Dhruv Sachdeva’s Post

🚀 Mini Project Completed: Quantum Algorithm Simulation Tool I’m excited to share my recent mini project where we developed a GUI-based Quantum Algorithm Simulation Tool using Qiskit.This project focuses on making quantum computing concepts more interactive, visual, and accessible, especially for beginners. 🔍 What the project does: Simulates key quantum algorithms: Bernstein–Vazirani Deutsch–Jozsa Grover’s Search Provides an intuitive GUI to: Select algorithms Input parameters Generate quantum circuits Visualize results using histograms This project was inspired by my learning in quantum computing through a Coursera course, where I explored the fundamentals of quantum algorithms and their applications. ⚡ Key Learnings: Practical understanding of superposition and interference Insight into quantum speedup and amplitude amplification Hands-on experience with Qiskit and circuit simulation 🎯 This project helped me bridge the gap between theoretical concepts and real-world implementation. 🔗 GitHub Repository: 👉 https://lnkd.in/dApSX9u6 Would love to hear your feedback! #QuantumComputing #Qiskit #Python #MiniProject #ComputerScience #Learning #Innovation #StudentProject #Tech

Yesterday I finished the documentation for my project submitted to the AMD Hackathon, hosted at lablab.ai. This is a project I had been dreaming about building for a long time. Deneb Compass is an AI system focused on engineering workflows and technical research. The platform is designed to help engineers create technical documents, research articles, and reduce much of the repetitive and time-consuming work involved in technical writing and knowledge organization. It also helps organize and associate authors, references, and related research materials within a project. The main goal of this project is to reduce the time spent searching through massive amounts of technical material, allowing engineers and researchers to focus on what really matters: progress and innovation. You can learn more about the project here: https://lnkd.in/gmjW6khJ #AI #MachineLearning #Engineering #Research #Python #LLM #Innovation #AMD #Hackathon #Tech

Here is one of the many projects I created throughout my computing graduate course load. It is an interactive learning tool that helps visual and context learners understand how GPU matrix workloads (GEMV, GEMM) and execution strategies impact data movement, arithmetic intensity, and performance across memory hierarchies and distributed systems. Also, an exploit of the #CodexCreatorChallenge #Codex #OpenAI Handshake credits. If you get to explore it, I'd love to have your thoughts on possibly transforming this into a powerful and useful learning application😉. Also, in case you're curious, I intend to exploit my personal time recreating and breaking down a lot of my projects in my portfolio/blog. Subscribe for updates. The links are in the comments.

What if everything you think is solid... is actually fuzzy? Modern science suggests reality is fuzzy. Our best models struggle with "what is." Imagine a low-quality video game. The core code is missing. We only see the picture. - Current math has unexplained gaps. These gaps show our understanding is incomplete. - David Bohm offered a different view. His ideas try to make reality solid again in the math. - Testing this is tough. It moves physics from ideas to real engineering tests. Your basic ideas about system stability might need a rethink. Do not build on weak ground. If old physics fails, what new basic tools must we invent? 🤔 #QuantumComputing #TheoreticalPhysics #CTO #DeepTech #BohmianMechanics

Ever wondered how you can control a game without ever touching a keyboard or controller? 🎮✋ Check out this quick sneak peek from our upcoming session! We’re excited to bring you another installment of Tea Tech Talks, and this time we’re diving deep into the fascinating world of Computer Vision! 🤖👁️ Join us for a fun, hands-on coding session where we’ll explore exactly how machines interpret images and movements. We’ll cover the basics of image processing and object detection through simple, interactive activities—just like the balloon blaster game in the video! 🎈💥 If you’re curious about AI or want to learn how computers “see” the world, this session is the perfect place to start. #ComputerVision #ArtificialIntelligence #MachineLearning #TechTalks #OpenCV #StudentDevelopers #TechCommunity #CodingEvent

Ever wondered how you can control a game without ever touching a keyboard or controller? 🎮✋ Check out this quick sneak peek from our upcoming session! We’re excited to bring you another installment of Tea Tech Talks, and this time we’re diving deep into the fascinating world of Computer Vision! 🤖👁️ Join us for a fun, hands-on coding session where we’ll explore exactly how machines interpret images and movements. We’ll cover the basics of image processing and object detection through simple, interactive activities—just like the balloon blaster game in the video! 🎈💥 If you’re curious about AI or want to learn how computers “see” the world, this session is the perfect place to start. #ComputerVision #ArtificialIntelligence #MachineLearning #TechTalks #OpenCV #StudentDevelopers #TechCommunity #CodingEvent

