Information and links to Bee-Plane and Mini-Bee projects
TECHNICAL WIKI
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LESSER OPEN BEE LICENCE
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PHOTOS & MOVIES
Bee-Plane
Detachable modular medium range aircraft. Beeplane is a collaborative research and developpement project that study modular air transportation. Detachable fuselage is able to transport 220 passengers, fret or any other application (hospital, air tanker…)
Mini-Bee
Hybrid Multi-copter, Mini-Bee is a higly collaborative project involving academics and industrials.
Project is entering TRL4 in 2022 with an hybrid configuration.
The Hybrid Multi-copter, Mini-Bee project has been a highly collaborative effort involving academics and industrials at TRL4 since 2022, but it has its roots dating back to 2015 when it began at TRL1 with involvement from multiple engineering universities. This project aims to develop a small, hybrid drone capable of vertical takeoff and landing, as well as efficient forward flight.
One of the key benefits of this collaboration has been the ability to bring together a diverse range of knowledge and expertise from both academia and industry. This has allowed the project team to explore a range of innovative solutions and quickly identify potential problems.
Effective communication and transparency have also been important factors in the success of this project. By involving all stakeholders in discussions and decision-making, the team has been able to build trust and ensure that everyone is working towards the same goals.
The collaborative approach has also helped to streamline the project process and reduce costs by allowing the team to share resources and work together more efficiently. This has led to faster project completion times and improved efficiency.
Finally, the diverse perspectives and viewpoints brought by the project team have helped to improve decision-making and enhance the overall quality and success of the project.
Overall, the Hybrid Multi-copter, Mini-Bee project has been a testament to the benefits of collaboration, and the success of this project could serve as a model for future collaborative efforts in the field of engineering.
Advantages of a collaborative approach for managing heavily collaborative industrial projects
Collaborative approaches have become increasingly popular for managing industrial projects, particularly those that involve a large number of stakeholders or are highly complex in nature. There are several reasons why collaboration can be an effective approach for managing such projects:
Shared knowledge and expertise: When multiple organizations or individuals come together to work on a project, they bring a diverse range of knowledge and expertise to the table. This can help to generate innovative solutions and identify potential problems more quickly.
Enhanced communication and transparency: Collaborative approaches can help to improve communication and transparency within the project, as all stakeholders are able to openly discuss ideas and concerns. This can help to build trust and ensure that everyone is on the same page.
Increased efficiency: Collaboration can help to streamline the project process, as stakeholders are able to work together and share resources more effectively. This can lead to reduced costs and faster project completion times.
Improved decision-making: With multiple viewpoints and perspectives, collaborative approaches can help to improve decision-making by providing a more comprehensive understanding of the project.
Enhanced project outcomes: By bringing together a range of knowledge and expertise, collaborative approaches can help to improve the overall quality and success of a project.
Of course, it is important to carefully consider the type of collaboration that is most appropriate for a given project, and to establish clear roles and responsibilities for all stakeholders. Collaboration can be challenging at times, but with careful planning and management, it can be a powerful tool for managing industrial projects.
Why should you use a lesser open source license on our highly collaborative projects ?
There are several advantages to using a lesser open source license to manage heavily collaborative projects between startups, academic actors, and industry:
Accessibility: Lesser open source licenses allow all project members to access and freely modify the source code, subject to the terms of the license. This can facilitate collaboration and the creation of innovative solutions.
Flexibility: Lesser open source licenses offer great flexibility in terms of the use and distribution of code, which can be advantageous for collaborative projects involving different actors.
Visibility: Lesser open source licenses allow all project members to see how the code is being used and modified, which can help manage contributions and ensure transparency in the development process.
Development opportunities: Lesser open source licenses allow project members to develop applications and solutions based on the open source code, subject to the terms of the license. This can be beneficial for startups and academic actors looking to develop new technologies.
Cost savings: Lesser open source licenses allow project members to avoid the costs associated with purchasing expensive software licenses, which can be advantageous for startups and academic actors with limited budgets. However, it is important to note that some lesser open source licenses may impose obligations to share revenues or disclose modified source code, which can impact the costs associated with the project.
Why are we using a wiki for highly collaborative projects ?
Sharing technical information on a wiki website can be important for a highly collaborative industrial project for several reasons:
Improved communication: A wiki website allows all project stakeholders to access and share technical information in a central location, which can help to improve communication and reduce misunderstandings.
Enhanced transparency: By sharing technical information on a wiki website, all stakeholders are able to see what work has been done, what challenges have been encountered, and how they have been addressed. This can help to increase transparency and build trust within the project team.
Faster decision-making: By having access to all relevant technical information, stakeholders can make more informed decisions more quickly, which can help to speed up the project process.
Greater efficiency: By sharing technical information on a wiki website, stakeholders can avoid duplication of effort and more easily identify opportunities for collaboration. This can help to increase efficiency and reduce costs.
Enhanced project outcomes: By sharing technical information on a wiki website, stakeholders can more easily identify and address potential problems, which can help to improve the overall quality and success of the project.
Overall, sharing technical information on a wiki website can be an important tool for improving communication, transparency, and efficiency in a highly collaborative industrial project.