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Student Names and IDs
BN301 Industry Based Project 1
Project Title
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Project Client Details
Client Name:
Company Name:
Project Supervisor Name:
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Project Overview
Contents
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Client Requirements
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Project Design
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Prototype
explain
iefly
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Method to be used for BN304
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Limitations and Conclusions
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References
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BN301 Industry Based Project 1 Client details
Group Number: 4
Student ID and Names:
Manisha Khatri MIT211174
Samundra Giri MIT200004
Sabin Lamichhane MIT191974
Yugesh Adhikari MIT221266
Project Title: Invisible Safety Security using Floor Pressure Sensor
Name of Industry Placement Agent (if any): Career DC Group Ptd.Ltd.
Agent Name: Miqdad Hassan
Contact Name: Managing Directo
Contact number: XXXXXXXXXX
Email id: www.careerdc.com.au
Industry Client Details (Compulsory for all proposals):
Company Name: BRR Technology Solutions
ABN: XXXXXXXXXX
Company address: 21/296 Ma
ickville Road, Ma
ickville NSW 2204, Sydney, Australia
Company Profile: Full-service technology Consultancy company delivering high performing and advanced functionality software solutions for growing companies.
Website: http:
technology.com
Industry Professional (Contact) Name: Raafat Alsameraai
Client email id: XXXXXXXXXX
Contact Number: XXXXXXXXXX
Brief Bio of the industry professional: Raafat is an experienced Engineer and Technologist with over 6 years’ experience in technology and engineering.
Signature of the industry professional
Raafat Alsameraai
Date: 08/04/2023
Project Definition
1. Background and Rationale for the project
Safety and security are paramount concerns for every individual and organization. Traditional security systems such as alarms, cameras, and access control systems are limited and can be easily bypassed by sophisticated intruders. There is a need for a more reliable and efficient security system that can detect and deter intruders while remaining discreet and unobtrusive. A floor pressure sensor-based security network system can provide an effective solution by detecting the presence of individuals in a restricted area without alerting them. The system can be used in homes, offices, museums, and other places where privacy and security are paramount.
2. Project goals and Objectives
The goal of the project is to design and develop an invisible safety security system using floor pressure sensors. The system should be able to detect the presence of individuals in a restricted area and trigger an alert to the security personnel without alerting the intruder. The project objectives include:
● Designing a floor pressure sensor-based security network system that can be integrated with the existing security infrastructure.
● Developing a software application that can analyze the sensor data and detect unauthorized individuals.
● Integrating the security system with the building management system to enable automatic locking and unlocking of doors based on sensor data.
● Testing the system in real-world scenarios to evaluate its effectiveness and reliability.
3. Project Resources:
Hardware: Floor pressure sensors, microcontrollers, wireless communication modules and other electronic components
Software: Programming languages such as Python, C++ or Java and software development tools
4. Desired Outcomes/Deliverables
· A fully functional floor pressure sensor-based security system.
· A software application that can analyze the sensor data and trigger alerts to the security personnel.
· A report on testing the system in real-world scenarios.
· A user manual for the security system and the software application.
5. Add any other information you wish on the project
The system can also be used to monitor the movement of people within a building which can be useful for optimizing the use of space and resources.