Harinath Talluri
California, USA ****************@*****.*** +1-203-***-**** linkedin.com/in/harinatht1/
Professional Summary
Embedded Engineer with strong expertise in RF circuit design, simulation, and system integration across multi-chip modules and front-end architectures. Experienced in designing PAs, LNAs, filters, and switches for high-performance wireless communication systems. Skilled in using advanced EM simulation tools and lab equipment for validation, debugging, and optimization. Adept at collaborating with cross-functional teams and customers to deliver robust and scalable RF solutions for 3GPP, LTE, WiFi, GPS, and Bluetooth technologies.
Technical Skills:
Programming & Scripting: Embedded C, C++, Assembly Language, Python, MATLAB, Bash
Microcontrollers & Processors: ARM Cortex-M (STM32F4, STM32F1), ESP32, PIC, AVR, x86-based platforms
Simulation Tools: HFSS, EMX, ADS Momentum.
RF Design: Impedance, Linearity, Stability, Noise Figure, Resonant Circuits.
Module Design: Multi-chip Modules, Acoustic Filters, BAW, SAW, Balun.
Wireless Standards: LTE, 3GPP, Bluetooth, GPS, WiFi.
Lab Equipment: Network Analyzer, Spectrum Analyzer, Signal Generator, Load-pull Tuner.
Professional Experience:
University of New Haven West Haven, CT, US
Graduate Teaching Assistant for ELEC-6650 October 2023 – May 2025
Guided over 60 students in DSP and Probability courses, improving lab performance through personalized tutoring and hands-on simulation exercises using MATLAB and Python. Led complex simulation projects that increased overall project success rates.
Enhanced course content and learning materials, streamlining concepts to reduce repeated student queries by 30%, resulting in improved understanding and engagement during sessions.
Tata Consultancy Service Chennai, India
Embedded System Engineer August 2021 – August 2023
Designed and validated transistor-level RF circuits including Power Amplifiers, LNAs, and RF switches to meet system performance requirements.
Conducted impedance matching, noise analysis, and linearity testing to ensure stable and reliable RF module operation.
Performed EM simulations using ADS Momentum and HFSS to optimize passive structures such as filters, couplers, and baluns.
Collaborated with layout engineers to guide MCM floorplanning and ensured accurate implementation of circuit topology.
Analyzed measured results from lab instruments like network analyzers and spectrum analyzers to fine-tune designs.
Developed RF front-end modules integrating PA, LNA, switches, and filters for cellular and wireless applications.
Engaged with customers to define I/O requirements, size constraints, and performance specifications while proposing design solutions.
Executed co-simulation across digital, analog, and RF domains to validate multi-technology designs.
Supported new technology adoption by evaluating alternative architectures and performing detailed feasibility analysis.
Provided production support through lab debugging, yield analysis, and process optimization activities.
Education:
University of New Haven West Haven, USA
Master of Science, Electrical and Computer Engineering May 2025
Rajiv Gandhi University of Knowledge Technologies (IIIT Basar) Basar, INDIA
B.Tech in Electrical and Electronics Engineering July 2021
Projects:
Smart Energy Meter with IoT Integration Jan 2025 – Apr 2025
Developed an ARM Cortex-M4–based embedded system in C to measure, process, and transmit real-time power usage via Wi-Fi (MQTT) to a cloud dashboard; implemented low-power modes reducing idle consumption by 40%, and added threshold-based alerts for proactive energy management.
Wireless Environmental Monitoring System Aug 2024 – Dec 2024
Built an ESP32-based home automation system with on-device speech recognition to control appliances via Wi-Fi; integrated relay drivers and a mobile app for remote operation and scheduling; enhanced system reliability with interrupt-driven event handling, ensuring seamless connectivity and low-latency response
Certifications: Electrical Engineering, Python, Google Cloud ACE