Signals, materials & connected systems.
Terahertz antennas and sensors using MXene materials for biomedical sensing and 6G; free-space optical communication (FSO), direction-of-arrival estimation (DOA), and the Internet of Things (IoT).
SYDNEY, AUSTRALIA
PRAVEEN REDDY
Nallandula.
An electronics engineer studying artificial intelligence.
Exploring how intelligent systems meet the physical world.
THE CURRENT CHAPTER
Master of IT · Artificial Intelligence
UNSW Sydney · 2026–present
From electromagnetic systems
to artificial intelligence.
02Journal publications
02Published patent applications
02Granted design registrations
NARLResearch internship · ISRO
RESEARCH INTERESTSA foundation in engineering.
A foundation in engineering.
A curiosity for intelligence.
How intelligent systems learn.
Brain–computer interfaces and neurotechnology, machine learning, knowledge representation and learning, cognitive robotics and AI, and computational neuroscience.
CAREER INTERESTS
Open to the next opportunity.
Open to internships, part-time and research-assistant roles now, and full-time roles after I graduate.
Get in touchRESEARCHIdeas, put
Ideas, put
into practice.
Research across terahertz engineering, biomedical applications, and free-space optical communication.
Publications
2026
Neuron-Shaped Tri-Band Ti3C2Tx MXene Terahertz Antenna for Biomedical and 6G Applications
2025
Performance evaluation of free space optical communication in diverse geographical regions in the South Indian state of Tamil Nadu
INTELLECTUAL PROPERTY
From research to invention.
A Reflection-Based MXene Terahertz Sensor for Non-Invasive Characterization of Biological Tissues and Fluids
N. S. P. K. Reddy and A. C. J. Malathi
Application No. 202641033667
Indian Patent OfficeView record
Indian Patent OfficeView record
Tri-Band Terahertz Antenna with Biomimetic MXene Patch for 6G Wireless Systems
N. S. P. K. Reddy and A. C. J. Malathi
Application No. 202541069898
Indian Patent OfficeView record
Indian Patent OfficeView record
Dual-Layer Hollow-Core Photonic Crystal Fibre (PCF) Integrated with Microfluidic Channels
N. S. P. K. Reddy, M. Parthiban, S. Revathi, and A. C. J. Malathi
Design No. 490095-001
Indian Patent Office
Indian Patent Office
Patch Antenna
N. S. P. K. Reddy, A. C. J. Malathi, and S. Revathi
Design No. 485840-001
Indian Patent Office
Indian Patent Office
EXPERIENCELearning by
Learning by
building.
Hands-on work in signal processing, simulation, and machine learning.
AUG — OCT 2023RESEARCH & DEVELOPMENT
R&D Intern
National Atmospheric Research Laboratory ISRO, India
Simulated a multi-antenna system in MATLAB to estimate the direction of arrival of lightning signals. Implemented and tested the RV-MUSIC algorithm for signal detection and directional analysis using real-time MST radar data, supervised by Jayant Chouragade, Scientist-SF.
Evaluated performance through simulations and RMSE calculations to improve algorithm efficiency.
JUL — SEP 2022DATA SCIENCE
Data Science Intern & Trainee
Verzeo
Developed machine learning models for mobile price prediction and sentiment analysis. Created interactive Streamlit dashboards for data visualization.
Applied NLP methods, a Naive Bayes classifier, and data preprocessing to extract insights.
PROJECTSConnected systems.
Connected systems.
Practical applications.
SENSE / DECIDE / CONTROL
AUTOMATION
Smart irrigation.
IoT and Machine Learning Integrated Smart Irrigation System
Developed an automated irrigation system using IoT sensors and a machine learning model to monitor soil and leaf conditions. Controlled water flow using real-time moisture and plant metrics to improve water efficiency.
MEASURE / CONNECT / UNDERSTAND
MONITORINGWater quality.
Water quality.
In real time.
Real Time Water Quality Monitoring System with Online Data Access
Built a sensor-based water quality monitoring network with Arduino and ESP32 microcontrollers. Enabled remote data visualization through ThingSpeak for analysis of pH, turbidity, and total dissolved solids.
SKILLSThe tools behind
The tools behind
the thinking.
From code and mathematical models to electromagnetic and circuit simulation.
Programming
Python
Programming
MATLAB
Numerical computing
Simulation & modelling
Ansys HFSS
Electromagnetic simulation
NetSim
Network simulation
OptiSystem
Optical communication
COMSOL
Multiphysics modelling
Circuit design
Cadence Virtuoso
Integrated circuit design
NI Multisim
Circuit simulation
AWR
RF and microwave design
BACKGROUNDAn engineering foundation.
An engineering foundation.
An AI direction.
Building on a degree in electronics and communication with postgraduate study in artificial intelligence at UNSW Sydney.
Education
Master of Information Technology
Specialisation in Artificial Intelligence
University of New South Wales
Sydney, Australia
Bachelor of Technology
Electronics and Communication Engineering
Vellore Institute of Technology
Vellore, India
Earlier education
Class XII
Board of Intermediate Education Andhra Pradesh, India
87.8%Class X
Board of Secondary Education Andhra Pradesh, India
9.7 / 10 GPAENGINEERING MEETS INTELLIGENCE
Curiosity, through
every chapter.
From electronics and communication at VIT to artificial intelligence at UNSW Sydney.
CONTACTBASED IN SYDNEY, AUSTRALIA
Let’s make
a connection.
For conversations about AI, engineering, research, and opportunities.