3.1 Question And Answer

Sl. No.	Questions	Answers	Objective	Function	Constraint
1	What is the main purpose of this robot?	To help users with small repetitive desk tasks so their main work is not disturbed.	✓
2	Where will this robot be used?	In offices, laboratories, classrooms, and personal study spaces.	✓
3	What simple tasks will the robot perform?	It will securely hold pens, pass small items, and transport a mobile phone using its automated organizer.		✓
4	Where will the robot move?	It will move around on the desk and go around books and laptops.		✓
5	What will the robot carry?	Only light things like pens, notes, or a phone.		✓
6	How will the robot move?	Using DC motors.		✓
7	How will the robot stop itself from falling off the desk?	The onboard camera sensor will map the environment to detect desk edges and halt the motors.		✓
8	How will it avoid hitting laptops, books, or cups?	The camera sensor will actively detect nearby objects and obstacles to steer the robot safely.		✓
9	How will the user interact with the robot?	Through hands-free camera gesture control or a mobile Bluetooth interface.		✓
10	Which controller board will be used to build it?	An ESP32 development board because of its processing power and built-in Wi-Fi/Bluetooth.			✓
11	How will the robot get power?	From a rechargeable battery.			✓
12	How long should the robot run on battery power?	It should run continuously through a standard study or lab session on a single charge.			✓
13	How will the robot be kept safe for users to touch?	By enclosing the wiring and regulating power securely without exposing the wheels' gears.			✓
14	How much noise can the robot make while working?	The DC motors must operate quietly so it does not disturb classes, labs, or offices.			✓
15	Can the robot remind the user about study breaks or tasks?	Yes, the built-in Bluetooth speaker can play audio timer alerts for breaks or routine tasks.