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Sadaf Mustafiz: Profile Photo

Sadaf Mustafiz

Toronto, Ontario

Position: Associate Professor

Organization: Toronto Metropolitan University

Sadaf Mustafiz is an Associate Professor in the Department of Computer Science at Toronto Metropolitan University (formerly Ryerson University). She received her Ph.D. and M.Sc in Computer Science from McGill University. Her research interests are primarily in the area of model-driven software and systems engineering with a focus on requirements engineering, domain-specific modelling, multi-paradigm modelling, process modelling, and model-based simulation. Application areas of interest include Internet of Things and smart cyber-physical systems (CPS). More details about her research and teaching can be found at https://cs.torontomu.ca/ sadaf/.

Areas of Expertise:

+ Model-Driven Engineering
+ Software Engineering
+ Internet of Things (IoT)

Language(s):

+ English


About Me

Sector: Academia (Post Secondary)

English proficiency: Read, Write, Speak

Title: Professor

Pronouns: She/Her/Hers

Gender: Female


Recent Publications

Title Year
Towards a Domain-Specific Modelling Environment for Reinforcement Learning2025
STL4IoT: a statechart template library for IoT system design2024
Using LLMs for Use Case Modelling of IoT Systems: An Experience Report2024
Requirements for modelling tools for teaching2024
Requirements development for IoT systems with UCM4IoT2023
IoTMoF: A Requirements-Driven Modelling Framework for IoT Systems2023
ReqMIoT: An Integrated Requirements Modelling Environment for IoT Systems2023
UCM4IoT: A Use Case Modelling Environment for IoT Systems2021
FTG+PM for the Model-Driven Development of Wireless Sensor Network based IoT Systems2021
A Model Traceability Framework for Network Service Management2020
Model-driven process enactment for NFV systems with MAPLE2020
MAPLE-T: A Tool for Process Enactment with Traceability Support2019
Building domain-specific modelling environments with papyrus2018
A network service design and deployment process for NFV systems2016
Modular design of hybrid languages by explicit modeling of semantic adaptation2016
Integrating a Neutral Action Language in a DEVS Modelling Environment2015
Explicit modelling of a parallel DEVS experimentation environment2015
Explicit modelling of a CBD experimentation environment2014
Explicit modelling of causal block diagram simulation environments2014
Explicit modelling of statechart simulation environments2013
The FTG+PM framework for multi-paradigm modelling2012
Dependability-oriented model-driven requirements engineering for reactive systems2010
Model transformation of dependability-focused requirements models2009
Addressing degraded service outcomes and exceptional modes of operation in behavioural models2008
Model-driven assessment of system dependability2008