Computer science should feel accessible, creative, and connected to the world students live in. That’s why I’m excited about imagi and its plug-and-play computer science and AI lessons for grades 3–12. Teachers can introduce Python, AI, and coding fundamentals with confidence, even without prior tech experience. Full lesson plans and materials are provided, AI-assisted debugging helps keep momentum going, and lessons work on Chromebooks, laptops, and tablets. Learn more: https://imagilabs.com/ #education #edtech #STEM #coding #vibecoding #AI #STEMEducation Lovable

Excited to share that I participated in the “Building AI with LLMs” Hackathon 2026, organized on 28th March 2026 by the IEEE Photonics & ComSoc Joint Chapter in association with the Department of Electronics and Telecommunication Engineering at Siddaganga Institute of Technology. This hackathon was a valuable opportunity to apply my learning in real time, strengthen my problem‑solving abilities, and collaborate effectively with peers. It was an enriching experience that bridged technical knowledge with practical innovation. During the hackathon, I gained hands-on exposure to applying large language models for problem‑solving, explored data analysis techniques with Python libraries, and enhanced my understanding of team‑based innovation and decision‑making under time constraints. These learnings not only deepened my technical knowledge but also improved my ability to adapt and contribute in fast-paced collaborative environments. I sincerely thank the organizers and mentors for their guidance, encouragement, and for creating such a platform that fosters both technical excellence and teamwork. Experiences like these inspire confidence to take on more complex challenges and motivate me to continue building impactful AI solutions. AI #LLM #Hackathon #IEEE #Innovation #ProfessionalGrowth #Teamwork #Learning #MachineLearning #ArtificialIntelligence #Python #Technology #Collaboration #ProblemSolving #SIT #SkillDevelopment

Happy to share that 𝗝𝗔𝗠𝗶𝘁 has now been officially copyrighted. JAMit is a real-time computer vision based system that enables users to interact with media controls through hand movements captured directly via a webcam. Built entirely using Python and its libraries, the project works without requiring any additional hardware or microcontrollers, making the system both accessible and practical to implement. What started as a simple idea to create a more seamless and touch-free interaction experience gradually evolved into a project through which I explored computer vision, automation, real-time tracking, and human-computer interaction in a practical way. To know more about the project and how it works, you can check out my previous post here: https://lnkd.in/d5HMtna8 I would also like to sincerely thank my professors Mrs. Shweta Ashtekar, Dr. Puja Padiya (Ph.D) , and Dr. Amarsinh V. Vidhate for their guidance, support, and encouragement throughout the project. Their mentorship played a significant role in bringing this idea to life. #ComputerVision #OpenCV #MediaPipe #SoftwareDevelopment #Innovation #TechProjects

Excited to share a glimpse of something I have been building — X2DHF (X to Distributed Hartree-Fock), a production-oriented workspace designed for Python-based Hartree-Fock and Density Functional Theory (DFT) computations. I started building this platform to streamline computational chemistry workflows by bringing together a structured, interactive, and scalable environment for molecular simulations, electronic structure calculations, energy computations, and research-driven experimentation. The vision is to bridge scientific computing with a modern, intuitive interface that makes complex quantum chemistry workflows more accessible, manageable, and reproducible. What excites me the most is not just the technology, but the purpose behind it: X2DHF is being built to be absolutely free for everyone. I strongly believe advanced scientific tools and computational research infrastructure should not be restricted by accessibility barriers. Whether someone is a student, researcher, independent learner, or enthusiast, they should have the opportunity to explore and work with computational chemistry without financial limitations. From workflow organisation to computational insights, I wanted to create something that feels closer to a research operating environment rather than just another simulation interface. Watching it evolve from an idea into a working beta has been both challenging and rewarding. Still building, still improving, and still learning — but genuinely excited about where this is heading. #ComputationalChemistry #QuantumChemistry #DensityFunctionalTheory #HartreeFock #ScientificComputing #Python #ResearchAndDevelopment #ComputationalScience #OpenScience #FreeSoftware #STEM #Innovation #SoftwareDevelopment #Chemoinformatics #ScienceTech