COMPANY AND CONTEXT


R2DEMUP was a joint venture between Goupil Technology (UNIVRSITY) and the Pprime Institute, a research unit of the
French National Centre for Scientific Research (CNRS) specializing in robotics HMI.

The initiative focused on developing a digital twin of a robotic arm.
This provided engineering students with an immersive, hands-on environment to intuitively explore and manipulate complex robotic models.

As the lead designer for UNIVRSITY, I established the platform's UX/UI foundations.
I leveraged these core design principles to build R2DEMUP, ensuring a seamless user experience while adapting the system to meet the specialized needs of robotic researchers.
UX Strategy

Strategic Ideation & Project Specifications

I led the strategic ideation phase by aligning research objectives with technical feasibility. By developing detailed functional specifications for the digital twin, we ensured a cohesive integration between the robot’s physical hardware and the interface’s simulation capabilities.

Built on the UNIVRSITY platform, R2DEMUP creates a 'phygital' ecosystem that offers an immersive, end-to-end robotics lab experience.

Feature Design

Cross-Functional Logic & Mechanics

To define a simple system for their complex needs, I collaborated closely with mathematics and robotics experts and researchers to translate their operational pain points into a suite of innovative, user-centric features. Key initiatives included (but not limited to):

  • ⯁ Step-by-step practical course system
    Built an intuitive, modular framework for guided practical courses, ensuring a frictionless progression from theory to application.
  • ⯁ Equations & graph modules
    Designed dynamic graphing tools and equation editors that provide instant visual feedback, simplifying the interpretation of complex robotic simulations.
  • ⯁ Digital twin link with robot
    Bridged the gap between physical hardware and digital simulation, allowing students to visualize the real-time impact of their commands on the robot.

UX Strategy

User Advocacy & Team Synergy

  • Iterative Research Workshops
    Facilitated regular feedback sessions with domain experts to align product vision with academic rigor.
  • Complex UI Adaptation
    Translated highly technical mathematical demands into user-friendly graphing and equation modules.
  • Bridging Technical Gaps
    Served as the user advocate between researchers and developers to maintain both functional accuracy and usability.