Mojarsaudagar User

Designed and built a production-facing AI/ML engineering platform using LLMs, RAG, prompt engineering, LangChain, LangGraph, and multi-agent orchestration with tool use for engineering automation. Developed Python/FastAPI services, REST APIs, SDK integrations, ETL/data pipelines, metadata catalogs, ontologies, and MCP-based workflows.

Led software-driven validation automation for a 9-member team on a 5nm project, building and maintaining Python-based automation, data pipelines, ETL-style processing, analytics, and reproducible engineering workflows. Applied LLM-assisted engineering, prompt engineering, agentic workflows, AI-based debugging, code generation, code review, and documentation generation.

Coordinated technical execution for defense-standard power-electronics products across design, testing, validation, documentation, and cross-functional delivery. Applied secure and disciplined engineering practices to hardware/software validation workflows and documented technical findings.

Led embedded systems and circuit design for flexible electronics, display arrays, memory arrays, sensor interfaces, and IoT systems. Built and integrated data/communication workflows using I2C/SPI and coordinated technical execution across researchers and hardware designers.

Communicated complex technical concepts clearly to technical and non-technical audiences and produced structured engineering documentation. Guided engineering projects and mentored students in problem solving, analysis, design, and technical communication.

Prepared technical material, reviewed project work, and provided structured feedback on engineering accuracy and clarity.

Completed the Agentic AI Agents course in March 2026.

Completed the Internet of Things (IoT) course from February to June 2018.

Grade: 86.84%

M.E. in Electronics & Telecommunication Engineering with focus on Communication and Signal Processing. Final project involved multiband wearable microstrip patch antenna design.

Completed the Terahertz Technology and its Applications course in February 2014.

Grade: CGPA 9.10/10

B.Tech. in Electronics & Communication Engineering. Final project involved design and implementation of a BPSK receiver using FPGA.