Snigdha Battula

Highly motivated and adaptable Electronics and Communications Engineering (ECE) graduate with a strong passion for design and development. Seeking an entry-level position in a dynamic organization to kickstart my career and contribute to both my professional growth and the company's success.

• Python Essentials- CISCO
• Excel for Beginners - Great Learning
• STEP Certificate for English Language Proficiency
• Joy of computing through Python - NPTEL
• Introduction to Internet of Things - NPTEL
• Cloud Computing - NPTEL
• Java Full Stack - Wipro

• Cloud Computing - APSSDC
• Internet of Things (IoT) -APSSDC
• Cisco Cybersecurity -CISCO

• Accepted Paper for Publication in IEEE
• Participated in Smart India Hackathon 2023, MIT ADT, Pune, Maharashtra
• Obtained 1st Prize in JAM Organized by IEEE, Dept. of ECE, LBRCE
• Presented a Poster in Lakshya-2k21, LBRCE
• Best Performer of Cultural Activities, Kruthi - The Fine Arts and Cultural Club, LBRCE
• Winner at Rangoli Competition Organized by Saheli Girls Club, LBRCE
• Achieved 1st Prize at Painting Competition Organized by Kruthi Club, LBRCE
• Editor: Mindtronics, Dept. of ECE Magazine, LBRCE; Reflections, Alumni Newsletter, AALBRCE
• Student Coordinator - IEEE Student Branch, Dept. of ECE, LBRCE
• Secretary - Central Library Committee - Student Council, LBRCE
• Student Member - Saheli Girls Club, Kruthi Club, Central Library Committee, LBRCE

• Web-Interfaced Diagnosis System of Diabetes Prediction using ML Algorithms

Developed an ML-based system for early diabetes prediction, achieving 95.29% accuracy with XGBoost. Created a user-friendly web page for prediction and tailored diet recommendations. 

• IOT enabled Smart Night Patrolling Robot

Designed a patrolling robot equipped with IoT capabilities for deployment in highly restricted areas. Special features include automatic water sprinkling in case of fire and sound detection for transformer blasts. 

• RFID Controlled Door Lock System using Arduino Uno

Created an RFID door locking system with Arduino. The RFID Reader Module scans card/tag values, sent to Arduino for verification. Upon a match, Arduino triggers a servo motor to unlock the door. An LCD displays status, while LEDs and a buzzer provide visual and auditory feedback on the door's state.