- Led a team of junior engineers, providing mentorship and guidance.- Collaborated with senior leadership to translate strategic ideas into actionable R&D goals and oversaw their execution.- Spearheaded the development of an NLP-based system for searching and summarizing large documents.- Directed the creation of a real-time conversational voice agent capable of answering user queries via phone.- Designed and implemented a wireless connectivity pipeline linking low-powered devices to the existing telemedicine infrastructure.- Enhanced the resilience of cloud-based services by identifying and eliminating performance bottlenecks.- Achieved a 40% reduction in cloud service costs by optimizing efficiency without compromising performance.

- Developed a real-time HIPAA-compliant communication system using WebRTC for Telemedicine.- Developed an end-to-end system that reads identity documents such as Driver’s License, Passport, and Insurance Cards using state-of-the-art computer vision technologies to reduce the time taken to fill medical forms from 10 minutes to under 2.5 minutes.- Other Responsibilities: - Cloud infrastructure management - Deployment of microservices - Monitoring health of online systems

- Developed an infrared device that converts audio input signals into infrared signals for communication between devices using LIRC (Linux Infrared Remote Control).- Developed a solution to bridge bluetooth and wireless interface to facilitate wireless communication between devices.- Developed a computer vision application to detect pose of the person and apply correction in real-time to make the user appear in the center of the frame using a combination of Pose Estimation, Person Detection, and Face Detection.- Other Responsibilities: - Improved existing workflows. - Built new features and maintained existing codebase. - Documentation.

Computer Vision, Image Processing, and Virtual Reality.- Real Time Stitching of N Cameras for 360° degree Virtual Reality- Training Convolutional Neural Networks (CNNs) to classify images using Python, TensorFlow, and Keras

Domain: Computer Vision and Image Processing.Project: Intrusion Detection in Real Time for Embedded SystemsHardware: Raspberry Pi, Samsung IP Cameras.Software: C++ (OpenCV Library)OS: Linux & Windows

Domain: Machine Learning, Computer Vision, and Image Processing.Project: Object Counting in Real Time for Embedded SystemsHardware: Raspberry Pi, Samsung IP Cameras.Software: C++ (OpenCV Library)OS: Linux & Windows

Advanced Signal Processing using embedded system platforms such as National Instruments myRIO in LabView.High end Video Compression using Jetson Tegra K1.Image Processing using Open CV and CUDA (Nvidia GPU).

Hardware Testing and GUI Design using TestStand, LabView, & C#.

Analysis of Combined Cycle Gas Turbines using Liquefied Natural Gas as primary fuel.Detailed study of NEPRA Act, Electric Distribution Companies, Electric Supply Companies, & Transmission Network.

Provisional Acceptance Test (PAT) of newly installed equipment by different vendors such as ZTE, Alcatel, Huawei, and FiberHome.Worked on Multi-Service Access Gateway (MSAG) products of different companies such as ZTE, Huawei, and Alcatel. Worked on Transmission Systems such as Synchronous Digital Hierarchy (SDH) modules, IP nodes, and Multi-Protocol Label Switching - Transport Profile (MPLS-TP) nodes.Compiling Pin to Port Plans for MSAGs, troubleshooting equipment, and conducting survey of sites.Also worked on Network Management System (NMS) to remotely monitor the status and health of the telecommunication network.

Research on Smart Grid and development of Home Automation System.