Mobile App

Ortolligence - Surgical Tool Scanner App

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Mobile App

Ortolligence - Surgical Tool Scanner App

Read More

Mobile App

Ortolligence - Surgical Tool Scanner App

Read More

Introduction


Every day, surgeons across the globe enter operating rooms faced with the immense responsibility of not only saving lives but also ensuring that their actions within these walls are precise and error-free. I discovered a critical gap that could mean the difference between life and death: the meticulous tracking of surgical instruments. My journey began with a singular focus: to enhance the safety and efficiency of surgical procedures through innovation.


Chapter 1: Confronting the Challenge


As the in-house designer for Digica, an AI and machine learning product development agency one of our clients was Ortolligence. I was tasked with a crucial project: developing a mobile app to streamline the tracking of surgical instruments. The aim was clear - create a tool that surgeons and nurses could rely on to maintain the highest standard of patient safety during operations.


Embarking on this design journey, I immersed myself in the environment where our solution would be deployed: the operating room. Observing the high-stakes ballet of surgical procedures, I took note of the intricate processes and the meticulous inventory methods that were prone to human error.


My role was to distill these observations into a digital form, designing an interface that was not just intuitive but also integrated seamlessly into the OR’s workflow. It was about marrying functionality with simplicity - ensuring each swipe and tap on the app reduced the cognitive load on the medical staff, not add to it.



Chapter 2: Crafting the Solution


The initial concept—a scanner tool within a mobile app—was in place, but it was up to me to transform this idea into a functional design.



Step One: Understanding the Problem I started with the fundamentals, deeply analyzing the problem we were addressing. I spent hours shadowing medical personnel, watching the meticulous yet fallible manual counting of surgical tools and interviewing doctors and nurses. It was clear that the solution had to be an application that was as reliable as the professionals it aimed to assist.


Step Two: Ideation Ideation sessions followed, where I juggled feasibility with innovation. The app needed to be intuitive for those who'd use it under stress-filled conditions. I worked one numerous sketches, picturing a user interface that was straightforward and easy to navigate. This was where creativity met practicality.



Step Three: User-Centric Wireframing From those sketches, I moved to wireframing. This step was about laying out the structure of the app. It had to be intuitive—reducing the time needed to learn and increasing the time spent doing. My wireframes were the blueprints of the solution, the first real glimpse into how the app would function in the wild.



Chapter 3: Navigating the Design Process


Once the wireframes were laid out, the real test began. This process was about refinement and iteration.

Step One: Prototyping I created low-fidelity prototypes, rough drafts that allowed me to test and iterate rapidly. I observed as users interacted with these prototypes, noting each hesitation, each frown, using these cues to refine the design further.



Step Two: User Feedback Feedback sessions became a regular part of my routine. I sought out honest, critical feedback, not just validation. Each piece of feedback was a gold nugget that helped me polish the design.



Step Three: Collaboration and Iteration Close collaboration with the development team was essential. We needed to ensure the app's design was not just visually appealing but technically feasible. I worked hand-in-glove with developers, aligning design with functionality, ensuring that each feature was built on a solid foundation of user research and technical reality.



Step Four: High-Fidelity Design With the insights from user feedback and technical constraints in mind, I crafted the high-fidelity designs. These were richer, more detailed, and closer to the final product. This was the stage where the app started to come to life, where the abstract became concrete.




Chapter 4: Realizing The Vision


After countless iterations and collaborative efforts, the vision that once existed only in sketches and wireframes began to materialize into a tangible, impactful tool. This stage of the process was about bringing the high-fidelity designs to life, transforming them into a fully functional app ready for deployment in the real-world environment of operating rooms.


User Testing in Real Scenarios The real test of our vision came with extensive user testing in actual operating rooms. Observing medical professionals using the app in live surgeries was both nerve-wracking and exhilarating. This was the moment of truth - seeing if the app would truly enhance the surgical workflow as intended. Each piece of feedback, each observed interaction, was an opportunity to refine the app further.


