the Quiz |
| CORE SUBJECT | Mathematical modelling in ecology | Michael Bode | Queensland University of Technology | 27/02/2023- 29/05/2023 | 25/03/2023 | Thur 10am-1pm AEDT | Subject Guide | Take the Quiz |
| CORE SUBJECT | Statistical Learning | Robert Cope | University of New England | 27/02/2023-9/06/2023 | Enrolments closed 3/03/2023 | Mon 3-5pm AEDT Wed 10-11am AEDT Thur 10-11am AEDT | Subject Guide | Take the Quiz |
| Arbitrage Pricing in Continuous Time | Zhou Zhou | The University of Sydney | 20/02/2023-26/05/2023 | 31/03/2023 | Mon 11am-1pm AEDT Wed 11am-1pm AEDT | Subject Guide | Take the Quiz | |
| Computational Mathematics | Georg Gottwald | The University of Sydney | 20/02/2023-15/06/2023 | TBA | Mon 2-4pm AEDT Wed 11am-12pm AEDT Wed 1-2pm AEDT | Subject Guide | Take the Quiz | |
| Differential Geometry | Paul Bryan | Macquarie University | 20/02/2023-20/06/2023 | TBA | Thur 11am-1pm AEDT Tue 1-3pm AEDT | Subject Guide | Take the Quiz | |
| Permutation groups | Michael Giudici | The University of Western Australia | 27/02/2023-26/05/2023 | Enrolments closed 3/03/2023 | Mon 10am-12pm AWST Thur 1-2pm AWST | Subject Guide | Take the Quiz | |
| Probability and Martingale Theory | Beniamin Goldys | The University of Sydney | 20/02/2023-26/06/2023 | Enrolments closed 3/03/2023 | Thur 9-10am AEDT Thur 2-3pm AEDT Fri 11am-1pm AEDT | Subject Guide | Take the Quiz | |
| Algebraic Number Theory | Florian Breuer | The University of Newcastle | 20/02/2023-26/05/2023 | Enrolments closed 20/02/2023 | Fri 11am-1pm AEDT | Subject Guide | Take the Quiz |
Semester Two
| SUBJECT | LECTURER | HOST UNIVERSITY | TEACHING DATES | TIMETABLE | ENROLMENT DEADLINE | MORE INFORMATION | PRE-ENROLMENT QUIZ | |
|---|---|---|---|---|---|---|---|---|
| CORE SUBJECT | Computational Thinking with Python | Wencheng Yang | University of Southern Queensland | 11/07/2023-14/10/2023 | TBA | TBA | Subject Guide | Take the quiz |
| Fields & Modules | Daniel Stevenson | The University of Adelaide | 24/06/2023-27/10/2023 | TBA | TBA | Subject Guide | Take the Quiz | |
| CORE SUBJECT | Advanced Numerical Analysis | Bishnu Lamichhane | The University of Newcastle | TBA | TBA | TBA | Subject Guide | Take the quiz |
| CORE SUBJECT | Mathematical Epidemiology | Stephen Davis | RMIT University | TBA | TBA | TBA | Subject Guide | Take the quiz |
| Introduction to Nonlinear PDEs | Mike Meylen | The University of Newcastle | 17/07/2023-20/10/2023 | TBA | TBA | Subject Guide | Take the quiz | |
| Introduction to Stochastic Analysis | Beniamin Goldys | The University of Sydney | TBA | TBA | TBA | Subject Guide | Take the Quiz | |
| Statistical & Time-Series Analysis of Climate Variables | John Boland | University of South Australia | TBA | TBA | TBA | Subject Guide | Take the quiz | |
| CORE SUBJECT | Statistical Consulting | Marijka Batterham | University of Wollongong | TBA | TBA | TBA | Subject Guide | Take the quiz |
| Partial Differential Equations | Zihua Guo | Monash University | TBA | TBA | TBA | Subject Guide | Take the Quiz |
Past ACE Network Subjects
2022
| SEMESTER ONE | |||
| Subject | Lecturer | Host university | |
| Methods and Theory of Modern Optimisation* | Scott Lindstrom & Andrew Eberhard | Curtin University & RMIT University | |
| Statistical Learning | Brenda Vo | University of New England | |
| C*-Algebras | Aidan Sims | University of Wollongong | |
| Random Matrix Theory | Mario Kieburg | The University of Melbourne | |
| Arbitrage Pricing in Continuous Time | Zhou Zhou | The University of Sydney | |
| Mathematical Modelling in Ecology* | Michael Bode | Queensland University of Technology | |
| Metric Spaces | Daniel Daners | The University of Sydney | |
| Applied Computational Mathematics | Georg Gottwald | The University of Sydney | |
| Probability and Martingale Theory | Alexander Fish & Beniamin Goldys | The University of Sydney | |
| SEMESTER TWO | |||
| Subject | Lecturer | Host university | |
| Computational Thinking with Python* | Wencheng Yang | University of Southern Queensland | |
| Advanced Numerical Analysis* | Bishnu Lamichhane | University of Newcastle | |
| Topological Groups | George Willis | The University of Newcastle | |
| Mathematical Epidemiology* | Stephen Davis | RMIT University | |
| Statistical Consulting* | Marijka Batterham | University of Wollongong | |
| Introduction to Nonlinear PDEs | Mike Meylan | University of Newcastle | |
| Statistical & Time-Series Analysis of Climate Variables | John Boland | University of South Australia | |
| Lagrangian and Hamiltonian Dynamics | Holger Dullin | The University of Sydney | |
| Complex Analysis* | Gregory Markovsky | Monash University | |
| Topological Groups | George Willis | University of Newcastle | |
2021
| SEMESTER ONE | |||
