About me

Hi, I’m Aqib, passionate about web development, cloud computing, and building practical tech solutions. I enjoy turning ideas into real projects—creating websites, exploring cloud platforms, and solving programming challenges.

I love learning new technologies, tackling complex problems, and developing tools that make life easier or more efficient. I’m always eager to grow my skills, collaborate on innovative projects, and contribute to solutions that have real impact.

What I'm Doing

  • cloud icon

    Bachelors in Computer Engineering

    Currently mastering system-level design and hardware-software integration, while rigorously evaluating CPU scheduling algorithms through Turnaround Time and Average Waiting Time analysis.

  • cloud icon

    Cloud Computing & DevOps

    Exploring cloud platforms and learning DevOps practices to deploy and manage applications smoothly.

  • Linux

    Linux commands and scripting language

    Managing core Linux environments and automating complex server tasks using native Bash and shell optimization.

  • Web development icon

    Digital Signal Analysis

    Configuring and plotting advanced signals in MATLAB to visualize and process mathematical data patterns.

  • Networking icon

    Network Engineering

    Designing and simulating complex network topologies using Cisco Packet Tracer with a focus on routing efficiency.

  • Web development icon

    Full stack Web Development

    Creating dynamic, responsive web applications using HTML, CSS, JavaScript, and high-performance PHP.

  • database icon

    Database Engineering

    Designing relational MySQL schemas and optimizing queries for efficient, low-latency data handling.

  • project icon

    Project Development

    Building real-world projects to apply my programming and engineering knowledge.

Resume

Education

  1. Bahaudin Zakriya University Multan

    2023-2027

    I am currently pursuing a Bachelor’s degree in Computer Engineering. My studies focus on both hardware and software concepts, giving me a strong technical foundation Along with academics, I actively work on practical projects, improving my skills in problem-solving, coding, and system design. My university journey has helped me develop logical thinking, teamwork, and real-world technical skills, preparing me for professional challenges in the tech industry.

  2. Muslim College of Science and Commerce

    2020-2022

    I completed my FSc Pre-Engineering, where I developed a strong academic foundation in Mathematics, Physics, and Chemistry. This stage of my education enhanced my logical thinking, problem-solving abilities, and discipline. Throughout my college journey, I learned the value of hard work, consistency, and effective time management. Studying pre-engineering also strengthened my interest in technology and engineering, which motivated me to continue my studies in Computer Engineering at the university level.

  3. Govt. High School Matotli

    2018-2020

    I completed my schooling, where I built my basic academic foundation and developed essential skills like reading, writing, and critical thinking. My school years nurtured my curiosity, discipline, and love for learning, which later guided me toward engineering and technology.

Experience

  1. DevOps Engineer Intern – Mise Academy

    April 2026 — June 2026

    Implemented full GitOps pipelines using ArgoCD, Helm, Kubernetes, and Jenkins, enabling automated deployment and scaling of full-stack applications. Built and maintained CI/CD pipelines to build, push, and deploy Docker images to Docker Hub and AWS ECR, integrating GitHub webhooks for automation. Automated secure cloud infrastructure using Terraform, including VPCs, public/private subnets, load balancers, and RDS credentials secured with AWS Secrets Manager. Configured monitoring and observability using AWS CloudWatch, Prometheus, and Grafana, including metrics tracking, alerting via SNS, and troubleshooting production issues.

  2. Technical Team Leader – AWS Cloud Club BZU Multan

    March 2026 — Present

    Leading technical sessions and hands-on workshops focused on AWS, DevOps, Kubernetes, and cloud-native technologies. Mentoring students on cloud computing fundamentals, CI/CD pipelines, Docker, and Kubernetes deployments. Collaborating with team members to organize technical events, bootcamps, and community learning activities. Promoting cloud awareness and modern infrastructure practices within the university tech community.

  3. Web Development

    2024 — Present

    I have built interactive and responsive websites using HTML, CSS, JavaScript, and PHP. Through these projects, I have gained practical experience in frontend and backend development, making websites that are both functional and visually appealing.

My skills

  • Docker & Kubernetes
    90%
  • AWS Cloud
    85%
  • CI/CD (Jenkins & GitHub Actions)
    85%
  • Terraform & Infrastructure as Code
    80%
  • Monitoring (Prometheus & Grafana)
    80%
  • Linux & Bash Scripting
    85%
  • Web Development (PHP, HTML, CSS, JS)
    80%

Certifications

Credly Certificate 1 Credly Certificate 2

Engineering Case Studies

  • Smart Street Light
    IoT & Automation

    Smart Street Light Detection System

    Developed an automated lighting solution using Arduino Uno and LDR sensors. The system dynamically adjusts municipal light intensity based on environmental visibility, significantly reducing energy consumption.

  • Enterprise Systems
    Production Live

    Unified Student Records & Academic Analytics

    Architected a high-performance PHP/MySQL ecosystem designed to streamline institutional data management. The portal provides students with real-time access to Academic Performance Metrics, digital transcripts, and personalized records through a secure, responsive interface optimized for direct server deployment.

    Data Integrity

    Relational database normalization for optimized record retrieval.

    Secure Access

    Encrypted authentication and role-based permissions (RBAC).

    View Full Project
    DATABASE_QUERY: EXECUTING
    Academic Portal Interface
  • ENCRYPTED_LINK: ACTIVE
    AES-256 BIT ENCRYPTION
    Network Topology - Secure IPsec Tunnel
    Defense-in-Depth
    Tunnel Established

    Site-to-Site IPsec VPN Architecture

    Designed and implemented a resilient Site-to-Site VPN framework to secure cross-geographical data transit. Utilizing IPsec (Internet Protocol Security), I engineered a zero-trust encrypted bridge that ensures packet integrity and confidentiality across public infrastructures, effectively neutralizing Man-in-the-Middle (MitM) attack vectors.

