Hasanaat Ahmed Akhtar

H A S A N A A T | A K H T A R

Name: Hasanaat Akhtar

Profile: Full Stack Developer

Location: Manchester

Training Provider: IT Career Switch
& Codecademy

Current role: Freelance Developer

HTML

CSS

Bootstrap

JavaScript

JQuery

React.js

Python

Node

SQL

PHP

C++

About me

I wouldn't say i'm motivated. I'm obsessed.

I love martial arts, espcially JiuJitsu.

It's a learn or die environment, which is tough, but i've learnt to love it. That state of kaizen within me is infused in every aspect of my life.

I'm a results-oriented aspiring Full-Stack Developer with a strong foundation in various programming languages and frameworks (Python, JavaScript, C++, PostgreSQL, Bootstrap, etc.)

Drawing on my experience in coding, project management, sales, and coaching, I craft helpful, innovative, user-centric solutions.

You don't understand something unless you can explain it. When i'm not coding, i'm coaching. Whether that's JiuJitsu or Wresling or supporting other developers in achieving their goals.

Curriculum Vitae

Discover my educational journey and professional highlights.
Download my full CV below.

Skills

Passionate about crafting digital experiences, I've immersed myself in the world of programming, amassing expertise in a variety of languages and frameworks.

Hardcore Programming Languages & Frameworks:

HTML, CSS, Bootstrap, JavaScript, JQuery, React.js, Python, Node, SQL, PHP, C++

Additional Skills:

ISTQB® Certified Tester (Foundation Level),
Blue Belt (Brazilian Jiu-Jitsu),
Level 1 Certified Wrestling Coach

Soft Skills:

Problem-Solving, Communication, Teamwork, Initiative, Adaptability, Time Management

232

Days coding from April 2021

521

Personal projects completed since my journey began

1453

Years of JiuJitsu

Years in a professional role

Certificates

Here are all of the qualifications i've accrued over the last few years,
click to enlarge them, or click to view the original document.

ISTQB® Certificate

Full Stack Engineer Career Path Certificate

C++ For Programmers Course Certificate

Learn JQuery Course

Learn PHP Skill Path Certificate

Learn Bootstrap Course Certificate

Learn Python 3 Course Certificate

Curriculum Vitae

Here's a quick rundown of who I am and what I can bring to the table to help the team achieve their goals:

Sumary

Hasanaat Akhtar

ISTQB® Certified Tester and ITCareerSwitch Full-Stack Engineering bootcamp graduate

Bury, Manchester

Education

ITCareerSwitch

2023 - 2024

Completed an intensive Full-Stack Developer bootcamp, gaining proficiency in various programming languages and frameworks. Built personal projects to solidify my understanding of web development concepts.

Holy Cross College - Manchester (A Levels & AS Levels)

2013-2015

Passes in:
Sociology,
Business,
Economics,
ICT

Derby High School

2011-2013

9 A*-C Grades including Maths, ICT

Languages

English (Fluent),
Urdu (Fluent),
Arabic (Beginner),
Pashto (Beginner)

References:

Available upon request.

Professional Experience

SALES AGENT

April 2022 - present

TalkTalk Business, Manchester

Top Performer Award: Recognized for consistently exceeding sales targets and achieving the highest number of 5-star reviews in the entire company.
Database Development: Built a custom database to track inbound calls and analyze customer interactions, improving team efficiency.

RETENTION AGENT

September 2018 ? December 2020

Vodafone UK, Wythenshawe, Greater Manchester

Retained millions of pounds worth of business for Vodafone.
Built an award-winning and original deal tracking system on Excel to help agents achieve personal and business targets consistently - recognised by heads of department.

PROJECT SUPPORT OFFICER

May 2016 - August 2018

Bolton, Greater Manchester

Managed international partnerships across 5 countries (Philippines, Bangladesh, Iraq, Gambia & Sudan).
Implemented cost-effective project management strategies, ensuring project feasibility and successful completion.

Portfolio

Here are all of the portfolios I have completed, click to enlarge them or even jump in and have a play around!

Real Restaurant (e-commerce) Web Application

Complete with backend and admin system, loyalty points, promotional system, easy to update interface and integrated payment system.

