Muhammad Zeeshan Ansar

Academic

Verbatim text

Muhammad Zeeshan Ansar
+92 3055431904, engr.zeeshan0772@gmail.com
Lalazar, Rawalpindi.
LinkedIn: https://www.linkedin.com/in/m-zeeshan-ansar-ee-engr,
Neo
ducation
auji Foundation College | 2019
.Sc (Pre-Engineering) |
02 Model College, Rawalpindi | 2017
atric (Science) |
Projects
Final Project: Warehouse BLE Mesh Climate Monitoring System: System consists of climate monitoring nodes
which consists of an ESP32 ycontroller and a DHT22 sensor. These sensor nodes are interconnected via a Bluetooth-
low-Energy (BLE) Mesh network topology. Data from these sensor nodes is read on an Android smartphone.
Semester Projects:
VR Microcontroller-based Temperature-responsive Motor Control System:
he AVR Microcontroller-based Temperature-responsive Motor Control System is a project that utilizes AVR
microcontroller technology to create a system for controlling motors in response to changes in temperature.
irect Current (DC) Regulated Power Supply
he project involves creating a stable Direct Current (DC) Regulated Power Supply for electronic devices.
Verilog Implementation of a Digital Real-Time Clock (RTC)
The Verilog Implementation of a Digital Real-Time Clock (RTC) project involves designing and implementing a digital
clock that can keep track of time in real-time. The clock is implemented using Verilog, a hardware description
ear and is intended to be used in FPGAs.
inux-based Multithreaded SHA-256 Hash Cracker
The Linux-based Multithreaded SHA-256 Hash Cracker project aims to develop a software tool that can crack SHA-256
hash functions in a more efficient and faster way. The software is designed to run on a Linux platform and uses
multithreading to improve its performance.
esigned a SQL Database for an Online Discussion Forum
he project involves designing a SQL database that can be used for an online discussion forum. The database is
intended to store user information, discussion threads, and comments made by users.
Work Experience
kills & Tools
rofessional Skills Team Work, Team Management, Team Organization.
echnical Skills ssembly, Embedded C, C++, Python programming, Verilog, RISC-V, ARM Cortex-M, ESP32,
TM32, nRF, AVR pcontrollers, Linux system programming, FreeRTOS, MySQL, BLE, TCP/IP,
iFl, MQTT, Cryptography, Linux, Unit testing, TDD, Cmake, Git, Matlab, Proteus, KiCAD
Achievements
Trainings / Certification
Activities
nterests
eading, Coding
FAST SCHOOL OF
ELECTRICAL ENGINEERING
FINAL YEAR PROJECTS
ayn
3D Temperature Visualization of a Data Center
Data centers are an essential part of telecommunication and computer systems as they are
responsible for data storage and processing. However, there are several issues that risk the data
stored in these centers. Servers due to long active hours, have a tendency to heat up. This can
cause server failure and data loss. To prevent this, air conditioning and perforated tiles are
installed to server rooms. Temperature variation inside a data center varies drastically compared
to a regular room. These problems can be avoided by analyzing variations of temperature using a
three-dimensional visualization of a data center.
The project requires temperature sensors connected to a Bluetooth Low Energy Module. These
BLEs are wirelessly connected to a gateway using Bluetooth Technology. The data visualized will
reveal the situation of temperature near the racks. The Gateway will be programmed to transfer
the data of the sensors to the loT Platform, using MQTT protocol. The loT Platform will be used to
insert these points into a database which we will then transfer to our backend application using
HTTP protocol. These points will be converted into a temperature gradient which will be used to
create a colored two-dimensional model and then a three-dimensional one using frontend
applications.
The aim is to provide a cheaper, cost effective and real-time solution for the prevention of server
failure.
SUPERVISOR NAME: ENGR. AAMER HAFEEZ
3D TEMPERATURE VISUALIZATION OF A DATA CENTER
MAIN BLOCK DIAGRAM
