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AIMAN JUNAID
Aspiration Statement
I am a Data Enthusiast and have immense passion for Data-driven projects. Thus, I want to pursue my career in Data Science and related domains. I am also highly inclined towards Software Engineering. My other passions include Design and Innovation work.
Core Skills
- Python, C++/C/C Sharp
- Power BI, JIRA, MySQL, SQL Server
- OpenCV, Tensorflow, Keras
- HTML, CSS, Bootstrap, Java Script, Angular, Nodejs
- SAP, Flutter, Matplotlib
Academic Awards / Achievements
- Participated in Coding Competition, Women Tech Quest '21 organized by 10 Pearls University
- Won Third Prize Annual Digital Logic & Design Project Exhibition Competition, Habib University
Experience
Leadership / Meta-curricular
- Software Engineering Virtual Experience - JPMorgan Chase & Co.
- Introduction to Flutter Development Using Dart - Certification by The App Battery
Internship / Volunteer Work
- Assoicate Salesforce Developer - CloudJunction Advisors
- Information Technology Department Intern —K-Electric Limited (June 2021 — August 2021)
- Information Technology Division Intern — Muller & Phipps Pakistan Limited (July 2020)
- Supervisor — The Citizen Foundation (June 2019)
Publications / Creative Projects
- Mitigating the Zero Biased Steering Angles in Self-driving Simulator Datasets: Presented a paper in 17th International Conference on Computer Vision Theory and Applications (VISAPP 2022)
- Are there more microbes on your smart devices than toilet seats?: Presented a research paper at Habib University in Collaboration with Pakistan Society for Microbiology
Final Year Project
Project Title
Project Fabricate
Description
Project Fabricate aims to address two major problems in fashion designing in Pakistan. The project works on speeding up the design process and bringing these sketches to life and on providing support to textile designers in their pattern designing process. Through our website, designers will be able to draw any basic sketch and visualize what the final output of their drawn sketch would look like as photo-realistic fabric pattern image. The first step is to let designers input images or ink sketches which we will then augment to generate an entire pattern and ensure to bring these sketches to life by producing a photo-realistic rendition. Lastly, we will generate a complete tile with specified dimensions from the generated one piece of pattern.