03.1.REQUIREMENTS ENGINEERING - Minor-Project-2021-22-AR/Team-08 GitHub Wiki
List of stakeholders
- Manufacturing industries
- Startup owners
- Shipping agencies
- Students
- Lab technicians
- Educational institutes
- Service providers
- Investors
- Industrial worker
Insights gained through interviews
| Stakeholders | Stakeholders' Need |
|---|---|
| Manufacturing industries | The delta bot must be safe to use. Must be responsive, Should interact with other systems working alongside it. Should keep track of the work done.Must relay real-time, the status of work being done. |
| Manager of a manufacturing plant | Want to meet deadlines by replacing unskilled labourers. Increase accuracy in repetitive works by reducing human errors. Wish to run the plant 24/7 |
| Start-up owner | Need a delta bot that is very safe to use, lightweight, and has modular design. The robot will be mainly utilized for pick and place tasks and must possess any kind od of gripper which is efficient in picking or getting hold of an object. |
General Needs
- The product should carry out its intended functions without fail.
- The product should be easily usable by students to learn Mechatronics System Design.
- The product should be easily usable by teachers to teach Mechatronics System Design.
- The product should be aesthetically pleasing.
- The product should take electricity input from a battery for Segway clone and 2 wheeled balancing robot and 230 VAC wall outlet for other robots.
- The product should be made of lightweight and durable materials.
- The product should be cost-effective and easily available.
- The product should be durable and have a good life.
- It should be safe to use by the students and teachers.
- It should be very easy to maintain and parts should be easily replaceable by 3D printing.
- Students should be able to assemble and disassemble it several times.
- Students should be able to identify components, interfaces, and modules or subsystems easily.
- Students should be able to program and reprogram them easily.
- Hardware should be easily accessible to the users.
General Requirements
- Safe to use
- Must be responsive
- Lightweight
- Must have a modular design
- High accuracy
- User interface
- Keep track of the work done.
- Should meet deadlines.
- Feedback system
- Identifications of materials
- Easy to transport
- Durable
- Compact
- Reliable
- Must have an emergency stop button
- Protective case support
- portable in nature
- eco-friendly
- Speech recognition
- Low power consumption
- Easy to repair
- Light weight
- Fire resistant
- Easy to clean
- Avoid self-harm
- Troubleshooting
- Faster time response
- Feedback system
- Voice commands
- Easy to clean
- Avoid self-harm
- Predictable behavior
- Multiple user support
- It should be rugged
- Emergency stop button
- integration with a PLCs, or other devices
- Internals shouldn't be exposed
- should be corrosion free
- Dismantlable
- Minimum noise
- Low Maintenance
- Should be compact
- Should notify the user
- Easy to manufacture
- should be corrosion free
- Easy to work in every environment
- Easy to Transport
- Should be child safe
- Should Have guarantee
- Should Have warranty
- Should be open to more future changes
- Sensitive towards fragile materials
- Task planning
- Forward and Backward Motion
- able to pick up objects
- Movement in the linear, vertical and rotational axes
- Mobile app support
- It should have a display
- Learn from experience
- Able to accommodate additional equipment and third-party software
- Accurate and consistent operation
- It should work both online and offlin
- Should support both currents
- Preprogrammed set of tasks for new users
- Should be able to pick and place object of varied size.
- Good user interface.
- User Guide/Tutorial
- good battery life
- Avoid Obstacle
- Lightweight
- Controllable using Laptop software
- Modularity
- Stable load
- Should provide User Interface
- Surveillance
- Adaptive to various tasks
- Easily programmable
- Feedback system
- Time estimation