Grants

• Served in the National Science Foundation (NSF) Panel for grant proposal review.

Journal Reviewer

• TOSEM: Serving in the Board of Distinguished Reviewers for ACM Transactions on Software Engineering and Methodology (TOSEM).

• TSE: Serving as the reviewer for IEEE Transactions on Software Engineering (TSE).

• IEEE Software: Reviewer for IEEE Software.

• EMSE: Serving as a reviewer for Springer Journal - Empirical Software Engineering (EMSE).

• Other review services:

  • Transactions on Affective Computing (TAC)

Conference Program Committees (PC)

• FSE'26: Serving as the Program Committee member of Technical Track of FSE 2026.

• ICSE'25: Serving as the Program Committee member of Technical Track of ICSE 2025.

• ICSE'24: Served as the Program Committee member of Technical Track of ICSE 2024.

• ASE'24: Serving as the Program Committee member of Technical Track of ASE 2024.

• ASE'23: Serving as the Program Committee member of Technical Track of ASE 2023.

• ASE'23: Serving as the Program Committee member of Industry Showcase (Papers) Track of ASE 2023.

• ICSE'23: Served as the Program Committee member of Student Research Competition track of ICSE 2023.

• ASE'22: Served as the Program Committee member of Industry Showcase track of ASE 2022.

• ASE'22: Served as the Program Committee member of Late Breaking Results track of ASE 2022.

• ESEC/FSE'22: Served as the Program Committee member of Doctoral Symposium track of ESEC/FSE 2022.

• OOPSLA'21 AEC: Served in the program committee of Artifact Evaluation Track of ACM SIGPLAN conference on Object-Oriented Programming, Systems, Languages & Applications (OOPSLA'21).

• MSR'21: Served as the shadow program committee member of the Technical Track of International Conference on Mining Software Repositories (MSR 2021).

Organizing Committees

• Mentor @ ICSE SMeW : Served as a Mentor in ICSE 2023 SMeW - Student Mentoring Workshop.

• Onsite Judge @ ICSE'23 SRC: Served as the Onsite Judge of ICSE SRC held at Melbourne, Australia.

• Accessibility Chair @ SPLASH'20-21: Served the organizing committee of ACM SIGPLAN conference on Systems, Programming, Languages, and Applications (SPLASH 2020 and SPLASH 2021) with OOPSLA, ECOOP and REBASE in Chicago, IL.

• Web Chair @ Midwest Big Data Summer School: Served in the organizing committee of the Midwest Big Data Summer School 2021 in Ames, IA, United States.

• WiDS Ambassador: Served as the WiDS Ambassador (Women in Data Science) to organize and promote ISU event as part of the annual WiDS Worldwide Conference organized by Stanford University.

• Panelist @ ESEC/FSE'20: Served the panel discussion of the session on Fairness at ACM ESEC/FSE 2020 in Sacramento, CA.

CSDS 447 - Responsible AI Engineering

Introduces methods for designing and maintaining AI-enabled software systems that meet key responsible AI principles—fairness, robustness, explainability, and safety. Students learn how to identify risks such as bias, unsafe autonomy, and hallucinations, and apply software engineering techniques for requirement analysis, testing, verification, and mitigation.

• Topics: 🔘 introduction to responsible AI and AI engineering 🔘 fairness (metrics, bias mitigation, verification) 🔘 robustness (design and testing for resilient AI) 🔘 safety (requirements for safety-critical AI, production safety) 🔘 explainability (black-box vs. white-box analysis, trustworthiness) 🔘 synergy/trade-offs between properties and accuracy

CSDS 393/493 - Software Engineering

Covers the principles, processes, and practices of building high-quality software systems. Students work on a semester-long team project while learning about requirements, design, implementation, testing, and maintenance.

• Topics: 🔘 software development processes (Waterfall, Agile) 🔘 requirements engineering and design principles 🔘 implementation best practices and version control 🔘 testing strategies and quality assurance 🔘 maintenance, evolution, and professional ethics

Others

• COMS 309 - Software Development Practices: This is one of the largest computer science classes taught at Iowa State (~250 class size). I taught it for three semesters. One of the great experience in the course is to supervise many software project teams.

• COMS 327: Advanced Programming Techniques: Being heavy on the programming practices, I taught problem-solving, live coding, debugging, and testing. Topics: Differences between managed (Java) and unmanaged languages (C/C++) 🔘 Design and build large programs from specification 🔘 Memory management in C and C++ 🔘 Templates and standard library 🔘 Concurrent and network programming.