Attended Thapar Institute of Engineering & Technology
ECE Student seeking VLSI/Digital Design Internships | Arduino | Problem Solver I am an Electronics and Communication Engineering (ECE) student with a keen interest in Digital Design and VLSI. I have a strong foundation in Analog Electronics, Digital Logic, and basic Embedded Systems, along with hands-on experience working with Arduino for hardware-based projects. I am currently focused on building expertise in VLSI design, RTL design, and digital system development. My learning journey includes strengthening concepts in logic design, circuit analysis, and hardware description thinking, with the goal of contributing to efficient and scalable chip-level solutions. Key Skills & Interests: • Digital Logic Design • VLSI (Front-end) • Basic Embedded Systems (Arduino) • Analog Electronics • Problem Solving & Analytical Thinking Alongside my technical journey, I have represented my university in basketball and competed at the national level . This experience has developed my teamwork, leadership, and ability to perform under pressure qualities that I bring into engineering and collaborative environments. I am actively seeking opportunities, internships, and collaborations in Digital Design and VLSI where I can apply my skills, learn from industry professionals, and grow as an engineer.
Rotaract Club TIET Patiala
1 yr 8 mos · Patiala, Punjab, India
Thapar Institute of Engineering & Technology
2 yrs 10 mos · Patiala, Punjab, India
Represented university in inter-college basketball competitions Competed at state-level tournaments Demonstrated strong teamwork, leadership, and discipline Maintained performance under high-pressure competitive environments.
Bachelor of Engineering, Electronics and Communication Engineering (ECE)
2024
CGPA: 9.25
Designed and simulated 10+ combinational and sequential circuits (MUX, Encoder, Counters, FSM). Implemented a Traffic Light Controller using FSM and verified it using testbenches. Developed modular and reusable Verilog code with waveform validation.
Designed an FSM-based controller with pedestrian and emergency override features; optimized timing and reduced signal conflicts through efficient state transitions.
Applied K-Means clustering to segment customers based on purchasing behavior; performed data preprocessing and visualization using Pandas, NumPy, and Matplotlib.
Developed an image classification model to detect structural cracks using OpenCV for preprocessing and TensorFlow for prediction.