Avijit
Pakhira
AI/ML Engineer blending innovation with research — transforming ideas into intelligent systems. Published at Springer international conferences, specialist in computer vision & generative AI.
Profile Narrative
Innovative AI/ML professional with a robust background in computer vision, deep learning, and IoT. Known for strong analytical thinking, problem-solving, and delivering high-impact solutions.
Currently pursuing B.Tech CSE (9.35 CGPA) at JIS University. Published research at icSoftComp2024 (Springer, Bangkok) on Vedic Mathematics for face recognition and precision agriculture.
Eager to drive next-generation AI research and deployment — bridging the gap between academic innovation and real-world engineering.
JIS University
B.Tech CSE (AI/ML) · 9.36 CGPA · 2022–2026
West Bengal, India
Open to remote and relocation
Oracle GenAI Certified
+ Multiple certifications from NPTEL & others
Technical Arsenal
Programming Languages
AI / ML & Data Science
Frameworks & Libraries
Databases & Cloud
Dev Tools & Platforms
Hardware & Core CS
Industry Experience
Designed real-time object detection pipelines using YOLOv3 & OpenCV. Reduced inference latency by 20% and mentored 15+ peers in computer vision fundamentals.
Developed speech-enabled assistant, log-based grading system, and real-time news scraper. Improved internal tool efficiency by 35%.
Built AI-based road lane detection system for autonomous driving scenarios using computer vision and deep learning techniques.
Featured Engineering
Django-powered event management platform with user registration, event creation & booking, job applications, chatbot integration, and admin approval workflows. Supports customizable templates for weddings, conferences & workshops, plus email notifications and media handling for images and resumes.
ML-powered health analytics tool that forecasts diabetes risk from patient metrics like glucose level, BMI, and age. Features an interactive Streamlit web app for real-time predictions, a trained model pipeline, and a full Jupyter notebook covering data exploration, feature engineering, and model evaluation on the PIMA dataset.
Gradio-based exploratory data analysis dashboard that lets users upload any CSV and instantly get interactive charts, correlation heatmaps, distribution plots, and statistical summaries. Includes user authentication and a clean, no-code interface ideal for quick data profiling.
Dual-model AgriTech system — an LSTM/CNN-LSTM stack predicts soil moisture trends over time, while Random Forest, Decision Tree & Logistic Regression ensemble recommends the optimal crop based on soil nutrients and climate data. Empowers farmers with data-driven irrigation and planting decisions to maximize yield.
Python-based voice assistant for Windows that converts spoken commands to text via speech recognition and responds through Windows SAPI text-to-speech. Navigates YouTube, Wikipedia, and Google hands-free, integrates OpenAI API for intelligent responses, and manages local media playback — a fully voice-driven desktop AI companion.
Real-time object detection pipeline with Non-Maximum Suppression & dynamic confidence thresholding. Processes live video feed, draws labeled bounding boxes, and is optimized for edge device deployment with reduced inference latency.
End-to-end computer vision pipeline that detects filled bubbles, compares them against an answer key, and auto-grades OMR sheets in real-time. Eliminates manual checking with sub-second evaluation speed and high accuracy across varying sheet qualities.
Deep learning model for precise autonomous lane boundary detection, built during the Pinnacle internship. Uses Hough transform + CNN for robust lane tracking under varied lighting and road conditions, designed for self-driving car simulation pipelines.
NodeMCU + ultrasonic sensor system connected to Blynk cloud for real-time tank level monitoring and automated pump control. Mobile push alerts, historical level logging, and smart refilling logic — reducing household water waste by 30%.
Research & Global Publications
Integrating ancient Vedic mathematical principles with CNN architectures to significantly enhance face recognition efficiency. Comprehensive literature review across 10+ papers, demonstrating potential computational savings in biometric systems.
Co-authored ML model for sustainable farming, optimizing crop yield predictions using soil moisture sensor data and ensemble learning. Presented at internationally recognized CHARUSAT conference, contributing to global AgriTech research.
Education & Certifications
CGPA: 9.35 / 10 — Coursework: Deep Learning, Computer Vision, Data Structures, Operating Systems, DBMS, Computer Networks.
Aggregate: 85.8%
Percentage: 83.6%
Let's Build Something Together
Looking for collaborations, research partnerships, or full-time AI/ML engineering roles. I'd love to hear from you!