• Designing and maintaining Spring Boot–based microservices and leading migration to Azure Kubernetes Service (AKS).

• Adding new features to the AI Autopilot product to enhance ticket triage and dispatch for MSPs.

• Developing a custom Meta MCP (Model Control Plane) with dSpy-based intelligent routing and Agentic RAG pipelines.

• Connecting MCP to agents via the LangGraph framework, enabling orchestration of domain-specific microservices and tools.

• Managing endpoints and integrations with PSA platforms such as ConnectWise and Autotask.

• Driving innovation in AI systems by independently building frameworks that extend product intelligence and autonomy.

• Serving as an early founding engineer, shaping the product’s technical architecture and influencing long-term infrastructure strategy.

• Managed backend production floor operations for production of Solar Panels, overseeing machines such as Framer Assembly, Junction Box Attach, Soldering, Auto Label, Corner Caps, and Fanuc Robots.

• Reduced J-Box Attach alarms by 75% and increased runtime by 5.3% through targeted improvement plans.

• Developed new guides for 24 J-Box carts and 8 robots using AutoCAD LT, decreasing alarms and downtime.

• Supervised maintenance and repairs for an entire backend production line producing 200 solar panels per hour, ensuring smooth operations and minimal downtime by troubleshooting machines and root cause analysis.

• Administered Production maintenance and Job Change of Solar panel modules from 108 to 156 Cell modules and vice versa.

• Created detailed technical reports and ensured compliance with OSHA safety guidelines, including LOTO authorization.

• Analyzed downtime data and managed purchase requests and BOM for spare parts replacement using EMI- ERP system.

• Conducted failure analysis and corrective actions to enhance product reliability while designing and drafting components using AutoCAD, SolidWorks, and Creo.

• Optimized manufacturing systems and floor space utilization by 17% using Autodesk Revit and Fusion 360, with hands-on experience in robotics automation.

• Troubleshot machinery, analyzed engine errors, implemented statistical process control, improving product quality by 20%.

• Designed and tested prototypes, reducing lead times by 11% through new automotive models.

• Managed PLC programming & implemented process change, enhancing manufacturing precision & reducing scrap by 20%.

• Utilized MATLAB for simulations and data analysis to support engineering decisions and improve product development.

• Delivered engaging classroom sessions on Science of Smart Cities and Guided students through the curriculum, ensuring their understanding.

• Facilitated hands-on learning experiences for 20 students, introducing them to micro-controllers and teaching coding in C++ & Python to foster understanding of hardware-software integration and problem-solving skills.

• Pursued full-time during the summer and Demonstrated knowledge and enthusiasm for the applications of STEM in solving real-world problems, effectively engaging, and connecting with students through excellent communication and technical leadership skills.

• Led performance improvement projects for 3 industrial ovens and 7 packaging machines, focusing on automation, design, and implementation, increasing production rates by 17%.

• Designed and fabricated machine parts using SolidWorks, optimizing material selection to enhance strength & efficiency.

• Conducted material analysis using ANSYS and FEA, reducing common defects by 75% and improving production quality.

• Implemented strategic maintenance procedures, ensuring compliance with industry standards while achieving 17% higher production and lower wastage by troubleshooting machinery efficiently.

• Completed fabrication tasks 10% faster, including design, assembly, and welding of metallic parts.