A passionate Computer Science student and aspiring Software Development Engineer (SDE), driven by a love for solving real-world problems through innovative technology.
B.Tech CSE @ Woxsen University, Hyderabad | Third-year Student
Core Interests: Embedded Systems, VM's, IoT, and Full-stack Development
I'm Konda Venkata Sai Harikrishna, a third-year B.Tech Computer Science student at Woxsen University. Throughout my academic and personal journey, I have developed a strong interest in building impactful solutions by integrating hardware and software.
My work focuses primarily on IoT-based systems, microcontroller programming, and real-time data analytics. I've successfully designed and developed custom hardware prototypes for real-world applications, including award-winning projects like the Advanced IoT-Enabled Water Monitoring System.
What excites me most is working on end-to-end systems—from circuit design and sensor integration to building intuitive interfaces for users. I aim to become a well-rounded Software Development Engineer (SDE) with deep knowledge of both embedded systems and scalable software applications.
Beyond technical work, I enjoy participating in hackathons, organizing tech events, and collaborating with like-minded peers who share my enthusiasm for innovation.
C++ • Python • HTML, CSS, JavaScript
Internet of Things (ESP8266, NodeMCU, Sensor Integration) • Embedded Systems (Arduino IDE, Microcontroller Programming) • Front-End Development (Responsive UI with HTML/CSS/JS)
PCB Design & Hardware Prototyping • IoT App Integration • Git & GitHub • Real-time Sensor Data Collection
Technologies Used: IoT, Embedded Systems, C++, Custom PCB Design
This project is a custom-built, real-time water quality monitoring system using sensor-based technology and custom PCB design. It integrates multiple water-related sensors to monitor turbidity, flow, and level, and relays the data in real-time via an IoT dashboard.
Key Features:
Technologies Used: NodeMCU ESP8266, Wi-Fi IoT App, Relay Module
A home automation prototype that enables remote control of appliances such as fans, lights, and refrigerators through a smartphone app. Built using a NodeMCU ESP8266 microcontroller, the system connects to home appliances via relay modules and offers seamless wireless operation.
Key Features:
Technologies Used: React.js, Node.js, Firebase, Google Maps API
WoxExpress is a smart, university-focused ride-booking platform designed to streamline transportation for students and staff. The system supports predefined routes and real-time ride coordination for better campus mobility.
Key Features:
Domain: Environmental Research and Sustainable Development
Participated in an interdisciplinary research project focused on sustainable fishing practices. The project emphasized environmental awareness, ecological impact, and the importance of marine conservation.
Key Highlights:
Woxsen University | October 2023 – September 2024
As an executive of the Technology Club, I played an active role in organizing technical workshops, coding events, and collaborative learning sessions that fostered innovation among peers.
Responsibilities:
Woxsen University | November 2023
Successfully organized and led the university's flagship hackathon, "MARK XXIV," which attracted student innovators across multiple universities.
Responsibilities:
📧 Email: kvsaiharikrishna123@gmail.com
📍 Location: Hyderabad, Telangana, India
💼 LinkedIn:
💻 GitHub:
