Nandhitha NANDHITHA
Bachelor Of Engineering
Ramanathapuram,TN
Summary
Motivated and detail-oriented Electronics and Communication Engineering graduate seeking a junior role to apply my academic knowledge, problem-solving skills, and passion for technology in a dynamic work environment.
Overview
3
3
Certifications
Work History
Web Development Intern
FFUTUREWISE
07.2025
- Assisted in designing and developing responsive web applications.
- Gained hands-on experience with front-end technologies and version control.
Telecom Technologies Internship
Bharat Sanchar Nigam Limited (BSNL)
02.2025
- Completed one-week training on Telecom Technologies.
- Learned about telecom infrastructure and networking fundamentals.
Education
Bachelor of Engineering (B.E) - Electronics and Communication Engineering
M.A.M College of Engineering and Technology
Trichy01-2026
Higher Secondary Certificate (HSC) - undefined
Agnes Matriculation Higher Secondary School
Paramakudi01-2021
Secondary School Leaving Certificate (SSLC) - undefined
Seventh Day Adventist Matriculation Higher Secondary School
Paramakudi01-2019
Skills
Programming Languages: Python
Software & Tools: MATLAB, Keil, Arduino IDE, Xilinx, Visual Studio Code
Technical Skills: Circuit Design, PCB Board Design, Basic Networking
Soft Skills: Problem Solving, Team Collaboration, Communication, Adaptability, Time Management
Certification
NPTEL Certification – Fundamentals of MIMO Wireless Communication
Timeline
Web Development Intern
FFUTUREWISE
07.2025
Telecom Technologies Internship
Bharat Sanchar Nigam Limited (BSNL)
02.2025
Secondary School Leaving Certificate (SSLC) - undefined
Seventh Day Adventist Matriculation Higher Secondary School
Higher Secondary Certificate (HSC) - undefined
Agnes Matriculation Higher Secondary School
Bachelor of Engineering (B.E) - Electronics and Communication Engineering
M.A.M College of Engineering and Technology
PROJECT
Implementation of IoT Border Alert System for Textile Quality Control
Designed and implemented an IoT-based border alert system to improve textile quality monitoring by integrating sensors and microcontrollers for real-time inspection. The system utilizes a buzzer mechanism for defect alerts and a cloud-based dashboard for visualizing sensor data across production stages. Testing and calibration on sample fabrics ensured reliability and minimized false alerts, enhancing overall efficiency and quality assurance.