Pieno Pieno

Ergonomic Physiotherapy Backpack

Medical Company • Medical

Introduction

In today’s fast-paced healthcare environment, physiotherapists often find themselves juggling multiple tasks and carrying heavy loads of equipment. To address this challenge, we embarked on a design project to create a functional and ergonomic backpack specifically tailored to the needs of physiotherapists.

  • 1. Research Phase

    To gain a deep understanding of physiotherapists' needs and pain points, we conducted extensive research, including:
    User Interviews: We interviewed physiotherapists to understand their daily routines, the equipment they carry, and the challenges they face.
    Field Observations: We observed physiotherapists in various settings to identify how they interact with their equipment and how they carry it.
    Needs Analysis: We analyzed the specific requirements for a physiotherapy backpack, such as the need for easy access to essential tools, comfort during extended wear, and durability to withstand daily use.
    A key insight from our research was that many physiotherapists often perform treatments without fully removing their equipment from the backpack. This behavior highlighted the need for a design that allows for easy access to essential tools while the backpack remains on the therapist's back.

  • 2. Design Process

    Based on our research findings, we developed a backpack design that included the following features:
    Compartmentalization: The backpack was divided into multiple compartments to organize different types of equipment.
    Quick-access pockets: Easily accessible pockets for frequently used items, such as tapes, scissors, and pens.
    Ergonomic design: A comfortable and supportive design that evenly distributes weight and reduces strain on the back and shoulders.
    Durable materials: High-quality, water-resistant materials to withstand daily wear and tear.
    Integrated device holder: A dedicated compartment for securely storing the medical device, allowing for easy access and use without removing the entire equipment.

  • 3. Testing and Iteration

    To ensure the backpack's effectiveness, we conducted tests with physiotherapists:
    Wearability tests: Assessing comfort, weight distribution, and overall fit.
    Functionality tests: Evaluating the ease of access to compartments and the security of the device holder.
    Feedback sessions: Gathering feedback on the design, features, and potential improvements of the backpack. Based on the feedback received, we made iterative changes to the design to improve the functionality and ergonomics of the backpack.

Conclusion

By combining in-depth user research with innovative design principles, we were able to create a physiotherapy backpack that meets the specific needs of healthcare professionals. This backpack not only improves the efficiency and comfort of physiotherapists but also enhances the overall quality of patient care.

Final result

Final result

A highly functional and protective backpack

A strong brand identity

A premium and aesthetically pleasing design

A versatile and adaptable product