Technology Used:
an Raspberry Pi, OpenCV-Python, ML Libraries,
= PostgreSQL, JavaScript, HTML, CSS
<= * Aue fares Supervisor Name:
Engr. Aamer Hafeez
Group Members:
Areeba Tanveer (i19 - 0857)
Shamim Ishrat Jahan Khilji (i119 - 0905)
ATIONAL UNIVERSITY | K
Autonomous Shopping Cart
The project involves design and implementation of an autonomous shopping cart, which will
allow users to carry out the shopping process more efficiently as well as increasing sales for the
retailer. Traditional shopping carts are heavy and difficult to maneuver. Customers also face
difficulty getting information about products such as pricing, location, availability etc. This project
will solve all of these problems, allowing users to divert their attention from manually managing
the shopping cart.
The project aims to prepare an effective shopping cart prototype which can automatically track
and follow its target, while avoiding obstacles along the path and carrying a substantial weight.
The prototype will also be equipped with a touch LCD to provide user access to a database which
will provide all relevant information on products.
million retail outlets in the country. Adoption of autonomous shopping carts will improve the
efficiency of retail operations, drive innovation in the retail market, create jobs and drive
economic growth.
Supervisor:
Dr. Arshad Hassan
Group Members:
Bast shabbir 191-0766
Usama ishfaq 1940902
AUTONOMOUS
SHOPPING CART
Objective
‘The main goal of this project is to develop an automated shopping cart that can
seamlessly track and follow its target, while safely circumnavigating any obstacles,
in its path. Additionally, the project involves creating an intuitive user interface to
enable customers to access information on available products with ease.
Ai
Features
1. Target tracking
2. Obstacle avoidance
+3.U| for database access
Technology Used:
Inertial Navigation, Light Detection and
Ranging (LiDAR), Bluetooth Low Energy (BLE).
Supervisor Name:
Dr. Arshad Hassan Khan
Future Enhancements Group Members:
+ Integration with mobile app
+ Multi-store support for greater flexibility Basit Shabbir (i19 - 0766)
+ Autonomous charging
Tools: es A 5o,O} @ 8:" Hamza Nisar (i19 - 0755)
Usama Ishfaq (i19 - 0902)
ole
st
Ry SLAMABAD Campus % l y
Augmented Reality Based Indoor Navigation System
Project Description:
The aim of this project is to develop an augmented reality (AR) based indoor navigation
system that enables users to navigate through indoor environments with ease. The system will
utilize AR technology to provide users with a more interactive and immersive navigation
experience.
The system will consist of a mobile application that utilizes the camera on a smartphone or
tablet to overlay virtual markers and directions onto the real world, creating a more intuitive and
visual navigation experience.
Key Features:
1. Real-time positioning and orientation tracking: The system will use advanced positioning
technology, known as simultaneous localization and mapping (SLAM), to accurately
determine a user's location and orientation in real-time.
2. AR-based navigation: The system will use AR technology to overlay virtual markers and
directions onto the real world, making it easier for users to navigate through indoor
spaces.
3. User-friendly interface: The mobile application will have a user-friendly interface that
allows users to easily input their destination and receive step-by-step directions.
4. Multi-floor navigation: The system will be able to navigate through multi-floor buildings,
providing users with seamless navigation between floors.
AUGMENTED
REALITY BASED
INDOOR
NAVIGATION
MOTIVATION
Technology Used:
Unity, AR Core, ZXing, C#, Visual Studio
Supervisor Name:
Engg. Shehzad Ahmed
Group Members:
Shahzaib Shakoor (i18 - 0875)
Abdul Rafay Zafar (i18 - 0848)
Muneeb Ahmad Nasir (i118 — 0766)
Automated Ultra-Filtration Plant
Automated Ultra-Filtration Plant brings automation to the process of the water filtration. Ultra-
Filtration being th

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