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Contact us →Java
Java served as the primary programming language for the project. Its platform independence, robustness and extensive ecosystem of libraries and frameworks made it suitable for developing the various components of the wind energy optimisation solution.
JSON
JSON was used as a data interchange format, particularly for the CIRs. JSON's lightweight and human-readable structure made it ideal for representing complex data, ensuring efficient data exchange between different system parts.
Gson
Gson, a Java library for working with JSON data, was instrumental in parsing and processing JSON content within the project. It provided seamless serialisation and deserialisation of JSON data into Java objects, simplifying data handling and manipulation.
MSSQL DB
MSSQL DB was employed as the project's relational database management system. It facilitated structured data storage and retrieval, ensuring data integrity and enabling efficient querying of the information collected from the wind farms. This choice also allowed for seamless integration with other Microsoft technologies if required.
Mykhailo Bobrovskyi
Nikita Abelmasov
Oleksander Korshunovich
Artem Karpukhin
Igor Ryadinsky
Andrii Popov
Igor Kornienko
Oleh Denysenko
Dmytro Batarin
Oleg Maloshtan
Gleb Kovalenko
Vadim Bondarenko
Mykola Kolotkov
The team had previously collaborated on other successful projects, fostering a strong, cohesive working relationship.
The productivity of the Computools group hinges on a well-defined development process and the seamless exchange of ideas between their in-house engineers and client-side experts. Routine planning sessions and review meetings cultivate a harmonious collaboration among team members located in various regions, ultimately leading to exceptional outcomes.
The engineers at Computools maintain a continuous and effective communication channel to ensure timely updates. Daily team communication occurs through channels such as email, Slack and Skype, facilitating the efficient exchange of information.
The project was managed using the Scrum methodology, chosen for its structured and iterative approach to project management. Key aspects of Scrum were incorporated to ensure efficient planning, execution and adaptation throughout the project lifecycle. Scrum was selected for its ability to provide clear roles, responsibilities and sprint-based planning, which facilitated effective collaboration and project progress tracking.
CONSULTING
Product DESIGN
Product Engineering
Launch
Emphasising usability and user experience, the design phase focused on creating an intuitive and visually appealing user interface for the DRONE ANALYTICS Project.
Craft detailed user profiles to guide design decisions and strategies
Visualise website structure for intuitive navigation and user experience
Create skeletal frameworks to outline website layout and functionality
Design visually appealing and user-friendly interfaces for seamless interactions