We are an interdisciplinary academic research lab in the field of HCI



We research the future of human interaction with innovative technologies by building prototypes and studying their impact on human behavior and society at large. Our research groups include: Social Robots, Ethics & Design, and Wearables for Well-being. Our research is published in top HCI conferences and journals.

Research Groups

  • רובוטים לבנים

    Social Robots


    Led by Prof. Hadas Erel Researching the impact of human robots interaction.

  • KITCHEF

    Ethics & Design


    Led by Dr. Noa Morag Exploring how digital products can be developed responsibly and aligned with human values.

  • A woman walks

    Wearables for Well-being


    Led by Prof. Oren Zukerman Researching novel interactive experience that promotes introspection of physical, mental, and cultural processes.

  • Publications


    milab publishes in leading HCI conferences and journals, including CHI, HRI, DIS, TEI, RO-MAN, Human-Computer Interaction Journal, Computers and Human Behavior, International Journal of Social Robotics, and more.

Study HCI

  • HCI for BA Students


    BA students specializing in HCI at the School of Communication, along with outstanding students from Computer Science, Psychology, Entrepreneurship, and Business, are invited to join milab. Students gain hands-on experience in product design and research while applying HCI theories and methodologies.

  • MA in HCI


    MA in HCI is a transformative degree, providing students the methodologies and skills required to lead user-centered products in technology companies, interactive experiences in design companies, and cutting-edge research in academic and industry innovation labs.

  • PhD


    We invite outstanding students from diverse disciplinary backgrounds to apply to our doctoral program. Research topics include HCI various domains such as tangible user interfaces, smart materials, social non humanoid robots, and ethics.

  • Prototyping Culture


    Our lab includes advanced prototyping workshops, empowering students to invent and design working prototypes of robots, interactive objects, physiology-based wearables, interactive materials, and more.