    Encryption Standard

    Advanced IKEv2 Key Exchange with AES-256 tunneling.

    Integrity Check

    SHA-256 Hashing for secure packet authentication.

    Download Configuration Specs
  • Signal Processing
    Signal Verified

    Acoustic Telemetry & Inverse Spectral Mapping

    An end-to-end MATLAB signal pipeline developed for high-fidelity audio-to-spectral encoding. The system serializes magnitude and phase matrices into .MAT telemetry files, enabling full Inverse STFT reconstruction. This methodology mirrors deep-space data compression used in satellite communications.

    > SIGNAL_IN: Audio Waveform (.wav)
    > PROCESS: Spectrogram Generation
    > OUTPUT: Lossless Acoustic Recovery
    View Source Code
    LIVE_RECONSTRUCTION_MATRIX
    LATENCY: 0.04ms
    MATLAB Signal Reconstruction
  • bash — OS_Sim_Terminal
    $ tree Process_scheduler/
    Process_scheduler/
    ├── scheduler.c # Logic Engine
    ├── run_tests.sh # Automation
    │
    ├── testcases/ # Raw Inputs
    │ ├── input1.txt
    │ └── input2.txt
    │
    └── results/ # TAT/AWT Reports
    ➜ scheduler git:(main) ./run_tests.sh
    [Comparing TAT & AWT for 5 algorithms...]
    Kernel Simulations
    Build Success

    Advanced CPU Scheduling & Performance Comparative

    Architected a C-based Operating System Simulation to perform comparative analysis across major scheduling paradigms. This suite implements a rigorous benchmarking pipeline that evaluates Turnaround Time (TAT) and Average Waiting Time (AWT) across FCFS, Round Robin, SRTF, and Priority algorithms, utilizing Bash to automate data extraction and result serialization.

    Performance Metrics

    AWT and TAT optimization analysis for high-throughput systems.

    Automation

    Automated stress-testing via multi-scenario Bash test suites.

    View Comparative Metrics
  • Spring Ecosystem
    Dockerized Instance

    Enterprise Java: Containerized Spring Architecture

    Developed a cloud-ready Java Spring Boot application as part of a professional Coursera specialization. I engineered this project to demonstrate Environment Parity by encapsulating the Spring runtime within Docker, ensuring seamless deployment across heterogeneous cloud environments with zero configuration drift.

    RESTful Endpoint Mapping
    Maven Dependency Management
    Docker Image Layer Optimization
    View Build Scripts
    @SpringBootApplication
    public class Application {
    SpringApplication.run(App.class);
    }
    ---
    FROM openjdk:17-jdk-alpine
    COPY target/*.jar app.jar
    ENTRYPOINT ["java","-jar","/app.jar"]
    DEPLOYMENT_MANIFEST
    Dockerfile (Layered Build)
    BUILD_ORCHESTRATION
    pom.xml (Spring Boot Starter)
    SERVICE_STATUS
    Port 8080 Listening
  • Kubernetes & DevOps
    Cluster Running

    Wanderlust Mega Project

    Deployed a full-stack travel web application on a Minikube Kubernetes cluster using Docker and Kubernetes manifests. Configured multi-service deployments, services, and ingress resources to ensure seamless container orchestration and reliable application delivery.

    Orchestration

    Kubernetes manifests for pods, deployments, and services on Minikube.

    Containerization

    Dockerized application stack with multi-container coordination.

    View on GitHub
    kubectl — wanderlust-cluster
    $ kubectl get pods -n wanderlust
    wanderlust-frontend 1/1 Running
    wanderlust-backend 1/1 Running
    wanderlust-db 1/1 Running
    $ kubectl get svc
    NodePort: 30080 → 80/TCP
    ✔ Ingress Controller Active
  • kubectl — chat-app
    $ kubectl get deployments
    chat-server 2/2 Running
    chat-client 2/2 Running
    redis-cache 1/1 Running
    $ docker ps --filter status=running
    3 containers active
    ✔ WebSocket connections live
    Multi-Container App
    Live Deployment

    Real-Time Chat Application

    Built and deployed a real-time chat application using Docker and Kubernetes with multi-container orchestration. Designed scalable service architecture with replicated deployments, ensuring high availability and fault tolerance across the chat infrastructure.

    Scalability

    Replicated Kubernetes deployments for zero-downtime horizontal scaling.

    Real-Time

    WebSocket-based messaging with multi-container Docker orchestration.

    View on GitHub
  • bash — Record_Manager
    $ ./manage_records --search --id 1042
    [Searching binary_tree_index...]
    ✔ Record Found:
    Name: Aqib Hussain
    GPA: 3.85
    Latency Analysis:
    Search TAT: 0.0024ms
    Wait Time: 0.0001ms
    File Systems
    Stable Build

    Binary-Indexed Student Record System

    Developed a high-performance C-based management system utilizing binary file handling and indexed search structures. Beyond basic CRUD operations, the system evaluates the Average Waiting Time of query requests by comparing Linear vs. Logarithmic search complexities, ensuring efficient data retrieval even as the record database scales.

    Data Persistence

    Custom file-serialization for non-volatile record storage.

    Search Optimization

    Comparative AWT analysis for O(n) and O(log n) retrieval.

    Source Code

Contact

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