Final Adjustments Based on real-world testing, we made final adjustments. This fine-tuning was essential to ensure that the app was not just functional but also intuitive and reliable under the high-pressure conditions of surgery.



Chapter 5: Challenges, Solutions, and Feedback Loops


Designing the app was a journey filled with unique challenges, each requiring a thoughtful solution. Central to overcoming these challenges were the continuous feedback loops with medical professionals, ensuring the app not only met but exceeded the practical needs of its users.


Challenge 1: Balancing Complexity with Usability One of the primary challenges was creating an interface that was sophisticated enough to handle a variety of surgical instruments yet simple enough for stress-free use during operations. The OR is a high-pressure environment, and any additional complexity could hinder the workflow.


Solution: To address this, I focused on minimalist design principles. I streamlined the interface, ensuring that the most critical functionalities were easily accessible. The solution was an app that offered a clean, uncluttered user experience, where simplicity did not compromise efficiency.


Feedback Loop: Regular sessions with surgeons and nurses were instrumental. They tested the prototypes in simulated environments, providing feedback on the interface's intuitiveness and functionality. Their insights led to several iterations that gradually refined the app's usability.


Challenge 2: Ensuring Accurate Instrument Tracking Accuracy in tracking each surgical instrument was non-negotiable. A major challenge was ensuring the app's scanner accurately recognized and cataloged a wide range of tools, even under less-than-ideal conditions.


Solution: I worked closely with the technical team to enhance the scanner's capabilities. We incorporated advanced image recognition technology and tested various scenarios to ensure the scanner remained accurate in different operating room conditions.


Feedback Loop: We organized test sessions in actual operating rooms, where medical staff used the scanner with real instruments. Their experiences and reports of any misidentifications were crucial in fine-tuning the scanner's accuracy.


Challenge 3: Integrating with Existing Hospital Systems Integrating the app with the hospitals' existing systems was vital to ensure seamless data synchronization and uphold patient confidentiality.


Solution: This challenge was met by adopting a flexible design approach. The app was designed to be compatible with various hospital systems, with a strong focus on security and privacy.


Feedback Loop: IT specialists from hospitals were involved early in the development process. Their feedback on integration and data security helped shape the technical aspects of the app, ensuring a smooth integration with existing hospital infrastructures.


Challenge 4: Adapting to Diverse User Preferences Surgeons, nurses, and technicians all had different preferences and ways of using the app, which presented a challenge in creating a universally intuitive user experience.


Solution: I adopted a user-centered design approach, prioritizing customizable features that could be adapted to individual preferences. This flexibility allowed users to tailor the app's functionality to their specific needs and habits.


Feedback Loop: Continuous user testing sessions, where each type of medical professional could customize and use the app, were crucial. Their feedback on these features was gathered and used to create a more adaptable and user-friendly application.



Chapter 6: Measuring Success


Success wasn’t just measured in the smooth functioning of the app but in the real, tangible improvements it made in surgical procedures. We received feedback about the app's reliability, its ease of use, and, most importantly, its effectiveness in reducing the risk of surgical instrument misplacement.


Personal and Professional Fulfillment On a personal level, this project was more than just a professional achievement. Knowing that my design was directly contributing to enhancing patient safety brought a sense of fulfillment that went beyond typical job satisfaction. It was a reminder of the power of thoughtful design in making a real difference in people's lives.


Conclusion

This journey underscored the importance of collaborative innovation. Working closely with medical professionals, developers, and other stakeholders was instrumental in shaping a solution that was not just technically sound but also deeply rooted in the practical needs of its users. It was a vivid reminder that the best solutions are born out of diverse perspectives coming together for a common goal.

Gideon Awolesi

Product designer

UX Design for your Business

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Aiko Karlsson

Eric Gronberg

UX Design for your Business

Forget about employees, talent acquisition and complex contracts. Get the best designs right now, right here.

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Aiko Karlsson

Eric Gronberg

UX Design for your Business

Forget about employees, talent acquisition and complex contracts. Get the best designs right now, right here.

One spot left!

Aiko Karlsson

Eric Gronberg