I am currently pursuing my M.Tech in RF and Microwave Systems at NIT Rourkela, with a strong academic foundation in Electronics and Communication Engineering. My academic journey has strengthened my technical expertise in RF & Microwave engineering, neural networks, software development, and system design, while also deepening my interest in Machine Learning, Generative AI, and intelligent systems.
Alongside academics, I bring hands-on experience from the IT industry, having worked as a Full Stack Software Engineer at UST Global (Client: Dell Technologies). In this role, I developed end-to-end enterprise solutions using Angular, Java, Spring Boot, RESTful APIs, and MySQL, contributing to scalable and high-performance applications.
I am also actively involved in research and scholarly contributions. I am a co-author of the IEEE conference paper titled “Machine Learning Inspired Impedance Matching Prediction of Fractal Gasket Antenna”, published in IEEE CVMI 2025. Additionally, I served as a Reviewer for papers submitted to the IEEE 4th International Conference on Computer Vision and Machine Intelligence (CVMI 2025).
With a strong blend of academic knowledge, industry experience, and research exposure, I am skilled at solving complex problems, collaborating across teams, and contributing effectively in both engineering and research-driven environments. I am passionate about innovation and eager to contribute to impactful technological advancements.
Conference: IEEE 4th International Conference on Computer Vision and Machine Intelligence (CVMI 2025)
Co-Authors: Chamundeswari K; Sandip Ghosal
Publisher: IEEE Xplore
Designed and simulated a 5GHz microstrip antenna using HFSS. Optimized feed location, fabricated using FR4 substrate, and validated performance using VNA and return loss analysis.
Web app for organizing sports events with team creation, scheduling, and QR-based registration. Built using Angular, Spring Boot, REST APIs, and MySQL with full UI/UX optimization.
Developed microservice integrations with messaging queues and APIs for enterprise-level data exchange. Built REST APIs and implemented business logic validations using Java, Spring Boot, and MySQL.
Internal tracking system for mapping candidates to technologies with dynamic dashboards and role-based logins. Developed using Angular, JPA, and RESTful services.
Developed an IoT system using Arduino and sensors to monitor gas, temperature, and humidity. Automated responses like fan or sprinkler activation and enabled Bluetooth/Wi-Fi connectivity.
uttej123kumar@gmail.com