Liam O'Connor › Curriculum vitæ › Teaching [loc-0007]
The following teaching engagements were/are all at the Australian National University:
| 2026 | Structured Programming. Lecturer Convenor. |
| 2025 | Programming as Problem Solving. Lecturer Convenor. |
The following teaching engagements were all at the University of Edinburgh:
| 2024 | Domain Theory (TypeSIG) (15 students). Invited Lecturer. |
| Modelling Concurrent Systems (30 students). Lecturer Convenor, Tutor. | |
| 2023 | Introduction to Theoretical Computer Science (40 students). Lecturer Convenor. |
| Discrete Mathematics and Probability. Tutor. | |
| 2022 | Introduction to Theoretical Computer Science (20 students). Lecturer Convenor. |
| Informatics 1A. Tutor. | |
| 2021 | Introduction to Theoretical Computer Science (35 students). Lecturer, Tutor. |
| Informatics 1A. Tutor. | |
| 2020 | Informatics 1A. Tutor Supervisor. |
The following teaching engagements were all at UNSW Sydney:
| 2020 | Concepts of Programming Languages (190 students). Lecturer. |
| Foundations of Concurrency (28 students). Lecturer Convenor. | |
| Software System Design and Implementation (308 students). Lecturer Convenor. | |
| Algorithmic Verification (18 students). Lecturer Convenor. | |
| System Modelling and Design. Course Administrator. | |
| 2019 | Concepts of Programming Languages (111 students). |
| 100% teacher satisfaction. 95.1% course satisfaction. | |
| Software System Design and Implementation (196 students). Lecturer Convenor. | |
| 97.3% teacher satisfaction. 93.9% course satisfaction. | |
| 2018 | Concepts of Programming Languages (96 students). Lecturer Convenor, Tutor. |
| 98.1% teacher satisfaction. 100% course satisfaction. | |
| System Modelling and Design. Tutor (6 tutorials), Relief Lecturer. | |
| 94.1% teacher satisfaction. | |
| Software System Design and Implementation. Course Designer and Administrator. | |
| Modelling Concurrent Systems. Tutor (1 tutorial). | |
| 2017 | Foundations of Concurrency. Tutor (3 tutorials), Relief Lecturer. |
| Software System Design and Implementation. Course Administrator. | |
| Concepts of Programming Languages. Tutor (4 tutorials), Relief Lecturer. | |
| System Modelling and Design. Tutor (5 tutorials), Relief Lecturer. | |
| 2016 | Software System Design and Implementation. Course Administrator, Relief Lecturer. |
| Concepts of Programming Languages. Tutor (3 tutorials), Relief Lecturer. | |
| System Modelling and Design. Tutor (4 tutorials), Relief Lecturer. | |
| 2015 | Software System Design and Implementation. Course Administrator, Relief Lecturer. |
| Concepts of Programming Languages. Tutor (3 tutorials), Relief Lecturer. | |
| System Modelling and Design. Tutor (3 tutorials). | |
| Program Reasoning Workshop. Tutor (3 tutorials). | |
| 2014 | Concepts of Programming Languages. Tutor (3 tutorials), Relief Lecturer. |
| Program Reasoning Workshop. Tutor (3 tutorials). | |
| Computing 2. Tutor (2 tute/labs), Relief Lecturer. | |
| 2013 | Concepts of Programming Languages. Tutor (2 tutorials), Relief Lecturer. |
| Foundations of Concurrency. Tutor (2 tutorials), Relief Lecturer. | |
| 2012 | Computing 2. Tutor (2 tute/labs), Relief Lecturer, Developing Assignments. |
| 2011 | Concepts of Programming Languages. Tutor (2 tutorials), Developing Assignments. |
| Software System Design and Implementation. Tutor (1 disabled student). | |
| Computing 2. Tutor (2 tute/labs). | |
| 2010 | Concepts of Programming Languages. Tutor (3 tutorials). |
| Engineering Design in Computing. Tutor (2 tutorials, 2 consultation hours). | |
| 2009 | Computing 2. Tutor (1 tute/lab, 3 consultation hours), Developing Assignments. |
| Computing 1. Tutor (1 tute/lab). |