Mohammed Tayab Ali Khan

Highly-motivated Student with desire to take on new challenges. Strong ethic, adaptability and exceptional interpersonal skills. Adept at working effectively and quickly mastering new skills, as an graduate with an excellent research, technical and problem-solving skills. Detail-oriented and able to learn new concepts quickly.

1.Solar Project Internship:

Duration: 80 days

Description: Engaged in a comprehensive internship program at a leading solar energy company, actively contributing to a real-time solar project with a capacity of 354kW, valued at approximately 1.8 crores. This hands-on experience provided a deep understanding of the entire project lifecycle, from conception to execution.

2.KPTCL Substation Maintenance Internship: 

Duration: 15 days

Description: Participated in an internship program with Karnataka Power Transmission Corporation Limited (KPTCL), focusing on substation maintenance and transformer management. This immersive experience provided exposure to high-voltage electrical systems and critical infrastructure maintenance practices.

Artificial Intelligence and Machine Learning Online Internship: 

Duration: 60 days

Description: Engaged in an online internship program focusing on Artificial Intelligence (AI) and Machine Learning (ML) technologies, aimed at gaining practical experience and proficiency in this rapidly evolving field. Utilized Anaconda software environment for data analysis, model development, and deployment.

• Solar and Wind Emulator Laptop Charging System

During my internship, I had the  opportunity to contribute to a real-world project involving a 354-kilowatt solar installation. This experience provided me with hands-on expertise in solar technology, including system design, implementation, and troubleshooting. Drawing from this knowledge, I spearheaded a project to develop a Solar and Wind Emulator Laptop Charging System.

• Smart Parking System using IoT and AI/ML

As part of my academic endeavors, I embarked on a project to develop a Smart Parking System leveraging Internet of Things (IoT) and Artificial Intelligence/Machine Learning (AI/ML) technologies. This project aimed to address the challenges associated with urban parking management by providing real-time parking availability information.

• Voice-Controlled Robot using Arduino Uno

Driven by my passion for robotics and embedded systems, I embarked on a project to develop a Voice-Controlled Robot using Arduino Uno microcontroller. This project aimed to explore the integration of voice recognition technology with robotic systems for enhanced human-machine interaction.

• Light and Fan Regulator with Advanced Features

In pursuit of innovation in home automation, I conceptualized and developed a Light and Fan Regulator with advanced features. This project aimed to enhance energy efficiency and user convenience through intelligent control and automation capabilities.