Gazetter

Discover the world at your fingertips.

Database

Big data made easy

Coin Counter

No Internet! Just Computer Vision

Dino Game

Look! No Hands! No Internet! Just Computer Vision

Ultrasonic Sonar and Servo-Driven Tracking

Vigilant Motion Detection System

Dynamic Liquid Crystal Display Spectacle

This Arduino code orchestrates a mesmerizing visual sequence on a 16x2 Liquid Crystal Display (LCD) screen.

Static Seven-Segment Display Initialization

This code segment is a foundational setup for controlling a seven-segment display.

A Precision Temperature Sensor Interface

This code segment embodies a sophisticated temperature acquisition and conversion system.

Digital Pulse Powerhouse

A microcontroller driving an LED through discrete components.

Autonomous Light-Tracking Servo System

A microcontroller driving an LED through discrete components.

Potentiometer-Controlled Motor Modulation System

This circuit exemplifies a dynamic interplay between analog input and digital output.

Smart Parking System Prelude

This code outlines the foundational framework for a sophisticated autonomous smart parking system.

Gazetter breakdown

Ever wanted to know the latest news from around the world with just one click? Now you can!
Simply select your Country of interest and get the latest weather, the top 5 news headlines and all the important links.

PLUS! As a bonus, we'll show you all the airports and the hospitals in that country along with clear borders.

If that wasn't enough, we'll auto-populate the country's currency for you, so you'll know how far 100 of their currency is worth in ANY currency. LIVE.

What are you waiting for? Jump in!

Project information

Category Web design

Client ITCareerSwitch

Project date 01 August, 2024

Project URL https://www.HasanaatAkhtar.co.uk/Project_1

Visit Website

% Of Languages Used:

HTML 39.8%

CSS 0.8%

JavaScript 46.9%

PHP 12.5%

Company Directory breakdown

Companies are constantly evolving. With hundreds of employees, multiple departments, and five locations, managing changes can be a challenge. Our solution provides a streamlined way to handle employee turnover, department restructuring, and location changes, ensuring your company's organisational data remains accurate and up-to-date.

The application is designed as a standalone, single-page web application optimised for mobile devices but also fully functional on desktop computers.

It provides a user-friendly interface that seamlessly connects frontend elements to backend endpoints, enabling users to interact with the underlying database.

What are you waiting for? Jump in!

Project information

Category Back-End

Client ITCareerSwitch

Project date 01 October, 2024

Visit Website

% Of Languages Used:

HTML 15.5%

CSS 6.1%

JavaScript 57.8%

PHP 9.1%

Coin Counter breakdown

This Python project uses Computer Vision and is designed to UK currency using any webcam.
Credit to: Murtaza's Workshop

It addresses potential shortcomings of the previous versions by incorporating the following enhancements:
Enhanced Tracking: The code implements a more sophisticated approach to track contours based on area, white pixel count, and potential size ranges for different denominations. This improves accuracy in identifying and counting coins and bills.

Features:
Color Detection: The code defines custom color ranges (HSV values) for money and incorporates a white pixel count threshold to potentially distinguish between coins and bills. This allows for more robust detection even under varying lighting conditions.:

Project information

Credit Murtaza's Workshop

Category Computer Vision

Client Personal

Project date 13 October, 2024

See it in action!

Github Repo

% Of Languages Used:

HTML 0%

CSS 0%

JavaScript 0%

Python 100%

Dino Game breakdown

To use computer vision to detect when an obstacle emerges and automatically hit the space button.
Credit to: Murtaza's Workshop

This Python script automates gameplay by identifying obstacles in a specific region of the screen and triggering jumps accordingly. It utilizes OpenCV for image processing, cvzone for contour detection, mss for screen capture, and pyautogui for simulating keyboard presses.

Features:
Dynamic Obstacle Detection: Identifies obstacles within the defined screen area using image processing techniques. Adaptive Jumping: Triggers jumps based on the proximity of the leftmost obstacle to a predefined threshold. Customizable Region: Allows you to adjust the screen region of interest for the game. FPS Display: Tracks and displays the script's frames per second for performance monitoring. Requirements:

Project information

Credit Murtaza's Workshop

Category Computer Vision

Client Personal

Project date 13 October, 2024

See it in action!

