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Marwa AlAlawi

I am a Ph.D. candidate at the MIT HCI Engineering Group , advised by Prof. Stefanie Mueller.

As an HCI researcher and mechanical engineer, I am interested in solving problems at the intersection of digital and physical interactions. My interests lie in exploring mechanical elements, materials, and sensing. During my PhD I worked at the University of Tokyo, where I was advised by professor Yasuaki Kakehi. I also interned as a VR developer at REACT Neuro and GREE Japan. My current research is supported by the Crown Prince's International Scholarship Program.

Non-academic passions: digital art & animation, game design, and languages (Japanese, Korean, Chinese).

Email | LinkedIn | Twitter | Github | Google Scholar | Instagram

Updates



Publications

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Marwa AlAlawi, Regina Zheng, Sooyeon Ahn, Katherine Yan, Ticha Sethapakdi , Junyi Zhu* , Stefanie Mueller*.
"Meta-antenna: Mechanically Frequency Reconfigurable Metamaterial Antennas"
In Proceedings of UIST 2025.

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Mehmet Ozdemir, Marwa AlAlawi , Mustafa Doga Dogan, Jose Francisco Martinez Castro, Stefanie Mueller & Zjenja Doubrovski.
ā€œSpeed-Modulated Ironing: A Method for High-Resolution Shade and Texture Gradients in Single-Material 3D Printing"
In Proceedings of UIST 2024. [ BEST DEMO NOMINEE šŸ…]

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Marwa AlAlawi , Noah Pacik-Nelson, Junyi Zhu, Ben Greenspan, Andrew Doan, Brandon Wong, Benjamin Owen-Block, Shanti Mickens, Wilhelm Schoeman, Michael Wessely, Andreea Danielescu & Stefanie Mueller
ā€œMechSense: A Design and Fabrication Pipeline for Integrating Rotary Encoders into 3D Printed Mechanisms"
In Proceedings of CHI 2023.

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Marwa AlAlawi, Kexin Wang, Regina Zheng, Adelene Chan, Martin Feick & Stefanie Mueller
"Ori-TENG: 3D Printed Origami Tessellations as Triboelectric Nanogenerators for Self-powered Sensing and Energy Harvesting",ā€
In Proceedings UIST'25 Adjunct, September 2025



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Doga Ozbek, Marwa AlAlawi & Michael Wessely
"AcceloPrint: Fabricating Customizable Accelerometers with Multi-Material 3D Printing",ā€
In Proceedings of CHI Extended Abstracts, April 2025

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Doga Ozbek, Marwa AlAlawi, Till Max Eckroth & Michael Wessely
ā€œDemonstration of AcceloPrint: Fabricating Accelerometers with Multi-Material 3D Printing,ā€
SCF 2024 Adjunct, July 2024

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Marwa AlAlawi & Brandon Wong,
ā€œLeviCircuits: Adhoc Electrical Circuit Prototyping using Ultrasound Levitation,ā€
UIST 2022 Adjunct, SIC, October 2022



Academic Paper Reviewing

  • The ACM CHI conference on Human Factors in Computing Systems ( CHI'25)
  • Symposium on User Interface Software and Technology ( UIST'24, UIST'25)
  • International Conference on Tangible Embedded and Embodied Interaction(TEI'25)
  • ACM Designing Interactive Systems ( DIS'23, DIS'25)
  • ACM Symposium on Computational Fabrication (SCF'22, SCF'24 )
  • SIGGRAPH Posters ( SIGGRAPH'24)
  • Academic & Non-Academic Service

    • ACM UIST 2022, In Person (Bend, Oregon), Student Volunteer
    • MIT Graduate Association for Mechanical Engineering Women (Cambridge, MA), President
    • MIT Bahrain Global Teaching Labs (GTL'23,'24,'25) (Riffa, Kingdom of Bahrain)
    • Japanese Guest Liasion (Anime Boston'23,'24) (Boston, MA)

    Teaching

    Product Engineering Processes (MIT 2.009), Remote - Remote Teaching Assistant (August 2020 - December 2020)
    MIT Toy Product Design (2.00b), Cambridge, MA- Undergraduate Teaching Assistant (FBRUARY 2020 - May 2020) & (FBRUARY 2022 - May 2022))
    • Mentored a team of six MIT undergraduate students on toy design ideation and fabrication.
    • Guided 30+ undergraduate students with running shop machines and electronics (until March due to COVID-19).
    MIT International Science and Technology Initiative, Amman, Jordan- Team Leader & Instructor (January 2020 - February 2020)
    • Developed and taught a monthlong high school STEM curriculum focusing on product design, with hands on workshops in Python, Arduino, UI/UX Design, and Unity for 120 students from the Amman Academy and Jubilee School in Jordan.
    MehtA+ college level Machine Learning Bootcamp, online- Teaching Assistant (May 2020-August 2020)
    • Mentored 8 students with machine learning projects for peer-reviewed academic paper and poster session. Projects include: Latin Translation with Machine Learning, Handwriting Recognition with Convolutional Neural Networks on Writings of George Washington.
    • Taught and developed python recitation content for 40 students in online recitation format
    • Projects Media Release
    MIT Maker-spaces (Makerlodge, Makerworks), Cambridge, MA- Undergraduate mentor (September 2017 - Current)
    • Trained MIT freshmen on shop machines (laser cutter, 3D printer, bandsaw, drill press, hand tools) through a two-day hands on project. (Makerlodge)
    • Supervised and assisted MIT undergraduate and graduate students through several shop machines (laser cutter, 3D printer, vinyl cutter, desktop CNC mill for PCB fabrication) (Makerworks)
    MIT Physics (8.01): MECHANICS I, Cambridge, MA- Undergraduate Teaching Assistant (September- December 2017)
    • Directed and assisted more than 27 students with physics concepts by supervising in-class problem solving.
    • Graded more than 27 student problem sets on weekly basis

    Work Experience

    REACT Neuro, Cambridge, USA (Remote)- XR Development Intern (DECEMBER 2020- APRIL 2021)
    • Developed a VR breathing exercise experience with Unity for use on Pico Neo 2
    GREE, Tokyo, Japan- XR Development Intern (JUNE - AUGUST 2018)
    • Developed an eductional virtual reality game for Japan’s National Space Agency (JAXA) and GREE’s ā€œArienaiā€ Kids Workshop using Unity and HTC VIVE.
    • Voice-acted narrative for game support character, ā€œMaru-Chanā€ in Japanese.


    Moments to Share! (in progress 🚧)



    Past Projects (not updated šŸ˜…)

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    2018
    KanKan
    Physical Kanji to Katakana convertor that utilizes OCR technology (for Japanese learners)
    2019
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    Aris
    A mechanical beehive system eliminating heavy box lifting from beekeeping
    2019
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    Minion Yoyos
    50 mass-manufactured yoyos using injection molding & thermoforming processes
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    2017
    Shark Splash
    Interactive water game with a concept similiar to Russian Roulette/ Musical chairs

    For more projects, visit here and here