Farmify – AI-Powered Crop Advisory Platform
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Summary
Developed a full-stack AI-powered crop advisory platform providing ML-based recommendations and real-time disease detection, integrating various advanced technologies.
About
Highly motivated Bioengineering student at VIT Bhopal University, specializing in AI/Machine Learning, VLSI design, and UI/UX principles. Leverages interdisciplinary expertise to develop innovative solutions, from creating AI-powered crop advisory platforms with 95% accuracy to designing user-centric bionic arms. Eager to apply advanced technical skills and a data-driven approach to drive impactful advancements in product development and R&D.
Work
Job Simulation
|Pharmacy Technician
Remote, Virtual, India
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Summary
Managed end-to-end prescription workflow, ensuring patient safety, compliance, and efficient service delivery in a simulated pharmacy environment.
Highlights
Managed prescription workflow from intake to pickup, proactively identifying and escalating patient safety risks to ensure high-quality care.
Utilized pharmacy software to efficiently manage fill queues and resolve complex insurance issues, ensuring regulatory compliance.
Applied effective patient communication and teamwork skills in a fast-paced, service-oriented pharmacy environment, enhancing service delivery.
Job Simulation
|GenAI Powered Data Analytics
Remote, Virtual, India
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Summary
Executed an AI-powered data analytics simulation within the financial services industry, leveraging GenAI for trend identification and predictive model development.
Highlights
Executed an AI-powered data analytics simulation for the financial services industry, gaining practical experience with real-world financial data.
Leveraged GenAI for exploratory data analysis, identifying key financial trends and extracting actionable insights.
Proposed a no-code predictive model to accurately forecast customer delinquency, demonstrating advanced analytical capabilities.
Designed an ethical, AI-driven collections strategy, ensuring full regulatory compliance and responsible AI application.
Ethnus Codemithra – VIT Bhopal
|UI/UX Design Intern
Bhopal, Madhya Pradesh, India
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Summary
Led the development of user-centric designs and interactive mockups, applying extensive training in UI/UX principles to deliver a final project that showcased creative and technical proficiency.
Highlights
Completed comprehensive training in Adobe UI/UX tools and graphic design principles, mastering industry-standard software and methodologies.
Developed a final project and multiple assignments, demonstrating strong creative and technical skills in UI/UX design.
Gained practical experience in creating user-centric designs, wireframes, and interactive mockups, translating concepts into functional prototypes.
Applied design thinking methodologies to enhance user experience and interface aesthetics across various digital platforms.
Maven Silicon - VIT Bhopal
|VLSI Design Intern - SPI RTL Design
Bhopal, Madhya Pradesh, India
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Summary
Designed, simulated, and optimized an RTL framework for the SPI protocol, applying advanced digital design concepts to enhance efficiency and functionality.
Highlights
Developed an RTL framework for the SPI protocol utilizing Verilog/SystemVerilog, ensuring robust digital communication.
Applied core digital design concepts, including FSMs, datapath/control path design, and timing analysis, to develop high-performance circuits.
Simulated and verified SPI functionality using testbenches and waveform tools, ensuring design integrity and performance.
Optimized logic to significantly reduce gate count and enhance design efficiency, contributing to more compact and power-efficient designs.
Siemens
|Semi-Finalist, Immersive Design Challenge
Remote, Virtual, GLOBAL
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Summary
Selected among the Top 40 teams worldwide, proposing an innovative AI-powered bionic arm with advanced haptic feedback and an efficient rechargeable battery system.
Highlights
Achieved Semi-Finalist status among the Top 40 teams worldwide in the competitive Siemens Immersive Design Challenge.
Proposed an AI-powered bionic arm incorporating an advanced haptic feedback mechanism for enhanced user interaction and control.
Integrated piezoelectric actuators, TENGs, and supercapacitors to create an efficient system of rechargeable batteries, optimizing power management.
Designed a detailed CAD model to refine and optimize the prosthesis, emphasizing user-centricity and functional aesthetics.
Education
VIT Bhopal University
Bhopal, Madhya Pradesh, India
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B.Tech
Bioengineering
Languages
Python
Java
MATLAB
Skills
Programming Languages
Python, Java, MATLAB, HTML, CSS, JavaScript.
Data Science & AI
PowerBI, MS Excel, GenAI, Machine Learning, Deep Learning, TensorFlow, YOLOv8, Langchain-RAG, Exploratory Data Analysis, Predictive Modeling, Data Processing, Model Tuning, Disease Detection.
Design & Engineering Tools
Autodesk Fusion 360, Adobe UI/UX Tools, CAD Modeling, Wireframing, Interactive Mockups, Verilog, SystemVerilog, FSMs, Datapath/Control Path Design, Timing Analysis, RTL Framework, Testbenches, Waveform Tools, Logic Optimization.
Full-Stack Development
Flask, Firebase Authentication.
Bioengineering & Research
Hydrogel Formulation, Controlled Drug Delivery, Brain and Spinal Cord Drug Delivery, Breast Cancer Cell Evaluation, Rheological Testing, Piezoelectric Actuators, TENGs, Supercapacitors, Experimental Design, Material Science.
Soft Skills
Project Management, Teamwork, Communication, Problem-Solving, User-Centric Design, Ethical AI Design, Documentation, Strategic Planning.
Projects
Controlled Drug Delivery using Chitosan-based hydrogels
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Summary
Research project focused on developing chitosan-based hydrogels for targeted drug delivery, investigating their efficacy for brain and spinal cord applications, and leveraging AI for risk assessment.