Software engineering student with experience in web development and embedded systems integration. Skilled in Python, Java, JavaScript, SQL, C, C++, and C#. Proven ability to lead and collaborate on diverse projects, including educational web platforms and advanced robotics. Currently pursuing a Bachelor of Software Engineering (Honours) at Deakin University, focusing on applying technical skills to real-world projects.
Work History
IOT Intern
Deakin University Melbourne Burwood Campus
08.2024 - 09.2024
Led an individual IoT wearable project focused on enhancing the safety and well-being of individuals.
Developed and prototyped a wearable device using the Arduino Nano, integrating compact sensors such as the MAX30102 Heart Rate Sensor and ADXL335 Accelerometer.
Focused on optimizing the device's wearability, ensuring component integration, and enhancing user comfort.
Worked under the guidance of a professor to address real-world challenges in healthcare-related IoT applications.
Gained experience in hardware-software integration, prototype testing, and iterative improvement based on performance feedback.
Education
Bachelors of Software Engineering - Software Engineering (Honours)
Deakin University
Burwood, VIC
06.2025
Skills
Web development
Hardware-Embedded Systems
Integration
Python
Java
Javascript
SQL
C
Languages
English
Bilingual or Proficient (C2)
Punjabi
Upper intermediate (B2)
French
Elementary (A2)
Hindi
Advanced (C1)
Projects
Teaching Website (Full Stack Web Application)
Created a web platform for quiz assignments, boosting teacher-student engagement.
Developed real-time chat functionality using Socket.IO to enhance communication efficiency.
Integrated a 3D Arduino model with Three.js, improving educational visualizations.
Received third prize for this project.
Mechatronics Robot Project
Built and programmed an Arduino-based robotic system for precision object transfer using a motorized rope.
Demonstrated skills in robotics, hardware integration, and C++ programming.
RO Filter Management System (Team Project)
Led the development of a Raspberry Pi-based RO filter monitor, improving system reliability by 25%.
Achieved 98% water measurement accuracy using an integrated Arduino TDS sensor.
Pushup Counter
Developed an Arduino-based pushup counting system with an ultrasonic sensor.
Included RFID for individual tracking and personal details.
Received third prize in another college exhibition for this project.
Face Following Robot with Robotic Arm
Designed and programmed a robot with mecanum wheels for direct left and right motion.
Integrated a robotic arm to assist physically challenged individuals.
Programmed the robot to follow user gestures for forward, backward, left, and right movements.
Received third prize for this project.
Timeline
IOT Intern
Deakin University Melbourne Burwood Campus
08.2024 - 09.2024
Bachelors of Software Engineering - Software Engineering (Honours)
Deakin University
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