Robotic Arm

During our first semester project, we made a simple prototype of Robotic Arm.

• Designed and constructed a robotic arm from wood, integrating stepper and servo motors, as part of a first-year engineering project.
• Simulated and tested the control circuit using a 555 timer in Proteus software, gaining hands-on experience in circuit design and motor control.
• Documented the project with a 20-page final report, including detailed design analysis and optimal placement strategies, strengthening skills in technical writing and mechanical design.

Three Floor Elevator System Prototype

In this project, we made a simple prototye for an elevator system.

• Designed and simulated a basic three-floor elevator system, employing a 12V DC motor through circuit anlaysis in Proteus software.
• Practiced and honed practical skills in soldering and working with electronic components, including flip-flops, latches, relays, and limit switches, ensuring reliable system performance.
• Gained foundational knowledge in motor control and digital electronics, strengthening practical engineering skills crucial for real-world applications.

Refurbishment of an Induction Motor with Condition Monitoring

Condition Monitoring of induction motor on real time current and temperaure data.

• Refurbished and modeled a three-phase induction motor to achieve 92% efficiency using ANSYS Electronics Software, optimizing performance and validating results in accordance to the motor's nameplate specifications.
• Executed the rewinding process for the motor, gaining hands-on experience with three-phase motor rewinding and enhancing technical skills in motor maintenance.
• Developed and implemented a real-time condition monitoring system using an ESP32 microcontroller, integrating PT-100 temperature sensors and SCT-013 current sensors to display motor data on the ThingSpeak platform.

Bachelor of Engineering

CGPA:3.88

Higher Secondary School

CGPA: 3.7