Skip to content

This repository features the design and implementation of a self-service landscape drone system, leveraging autonomous navigation and task automation for efficient landscaping operations. The project emphasizes user-friendly controls, safety, and optimized performance.

Notifications You must be signed in to change notification settings

YSayaovong/Self-Service-Landscape-Drones

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

6 Commits
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Repository files navigation

Self-Service Landscape Drones

This repository documents the design and development of autonomous robots aimed at performing tasks around the home. The project involved collaboration within a team to build schedules, manage deliverables, and ensure timely completion of tasks.

Project Overview

The Self-Service Landscape Drones project was created to explore the potential of robotics in simplifying household tasks. This included designing systems for task automation, scheduling workflows, and coordinating efforts in a team-based environment.

Key Features

  • Home Automation Robotics: Development of robots capable of performing household tasks efficiently.
  • Team Collaboration: Worked in a team environment to plan, design, and implement solutions.
  • Project Scheduling: Created and adhered to project schedules using tools like Gantt charts to manage deliverables.
  • Task Management: Ensured tasks were completed on time by dividing responsibilities and maintaining accountability.

Tools and Technologies

  • Documentation: Word documents for project proposals and team norms.
  • Scheduling: Excel Gantt charts for project timelines and task tracking.
  • Presentation: PowerPoint slides to present deliverables and outcomes.
  • Team Coordination: Defined team roles and established norms to ensure smooth collaboration.

Deliverables

  • Autonomous Robots: Fully designed and documented systems for automating household tasks.
  • Project Proposals: Detailed plans outlining objectives, milestones, and methodologies.
  • Presentations: Final presentations summarizing project achievements and lessons learned.

Learning Outcomes

This project provided valuable experience in:

  • Developing robotic systems for practical applications.
  • Collaborating effectively within a team to achieve shared goals.
  • Managing time and resources through meticulous planning and scheduling.

Repository Contents

  • Assignments.xlsx: Contains team member assignments and task tracking.
  • Project Proposal Document.docx: Detailed project proposal with objectives and plans.
  • Project Schedule - Gantt Chart.xlsx: Timeline and task management.
  • Team Norms.docx: Defined roles, responsibilities, and collaboration guidelines.
  • Team Final - Deliverable 3.pptx: Presentation summarizing the project.
  • Self-Service Landscape Drones Documentation: Supporting documents for the project design and implementation.

Conclusion

The Self-Service Landscape Drones project highlights the application of robotics to simplify everyday tasks while demonstrating the importance of teamwork, planning, and effective time management. This repository serves as a resource for understanding the process of designing and managing collaborative engineering projects.

About

This repository features the design and implementation of a self-service landscape drone system, leveraging autonomous navigation and task automation for efficient landscaping operations. The project emphasizes user-friendly controls, safety, and optimized performance.

Topics

Resources

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published