Mudit Bhalla
Curious mind. Exploring tech with a logical psychological outlook. Bridging science, code, and creative innovation.
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Section of Projects
ProjectsAI-Powered Customer Service AgentDeployed intelligent AI agents for IT companies using ElevenLabs, automating customer service interactions and reducing response times. Built scalable voice-enabled solutions that enhanced user experience across multiple client platforms.Tech Stack: ElevenLabs API, Python---Inventory Management SystemDeveloped backend SQL database architecture for product-based companies, enabling real-time stock management and automated inventory tracking. Optimized query performance for handling high-volume transactions.Tech Stack: SQL, Database Design, Backend Development---IoT Smart Devices CollectionDesigned and programmed multiple IoT prototypes including a sensor-based liquid dispenser and a quadrabot with 2 degrees of freedom and collision detection. Focused on creating practical solutions for everyday convenience through embedded systems and sensor integration.Tech Stack: IoT Programming, Sensor Integration, Embedded Systems, Microcontrollers---
University Project: Real-Time Data Visualization DashboardParticipated in university capstone project focused on live website refreshing using API integration with Python. Gained hands-on experience with dynamic data updates and REST API consumption without manual page reloads.Tech Stack: Python, REST APIs, Web Development---
Currently Working OnBiotech IoT Solutions for Aging & Diabetes ManagementDeveloping cost-efficient IoT applications to assist the aging diabetic population with health monitoring and management solutions. Combining medical IoT expertise with accessibility-focused design.Small Language Model Deployment & OptimizationOptimizing training efficiency and deployment pipelines for Hugging Face small language models (SLMs), focusing on resource-efficient AI solutions and inference optimization.Biomedical IoT Research: Electrodermal Activity AnalysisConducting research on IoT-catalyzed methods to measure the relationship between electrical potential and blood pressure through palm-based sensors, with applications in health monitoring and stress detection.---