Github Repo

% Of Languages Used:

HTML 0%

CSS 0%

JavaScript 0%

Python 100%

Ultrasonic Sonar and Servo-Driven Tracking

This Arduino code engineers a sophisticated object tracking system.

At its core, it employs an ultrasonic sensor to accurately measure distances to objects within its field of view.

These distance measurements are then ingeniously translated into precise angular commands for a servo motor, enabling it to dynamically orient itself towards the detected object.

The system operates through a meticulous process: the ultrasonic sensor emits a high-frequency pulse, capturing the time it takes for the reflected echo to return.

This time is then converted into distance. Armed with this data, the code executes a complex decision-making algorithm, mapping distance ranges to specific servo angles.

This orchestration results in a real-time tracking capability, where the servo continuously adjusts its position to maintain a focused orientation towards the target object.

Essentially, this code transforms a static setup into a dynamic, autonomous tracking mechanism, capable of responding intelligently to changes in its environment.

All written in just 55 lines of code (I reckon I still could have made it more efficient).

This is an out-of-the-box, ready-to-assemble completely functional PIR (Passive Infra-Red) sensor.

All the components are available publicly, i've made the bluprint, wiring and the code public too!

Check it out, try it for yourself!

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 06 June, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

Vigilant Motion Detection System

This Arduino sketch engineers a sophisticated motion detection apparatus. Leveraging a PIR sensor, the system undergoes a meticulous calibration phase, establishing a baseline for ambient conditions.

Once primed, the code enters a perpetual monitoring state. Upon sensing motion, an electrifying cascade of events unfolds: an auditory alert is triggered, a visual indicator illuminates, and precise timestamps of the motion's onset and cessation are recorded.

To prevent false positives, the system employs intelligent filtering, discriminating between transient disturbances and sustained motion.

This algorithm's prowess lies in its ability to not only detect movement but also to provide granular temporal data, making it a valuable tool for applications demanding precise motion analysis.

Essentially, this code transforms a microcontroller into a vigilant sentinel, capable of accurately detecting and responding to environmental changes.

This is an out-of-the-box, ready-to-assemble completely functional PIR (Passive Infra-Red) sensor.

All the components are available publicly, i've made the bluprint, wiring and the code public too!

Check it out, try it for yourself!

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 03 June, 2024

Project URL UltraSonic Sensor

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

A Dynamic Liquid Crystal Display Spectacle

Code Breakdown: This Arduino code orchestrates a mesmerizing visual sequence on a 16x2 Liquid Crystal Display (LCD) screen. By deftly manipulating the LCD's registers through the LiquidCrystal library, the code first initializes the display and emblazons the message "HAPPY BIRTHDAY BEAUTY" across its luminous expanse. The subsequent loop function introduces an element of dynamism. A counter iterates incessantly, triggering a captivating leftward scroll of the displayed message. This continuous motion, achieved through precise timing with the delay function, creates a hypnotic visual effect. In essence, this code transforms a static LCD into an interactive canvas, where text gracefully glides across the screen, leaving a trail of digital enchantment.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 03 July, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

Static Seven-Segment Display Initialization

This code segment is a foundational setup for controlling a seven-segment display.

The initial lines define variables corresponding to the individual segments of the display (A, B, C, D, E, F, G, and DP for decimal point).

The setup() function configures each of these pins as outputs, preparing them to drive the physical segments.

The loop() function, in its current state, sets the decimal point (DP) to high and all other segments to low.

This configuration would typically result in displaying a decimal point on a seven-segment display, but without additional logic, no other digits or symbols can be formed.

Essentially, this code lays the groundwork for manipulating a seven-segment display but lacks the complexity to dynamically display information.

To create meaningful visual output, additional logic would be required to control the individual segments in specific patterns.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 02 July, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

Precision Temperature Sensor Interface

This code segment embodies a sophisticated temperature acquisition and conversion system.

It deftly interfaces with an analog temperature sensor, transforming raw analog readings into precise temperature values across Celsius, Fahrenheit, and Kelvin scales.

The core functionality involves a multi-step process.

