Preliminary Security Specification for New Zealand's igovt System. - Yu-Cheng Tu 001; Clark D. Thomborson (AISC, 2009)

Illusions and Perceptions of Transparency in Software Engineering. - Yu-Cheng Tu 001; Clark D. Thomborson; Ewan D. Tempero (APSEC, 2011)

Evaluating Presentation of Requirements Documents: Results of an Experiment. - Yu-Cheng Tu 001; Ewan D. Tempero; Clark D. Thomborson (APRES, 2014)

An experiment on the impact of transparency on the effectiveness of requirements documents. - Yu-Cheng Tu 001; Ewan D. Tempero; Clark D. Thomborson (Empir. Softw. Eng., 2016)

An Experience Report on a Boot-Camp Style Programming Course. - Yu-Cheng Tu 001; Gillian Dobbie; Ian Warren; Andrew Meads; Cameron Grout (SIGCSE, 2018)

MedBloc: A Blockchain-Based Secure EHR System for Sharing and Accessing Medical Data. - Jack Huang; Yuan Wei Qi; Muhammad Rizwan Asghar; Andrew Meads; Yu-Cheng Tu 001 (TrustCom/BigDataSE, 2019)

Assessing Understanding of Maintainability using Code Review. - Ewan D. Tempero; Yu-Cheng Tu 001 (ACE, 2021)

The Industry Relevance of an IT Transition Programme. - Yu-Cheng Tu 001; Ewan D. Tempero; Paramvir Singh; Andrew Meads (CSERC, 2021)

GitHub in the Classroom: Lessons Learnt. - Yu-Cheng Tu 001; Valerio Terragni; Ewan D. Tempero; Asma Shakil; Andrew Meads; Nasser Giacaman; Allan Fowler; Kelly Blincoe (ACE, 2022)

Sharing medical data using a blockchain-based secure EHR system for New Zealand. - Jack Huang; Yuan Wei Qi; Muhammad Rizwan Asghar; Andrew Meads; Yu-Cheng Tu 001 (IET Blockchain, 2022)

Understanding the relationship between Technical Debt, New Code Cost and Rework Cost in Open-Source Software Projects: An Empirical Study. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (EASE, 2023)

Quantifying Requirements Technical Debt: A Systematic Mapping Study and a Conceptual Model. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (RE, 2023)

Moving a Bootcamp-Style Computer Science Programme Online: An Experience Report. - Andrew Meads; Yu-Cheng Tu 001; Gillian Dobbie (SIGCSE (1), 2023)

Quantifying Technical Debt: A Systematic Mapping Study and a Conceptual Model. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (CoRR, 2023)

Using Program Comprehension Models to Teach Comprehensibility. - Ewan D. Tempero; Yu-Cheng Tu 001 (ACE, 2024)

On the comprehensibility of functional decomposition: An empirical study. - Ewan D. Tempero; Paul Denny 001; James Finnie-Ansley; Andrew Luxton-Reilly; Diana Kirk; Juho Leinonen 001; Asma Shakil; Robert J. Sheehan; James Tizard; Yu-Cheng Tu 001; Burkhard Wuensche (ICPC, 2024)

Towards Quantifying Requirements Technical Debt for Software Requirements concerning Veracity: A Perspective and Research Roadmap. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe; Matthias Galster (CoRR, 2024)

A Systematic Mapping Study Exploring Quantification Approaches to Code, Design, and Architecture Technical Debt. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (ACM Trans. Softw. Eng. Methodol., 2024)

Modelling the quantification of requirements technical debt. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (Requir. Eng., 2024)

Veracity Debt: Practitioners Voices on Managing Software Requirements Concerning Veracity. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (REFSQ, 2025)

A practitioner survey on Requirements Technical Debt Quantification. - Judith Perera; Ewan D. Tempero; Yu-Cheng Tu 001; Kelly Blincoe (J. Syst. Softw., 2025)

A Holistic Approach to Design Understanding Through Concept Explanation. - Hongzhou Fang; Yuanfang Cai; Ewan D. Tempero; Rick Kazman; Yu-Cheng Tu 001; Jason Lefever; Ernst Pisch (IEEE Trans. Software Eng., 2025)