Surat, Gujarat, India
Engineer turned AI Generalist, specialising in voice agents, chatbots, and automations that save businesses time, reduce costs, and scale operations 24/7. I build systems that combine LLMs + n8n workflows + Retell voice agents + RAG pipelines to automate the work businesses usually do manually — scheduling, lead qualification, customer support, and repetitive backend tasks. My background in electronics, robotics, and systems engineering gives me a strong advantage as an automation engineer. I understand how systems connect end-to-end, how to break problems down logically, and how to architect reliable, real-world AI solutions. What I Can Build for You 🔹 Voice agents (inbound/outbound) that talk like humans 🔹 Automated appointment booking with Google Calendar 🔹 Email & customer support agents using RAG + Gmail API 🔹 n8n workflows that run your business automatically 🔹 Chatbots with memory, context and function-calling 🔹 AI-powered research + knowledge automation 🔹 Micro-apps & MVPs using Bolt, Lyzr, and MCP frameworks Recent Projects ✔ AI Appointment Booking Voice Agent (Retell + n8n) ✔ Calendar Scheduling Agent with Google Calendar API ✔ Automated Customer Support Email Agent (LLM + RAG + Gmail) ✔ AI-powered content curation + research workflows ✔ Two AI MVPs built using Bolt + Lyzr Who I Work With • Founders who want automated operations • Agencies looking to add AI services • Coaches & professionals who need voice/chat agents • Businesses that want to save time and reduce manual workload If you’re building with AI but don’t know how to connect the pieces together, I can help architect, build, and automate the entire system. Open to freelance projects, collaborations, and long-term AI partnerships.
Operating at two levels simultaneously — education at scale and internal automation. At scale: Appointed as Senior STEM Trainer for ATL Labs under a Government of India initiative. Managed 50+ schools across India end-to-end — coordinating setup and operation of high-end robotics labs serving 500+ students nationwide. Running that many sites in parallel required airtight processes, reliable handoffs, and zero tolerance for things falling through the cracks. On the ground: Designed and delivered weekly curriculum across electronics, Arduino, IoT, 3D design/printing, and drones to 580+ students per week across ICSE Board schools (Grades 6–10). Built the ability to take complex technical systems and make them immediately understandable to non-technical people — a muscle that directly applies to communicating automation solutions to business stakeholders. Inside the company: Actively building and deploying AI automation systems using n8n, API integrations, and RAG pipelines — designing workflows that eliminate manual operations and speed up internal processes. Not theoretical work; these are live systems running in a real organization. Continuously expanding this stack independently — currently deep in Clay, outbound automation, and revenue infrastructure tooling.
Channel Partner Network — Tier 1 & Tier 2 Cities Ran the full lead-to-conversion motion across residential real estate projects — plots, apartments, bungalows, row houses, and resale properties — working directly with brokers and channel partners across multiple cities simultaneously. Pipeline generation: Built and managed Facebook Pages, Business Manager accounts, and ad accounts end-to-end. Designed creatives, wrote copy, and ran lead generation campaigns that consistently delivered 15X–55X ROAS with a 2–4% lead-to-conversion rate — numbers that came from rigorous split testing on creatives, copy, and lead capture forms, followed by budget optimization for lowest possible cost per lead. Revenue infrastructure: This is where the work went beyond marketing. Built converting landing pages wired to conversion ads. Integrated Facebook Pixel, Google Tag, and Microsoft Clarity for full-funnel visibility. Connected FB lead capture to SMS for instant lead acknowledgment — zero manual delay between lead and first touch. Pushed all lead data into HubSpot CRM in real time via webhook integration. Also executed a standalone Google Ads campaign from setup to optimization. The system didn't just generate leads — it captured, acknowledged, tracked, and routed them automatically. Built entirely without a developer.
Defense-Grade Autonomous Systems — UAV & USV Development Part of a lean startup team that designed, built, and successfully delivered military-grade autonomous systems to the Indian Navy — including a 9-metre Unmanned Sea Vehicle (USV) equipped with an autonomous surveillance system that was formally procured by the Navy for active sea surface operations. Systems integration under pressure: Worked 16-hour days across mechanical, electrical, and electronic disciplines simultaneously — learning each on the ground as the project demanded it. Integrated components running on different communication protocols by designing and building custom intermediary devices that made incompatible systems talk to each other. The same problem-solving pattern applies directly to connecting tools across a modern revenue stack where nothing speaks the same language out of the box. Procurement & vendor operations: Owned the full component sourcing process end-to-end — identifying requirements, finding suppliers, negotiating pricing, managing imports from the UK, and making final procurement decisions. Operated with startup constraints: no large team, no established playbook, figure it out and make it work. Stakeholder communication: Took ownership of presenting the entire project to Indian Navy officers and senior leadership — explaining how the system worked, what it delivered, and why it was the right solution. Translated deeply technical engineering into clear, outcome-focused language for decision-makers who needed to trust the product enough to deploy it at sea. UAV development: Simultaneously worked on custom drone manufacturing from scratch — optimizing for minimum weight and maximum precision. Managed EMF shielding, internal wiring architecture, current and voltage systems, and communication reliability under real-world conditions. Deployed the USV at sea with Indian Navy personnel present. It worked.
Embedded within a startup incubator housing multiple early-stage ventures simultaneously — contributing across 6+ startups in technical, procurement, and strategic capacities beyond my primary engineering role. Product development: Designed and prototyped smart hardware products including a smart switch, automatic power supply shifter for Wi-Fi routers, and LED cube. Owned the full product electronics lifecycle — R&D, circuit design, PCB layout using EAGLE 7.4, firmware writing for ESP-12e Wi-Fi modules, fault finding, and final manufacturing sign-off. Created BOMs, managed component inventory, and coordinated with vendors for procurement at optimal cost. Cross-venture contribution: Regularly participated in round table sessions with founders across the incubator — contributing to brainstorming, technical feasibility, procurement strategy, feature prioritization, and market fit assessments for ventures outside my own. Sat in the room where product direction, pitch framing, and go-to-market decisions were being made across multiple industries simultaneously. What this built: The habit of evaluating a product not just for whether it works technically, but for whether it solves a real problem for a real buyer — and communicating that distinction clearly to founders and decision-makers.
Brought in as the core electronics lead across three distinct product categories running in parallel — a telepresence robot (I2U2), a modular electric bike, and an electronics surveillance system. Each product was at a different stage, with different technical requirements, different vendor needs, and different stakeholders. Product architecture: Owned electronics design end-to-end — from initial feasibility and component selection through PCB design, circuit testing, fault diagnosis, and final sign-off. Used EAGLE 7.4 for circuit and PCB design. Tested connectors, power supplies, and signal conditioners across all three product lines. Operations: Coordinated across design teams, managed vendor relationships, created BOMs, and kept assembly workflows moving — the full operational backbone that turns a prototype into a shippable product. What this environment built: The ability to context-switch rapidly between completely different problems, identify what's broken, communicate it clearly to different teams, and keep multiple workstreams moving simultaneously — without dropping any of them.