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Schedule Interview NowMy name is Muhammad Haris J. and I have over 10 years of experience in the tech industry. I specialize in the following technologies: SQL, JavaScript, PHP, AWS Systems Manager, Google Maps API, etc.. I hold a degree in Bachelor of Science (BS). Some of the notable projects I’ve worked on include: Flood Mapping Tool, Automation Of Stock Market Trading, 3dusernet.com. I am based in Karachi, Pakistan. I've successfully completed 3 projects while developing at Softaims.
I value a collaborative environment where shared knowledge leads to superior outcomes. I actively mentor junior team members, conduct thorough quality reviews, and champion engineering best practices across the team. I believe that the quality of the final product is a direct reflection of the team's cohesion and skill.
My experience at Softaims has refined my ability to effectively communicate complex technical concepts to non-technical stakeholders, ensuring project alignment from the outset. I am a strong believer in transparent processes and iterative delivery.
My main objective is to foster a culture of quality and accountability. I am motivated to contribute my expertise to projects that require not just technical skill, but also strong organizational and leadership abilities to succeed.
Main technologies
10 years
8 Years
9 Years
5 Years
Potentially possible
Careem
The client possesses a water mapping tool and intends to enhance it by developing a new tool called "Flood Mapping." The objective is to enable users to select a grid on a map and input additional details such as the start and end dates. Subsequently, the tool will identify and display areas that have experienced floods, utilizing the Google Earth Engine API. Additionally, the client desires to transition from using Google Maps as the base map to employing Mapbox. To accomplish the project requirements, I employed various technologies and frameworks, including Google Earth Engine, Google Cloud Platform (GCP), Mapbox, and Python Flask. By leveraging these tools, I successfully fulfilled all of the client's specifications. As a culmination of my efforts, the project is currently hosted on the domain of the United Nations University.
Client wanted to create a web application which trade on various platforms like on Alpaca, Binance and etc I had developed their trading infrastructure from scratch using python, AWS Fargate and Github APIs. I had contributed in their backend application and improve their CI/CD pipelines
Client sought to develop a sophisticated product based on an open-source project, namely POTREE. This endeavor aimed to enable users to upload 3D scenes and augment them with point clouds, models, and linework. Additionally, the client desired a comprehensive backend infrastructure that would facilitate user registration, login, payment processing via Stripe, and seamless conversion of large 3D asset files into our supported formats. During my tenure at KNYSYS software house, where I served as the team lead for a group of five developers, I successfully completed this project. Our efforts centered around customizing the potree open-source project to fulfill the client's requirements. Notable enhancements included the integration of a leaflet map, support for incorporating models and linework, and a complete redesign of the user interface. From a backend perspective, we meticulously constructed the backend application from scratch. This entailed implementing user registration and login functionality, designing user and admin dashboards, and developing an administrative dashboard that provided insightful metrics such as total storage usage, storage allocation by user, and EC2 machine usage per user, among other key performance indicators. We also engineered a robust infrastructure for handling the uploading and conversion of large 3D asset files. This involved leveraging various AWS services such as S3, Fargate, ECS, EC2 clusters, and Lambda functions. By creating a streamlined pipeline, we ensured that when users uploaded files to S3, the system would automatically initiate the conversion process, update the database upon successful completion, and seamlessly integrate the converted files into the 3D scene. To enhance user experience, we implemented a mechanism for preserving the state of the 3D scene. This included capturing the positions of different 3D assets, measurements, and other relevant data, enabling users to seamlessly resume their work from where they left off. Throughout the project, we utilized a robust PostgreSQL database, which served as a reliable foundation for data storage and retrieval. By successfully delivering on these objectives, our team demonstrated a high level of expertise in software development, customization, and infrastructure design.
Bachelor of Science (BS) in Computer science
2014-01-01-2017-01-01