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Java's versatility and platform independence make it suitable for building scalable and robust enterprise applications. The choice aligns with the need for a backend language that can handle the complexities of healthcare technology and provide a stable foundation for the platform.
JPA (Java Persistence Annotation)
JPA simplifies the interaction between Java objects and relational databases, ensuring efficient data management. Using JPA aligns with the need for a standardised solution to seamlessly handle the platform's database interactions.
Servlets
Servlets extend the capabilities of web servers, making them suitable for handling diverse requests. This aligns with the project's requirement for a technology that can enhance the functionality of the web server hosting the healthcare technology platform.
jQuery
jQuery simplifies complex JavaScript tasks, making handling AJAX calls and DOM manipulation easier. This choice aligns with the need for efficient front-end development, enhancing the user interface and overall user experience.
jQure and Canvas
The combination of jQure (assuming jQuery) and Canvas suggests focusing on dynamic, visually rich front-end elements. As an HTML5 element, Canvas provides a low-level procedural model for rendering graphics, contributing to creating interactive and visually appealing features.
AWS S3
AWS S3 offers reliable and scalable cloud storage solutions. Its ease of integration and robust features make it an ideal choice for handling the platform's storage needs, ensuring the secure archiving of cephalometric X-ray analyses and patient records.
Nikita Abelmasov
Oleg Svet
Igor Ryadinsky
Olexandr Novikov
Artem Babura
Mariia Hrekova
The team assembly was a thoughtful and strategic process. Computools, leveraging its diverse talent pool, handpicked professionals with a proven track record in healthcare technology and a history of successfully delivering similar solutions.
The backstage involved thoroughly assessing each team member's expertise, experience and compatibility with the unique challenges presented by the dental and orthodontic platform.
Whiteboard sessions, brainstorming meetings and face-to-face interactions were integral components of the communication flow, fostering innovation and strengthening the camaraderie among team members.
For this project, Kanban was chosen as the appropriate methodology. Kanban is a method for managing the creation of products with an emphasis on continual delivery while not overburdening the development team. Kanban is based on three main principles: visualise workflow, limit the amount of work in progress and enhance flow (when something is finished, the next highest thing from the backlog is pulled into play). Kanban promotes continuous collaboration and encourages active learning and improvement by defining the best possible team workflow.
CONSULTING
Product DESIGN
Product Engineering
Launch
For the project, we chose designers who were already experienced in the healthcare domain and had a good understanding of the target audience:
Crafting detailed profiles of target users for precise platform alignment
Visualising the hierarchical structure of the website's pages and content
Creating skeletal outlines to illustrate layout and functionality before design
Designing the interactive elements for a seamless and intuitive user experience