Need Statement:

There is a need for a smart alarm system that helps users manage snoozing habits and wake up more effectively by providing personalized and interactive alarm features.

#Questions and answers.

Team Number - 12 – Smart Alarm System Q&A Table

No.	Question	Answer	Objective	Function	Constraint
1	What should be the budget of the alarm?	Rs. 5000			✅
2	What are the features expected?	Durability, safety, portability, emergency	✅
3	Is there a minimum acceptable battery lifespan?	Yes	✅
4	Should the alarm be automatic or manual?	Semi-automatic		✅
5	Power supply must be through electricity or battery?	Alarm uses battery; motor uses electricity	✅
6	How do we control the bed?	Remote, control panel, or touchscreen		✅
7	How does the vibration work?	Motor generates gentle vibrations to improve circulation		✅
8	Is it automatic or semi-automatic?	Semi-automatic	✅
9	Duration of vibrating and tilting of bed	Until the person wakes up	✅
10	Does it sense the person?	Yes, through weight		✅
11	What happens if the alarm doesn’t have enough battery?	It can die	✅
12	Can a smart alarm work without internet connection?	Yes	✅
13	Does the smart alarm work for everyone?	Yes	✅
14	What is the main purpose of a smart alarm?	Made using simple techniques	✅
15	How does a smart alarm help people wake up?	Wakes you up at the right time	✅
16	After how many minutes does it snooze?	10 minutes			✅
17	What sound does the alarm make?	All types	✅
18	Can the alarm be turned off or snoozed manually?	Button press		✅
19	Does the alarm have a light indicator when it's on?	Yes	✅

Problem definition version 1.1

Design an alarm system with an emergency stop feature that works in both small and large rooms. It should run on electricity and battery power, show essential information, and support remote control via smartphones or tablets. The system must last at least two years, operate quietly at 30–40 dB, run a motor at 20 RPM, support up to 10 kg bed weight, and have a screen thickness of 1–4 cm. Manual control, light indicators, and customizable alarm patterns are required, all within a $5000 budget.

problem definition version 1.2

Develop a smart alarm system with emergency stop and manual controls, powered by both electricity and battery backup. It must display key data, support remote access via mobile devices, and function reliably in various room sizes and environmental conditions. Key specs include 30–40 dB noise level, 20 RPM motor speed, ≤10 kg bed weight, and 1–4 cm screen thickness. The system should feature light indicators, alarm patterns, and stay within a $5000 budget, lasting at least two years.

problem definition version 1.3

Create a reliable, dual-powered alarm system for varied environments and room sizes, featuring emergency stop, manual control, and remote app access. It should run quietly (30–40 dB), drive a motor at 20 RPM, handle a 10 kg load, and use a 1–4 cm screen. The system must include status display, light signals, customizable alarms, and wireless connectivity, all under a $5000 budget and built to last a minimum of two years.