Initially, the code captures analog voltage data from the sensor.

This raw data undergoes meticulous calibration and scaling to accurately represent the physical temperature.

The resulting temperature value in Celsius is then subjected to linear transformations to yield equivalent values in Fahrenheit and Kelvin.

By seamlessly integrating sensor data acquisition, signal conditioning, and unit conversion, this code provides a versatile temperature measurement solution, delivering real-time, multi-scale temperature data for a wide range of applications.

Essentially, this code turns a simple sensor into a versatile temperature data hub.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 29 May, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

Digital Pulse Powerhouse

This circuit schematic unveils a fundamental yet potent configuration: a microcontroller driving an LED through discrete components.

At its core, the Arduino Uno board serves as the digital maestro, orchestrating the flow of electrical current.

A resistor, acting as a current-limiting guardian, is strategically placed in series with the LED to safeguard it from excessive current.

The LED itself, a semiconductor light emitter, transforms electrical energy into radiant photons.

The circuit's allure lies in its simplicity and versatility.

By manipulating the microcontroller's digital output pin, one can precisely control the LED's illumination, creating a dynamic visual interface.

This foundational setup paves the way for a myriad of applications, from blinking indicators to complex lighting patterns and communication systems.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 29 May, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

Autonomous Light Tracking Servo System

This code orchestrates a sophisticated autonomous servo system designed to orient itself towards a light source.

Employing a quartet of light dependent resistors (LDRs), the system meticulously measures ambient light intensity from various quadrants.

Through intricate calculations, the code determines the relative light intensity differentials, generating error signals that command the servo motors.

These actuators, positioned horizontally and vertically, engage in a dynamic dance, adjusting their positions to minimize the calculated error.

By iteratively refining its orientation based on real-time light readings, the system exhibits a form of autonomous light-seeking behavior.

This intelligent mechanism, coupled with servo motor precision, enables the device to lock onto and track light sources with remarkable accuracy.

Essentially, this code transforms static components into a proactive light-chasing entity, demonstrating principles of feedback control and autonomous navigation.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 03 June, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

A Potentiometer-Controlled Motor Modulation System

This circuit exemplifies a dynamic interplay between analog input and digital output.

At its core, a potentiometer acts as a variable voltage divider, providing an adjustable analog signal.

This signal is then digitized and scaled down, serving as a control parameter for a PWM (Pulse Width Modulation) output.

The PWM output, in turn, drives a motor in one direction, with the speed modulated by the duty cycle of the PWM signal.

As the potentiometer's position varies, so does the motor's speed, creating a smooth and controllable motion profile.

This configuration is akin to a human operator gradually increasing or decreasing the throttle of a vehicle, offering nuanced control over the motor's behavior.

It's a foundational building block for countless applications demanding precise motor speed regulation, from robotics to automated systems.

Essentially, this circuit transforms a simple potentiometer into a sophisticated motor controller.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 06 June, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

A Smart Parking System Prelude

This code outlines the foundational framework for a sophisticated autonomous smart parking system.

At its core, the system employs an array of infrared sensors to detect vehicle occupancy within designated parking slots.

These sensor signals are then processed to update a real-time display on an LCD screen, indicating the availability of each slot.

To facilitate vehicle entry and exit, the system incorporates servo motors that control entry and exit gates.

These motors are activated in response to infrared sensors positioned at the entry and exit points, automating the gate operation.

The code establishes essential components and initializes the system, including the LCD display, servo motors, and infrared sensors.

It also lays the groundwork for future enhancements, such as implementing more complex parking slot management algorithms, integrating with payment systems, and providing guidance for available parking spaces.

In essence, this code represents the initial blueprint of a dynamic parking management solution, promising to revolutionize the parking experience through intelligent automation and real-time information.

This system is poised to transform static parking infrastructure into a responsive and efficient ecosystem.

Link Below!

Project information

Category Embedded Electronics Engineering

Client Hasanaat

Project date 02 July, 2024

Visit Website

% Of Languages Used:

C++ 100%

CSS 0%

JavaScript 0%

PHP 0%

Contact

I get it. You're 100% sold and now you're anxious to get in touch. I've got you.

Address

Bury, Manchester