I am a master’s student and multidisciplinary researcher at the University of Michigan, where I explore the intersections of artificial intelligence, computational creativity, and hybrid systems for music and media technology. My work combines mathematical modeling, rule-based approaches, and machine learning to develop creative AI systems with applications in audio, interaction design, and virtual environments. In addition to my research, I am a composer, game designer, and developer.

My specific interests include hybrid and explainable AI, cognitive modeling, multi-agent collaborative systems, human-computer interaction, virtual and extended reality, audio and music synthesis, and digital signal processing.

Currently, I am conducting research under the supervision of Professor Hao-Wen Dong, focusing on integrating machine learning and rule-based systems to create generative models for music and interactive media. This work leverages geometrical and statistical techniques to enhance creative AI frameworks.

Recent Projects:

Projects
SoundInk (New UI and the new scale changing feature)

SoundInk is an interactive web application developed using React and the Web Audio API to support both touch and mouse interactions. This project merges technology and creative expression to provide therapeutic and educational experiences through music and art.
PROJECT PAGE

SoundInk is an interactive web application developed using React and the Web Audio API to support both touch and mouse interactions. This project merges technology and creative expression to provide therapeutic and educational experiences through music and art.
PROJECT PAGE

SoundInk

SoundInk
PROJECT PAGE

SoundInk is an interactive web application developed using React and the Web Audio API to support both touch and mouse interactions. This project merges technology and creative expression to provide therapeutic and educational experiences through music and art.
PROJECT PAGE

TensioSonics

TensioSonics uses SuperCollider and Inertial Measurement Units (IMUs) to create a real-time music composition system responsive to physical tension. By employing two iPhones as motion controllers, performers can map their gestures to various musical parameters, intensifying the music as their physical tension increases. This setup allows performers to control the emotional dynamics of the music through their movements, creating a uniquely immersive experience.
PROJECT PAGE

TensioSonics uses SuperCollider and Inertial Measurement Units (IMUs) to create a real-time music composition system responsive to physical tension. By employing two iPhones as motion controllers, performers can map their gestures to various musical parameters, intensifying the music as their physical tension increases. This setup allows performers to control the emotional dynamics of the music through their movements, creating a uniquely immersive experience.
PROJECT PAGE

Deep Drawing

Deep Drawing project explores AI’s role in intermedia performance by using machine learning models to transform live audio inputs from drawing or writing into visual outputs.
PROJECT PAGE

Deep Drawing project explores AI’s role in intermedia performance by using machine learning models to transform live audio inputs from drawing or writing into visual outputs.
PROJECT PAGE

AquaMachina

AquaMachina is an immersive, speculative design project developed for PAT543 - Immersive Media at the University of Michigan, where students explored world-building techniques in Unity and learned the intricacies of immersive media. AquaMachina constructs a haunting, futuristic underwater city where themes of nostalgia, surveillance, and human resilience blend into a richly layered experience.
PROJECT PAGE

AquaMachina is an immersive, speculative design project developed for PAT543 - Immersive Media at the University of Michigan, where students explored world-building techniques in Unity and learned the intricacies of immersive media. AquaMachina constructs a haunting, futuristic underwater city where themes of nostalgia, surveillance, and human resilience blend into a richly layered experience.
PROJECT PAGE

Kill The Priest

Kill the Priest is an immersive first-person mystery game developed in Unity, exploring the integration of narrative and gameplay mechanics within a suspenseful, interactive environment. This game, which serves as an introductory foray into game development, combines dynamic audiovisual elements with interactive storytelling to create a deeply engaging atmosphere. The project has also been adapted into virtual reality (VR) to enhance immersion and player engagement.
PROJECT PAGE

Kill the Priest is an immersive first-person mystery game developed in Unity, exploring the integration of narrative and gameplay mechanics within a suspenseful, interactive environment. This game, which serves as an introductory foray into game development, combines dynamic audiovisual elements with interactive storytelling to create a deeply engaging atmosphere. The project has also been adapted into virtual reality (VR) to enhance immersion and player engagement.
PROJECT PAGE

Fear Follower

Fear Follower is an interactive installation developed for Halloween 2023, combining motion capture, robotics, and immersive audiovisual elements to create an eerie and engaging environment. Developed in collaboration with SinYu Deng (visual animations) and Adam Schmidt (robot construction and operation), this project leverages both technological innovation and artistic vision to evoke an intense experience of being watched and pursued.

PROJECT PAGE

Fear Follower is an interactive installation developed for Halloween 2023, combining motion capture, robotics, and immersive audiovisual elements to create an eerie and engaging environment. Developed in collaboration with SinYu Deng (visual animations) and Adam Schmidt (robot construction and operation), this project leverages both technological innovation and artistic vision to evoke an intense experience of being watched and pursued.

PROJECT PAGE

Education

University of Michigan

Ann Arbor, MI

M.A. in Performing Arts Technology

Advisor: Hao-Wen Dong

Expected: April 2025

Azad University, Central Tehran Branch

Tehran, Iran

B.S. in Audio Technology

Advisor: Reza Sabooni

February 2022

Professional Experience

Department of Performing Arts Technology

University of Michigan, Ann Arbor, MI

Graduate Research Assistant

September 2023-present

Robot Studio, Department of Robotics

University of Michigan, Ann Arbor, MI

Researcher

May 2024-August 2024

Penny W. Stamps School of Art & Design

University of Michigan, Ann Arbor, MI

Programmer and Sound Designer

December 2023-April 2024