Electronics and Telecommunication Engineering student | Java | C++ | Data Structures
AI is analyzing your overall score…
Identifying your key strengths…
Evaluating your skill match against the job requirements…
Assessing your cultural and operational fit
Clothing-Brand-Website
January 26, 2026 – Present
Clothing-Brand-Website — GitHub repository
View ProjectIshan-Latex-Resume
December 19, 2025 – December 19, 2025
My personal LaTeX resume templates (Fresher), built for Overleaf and ATS-friendly usage.
View Projectintellitask-ai-suite
December 8, 2025 – December 10, 2025
intellitask-ai-suite — GitHub repository
View ProjectWeb-Vulnerability-Scanner
April 29, 2025 – April 29, 2025
Web-Vulnerability-Scanner — GitHub repository
View ProjectMADHAV-STORE-DASHBOARD
April 23, 2024 – April 23, 2024
MADHAV-STORE-DASHBOARD — GitHub repository
View ProjectARDUINO-BASED-LINE-FOLLOWER-ROBO
February 20, 2024 – February 20, 2024
Leading a line follower robot project with Arduino Uno & IR sensors. Overcame resource challenges by ingeniously using a 10V DC supply from college, showcasing adaptability. Proficient in circuit design with L298N motor drivers & coding efficient sensor algorithms, highlighting technical prowess.
View ProjectImplementation-of-PCA-with-ANN-algorithm-for-Face-recognition
January 14, 2024 – January 14, 2024
This project recognizes faces using smart techniques. It shrinks data, finds important face features, and trains a smart system. Cool pictures show what features matter. The smart system accurately predicts and shows results in a picture gallery.
View ProjectRandom-Number-Game
December 23, 2023 – December 23, 2023
Welcome to the "Random Number Game" repository! This is a simple Java-based console application where users can try to guess a randomly generated number within a specified range. This project serves as a great introduction to basic Java programming concepts and logic.
View ProjectCultural Fit Analysis
The candidate's personal projects demonstrate a broad range of interests, from robotics to web development and data science, indicating curiosity and a willingness to explore different domains. The 'ARDUINO-BASED-LINE-FOLLOWER-ROBO' project highlights resourcefulness and initiative. This diversity suggests a potential for adaptability and a learning-oriented mindset, which can contribute positively to team dynamics. However, without direct interaction or more detailed project context, a deeper cultural fit analysis is limited.
Soft Skills & Operational Fit
The candidate's project descriptions suggest a proactive approach to learning and problem-solving, as evidenced by the Arduino project. However, without psychometric test results or interview data, a comprehensive assessment of soft skills and operational fit is not possible.