| Subject | Lecturer | Host university | |
| Advanced Data Analysis | Thomas Suesse | University of Wollongong | |
| Asymptotic and Perturbation Methods for Ordinary and Partial Differential Equations | Justin Tzou | Macquarie University | |
| Convex Optimisation* | Matthew Tam | The University of Melbourne | |
| Elliptic PDEs from an Elementary Viewpoint | Serena Dipierro & Enrico Valdinoci | The University of Western Australia | |
| Functional Analysis | Daniel Daners | The University of Sydney | |
| Mathematical Modelling in Ecology* | Michael Bode | Queensland University of Technology | |
| Networks and High-Dimensional Inference | Eduardo Altmann & Lamiae Azizi | The University of Sydney | |
| Statistical Consulting* | David Steel | University of Wollongong | |
| SEMESTER TWO | |||
| Subject | Lecturer | Host university | |
| Abstract Algebra | Bea Bleile | University of New England | |
| Advanced Numerical Analysis | Bishnu Lamichhane | University of Newcastle | |
| Categorical Data Analysis | Eric Beh | University of Newcastle | |
| Computational Thinking with Python* | Tianning Li | University of Southern Queensland | |
| Distribution Theory | Robert King | University of Newcastle | |
| Nonlinear PDEs | Mike Meylan | University of Newcastle | |
| Introduction to PDEs | Zihua Guo | Monash University | |
| Lagrangian and Hamiltonian Dynamics | Holger Dullin | The University of Sydney | |
| Mathematical Epidemiology | Stephen Davis | RMIT University | |
| Optimisation for Deep Learning* | Nadezda Sukhorukova, Julien Ugon & Vera Roshchina | Swinburne University of Technology, Deakin University & UNSW | |
| Topological Groups | George Willis | University of Newcastle | |
2020
| SEMESTER ONE | ||
| Subject | Lecturer | Host University |
| Advanced Data Analysis | Thomas Suesse | University of Wollongong |
| Advanced Topics in Cryptography | Serdar Boztas | RMIT University |
| Applied Mathematical Modelling | Peter Kim | The University of Sydney |
| Modern Methods of Theoretical Modelling | Snezhana Abarzhi | The University of Western Australia |
| Networks and High-Dimensional Inference | Eduardo Altmann | The University of Sydney |
| Nonlocal Diffusion, Theory and Applications | Serena Dipierro | The University of Western Australia |
| Real Analysis and Measure Theory | Enrico Valdinoci | The University of Western Australia |
| Statistical Consulting | David Steel | University of Wollongong |
| Theory of Statistics | Paul Kabaila | La Trobe University |
| SEMESTER TWO | ||
| Subject | Lecturer | Host University |
| Advanced Numerical Analysis | Bishnu Lamichhane | The University of Newcastle |
| Algebraic Number Theory | Florian Breuer | The University of Newcastle |
| Complex Analysis | Greg Markowsky | Monash University |
| Computational Thinking with Python | Shelly Grist | University of Southern Queensland |
| Mathematical Biology | Stephen Davis | RMIT University |
| Optimisation for Deep Learning | Nadezda Sukhorukova | Swinburne University |
| Symmetry of Integrable Equations | Yang Shi | Flinders University |
| Vector Calculus and Mathematical Modelling of Fluid Flows | Sergey Suslov | Swinburne University |
2019
| SEMESTER ONE | ||
| Subject | Lecturer | Host University |
| Advanced Data Analysis | Pavel Krivitsky | University of Wollongong |
| Advanced Topics in Cryptography | Serdar Boztas | RMIT University |
| Algebra: Advanced Group Theory | Michael Giudici | The University of Western Australia |
| Asymptotic Methods and Perturbation Theory | Sharon Stephen | The University of Sydney |
| C*-Algebras | Aidan Sims | University of Wollongong |
| Introduction to Valued Fields | Florian Breuer & George Willis | The University of Newcastle |
| Random Graphs vs. Complex Networks | Eduardo Altmann | The University of Sydney |
| Statistical Consulting | David Steel | University of Wollongong |
| Subject | Lecturer | Host University |
| Theory of Statistics | Paul Kabaila | La Trobe University |
| SEMESTER TWO | ||
| Subject | Lecturer | Host University |
| A Gentle Introduction to Partial Differential Equations | Enrico Valdinoci | The University of Western Australia |
| Advanced Numerical Analysis | Bishnu Lamicchane | The University of Newcastle |
| Computational Thinking with Python | Shelly Grist | University of Southern Queensland |
| Geometry and Symmetry of Nonlinear Integrable Equations | Yang Shi | Flinders University |
| Measure Theory and Integration (formerly Measure, Integral and Probability) | Marianito Rodrigo | University of Wollongong |
| Methods and Theory of Modern Optimisation | Andrew Eberhard | RMIT University |
| Nonlinear Control and Estimation | Chris Kellett | The University of Newcastle |
| Optimal Transportation and Monge-Ampère Equations | Jiakun Liu | University of Wollongong |