Venkat Tulasi Krishna Gannavaram

+1 571 752 2618; tulasigvt@gmail.com
https://www.linkedin.com/in/tulasigvt/

SUMMARY

As an Electrical Engineer, my passion lies in driving innovation and advancement within computer architecture design, product development, and electronics research. Dedicated Physical Design Engineer with a Master’s degree in Electrical Engineering and hands-on experience in ASIC/SoC design and implementation. Skilled in EDA tools, and timing analysis, with a strong foundation in physical design processes.

TECHNICAL SKILLS & CERTIFICATIONS

Programming Languages: C, C++, Python, Verilog, VHDL, Embedded C, OOPS through Java

Software & Tools: MATLAB, AutoCAD, SolidWorks (CAD), Mentor Calibre (DRC/LVS), Cadence, Synopsys, KiCad, Perl, Revit

VLSI & Hardware Design: Microprocessors & Microcontrollers, ASIC/SoC Design Flow, RTL-to-GDS Automation (TCL), Physical Verification (DRC/LVS)

AI & Data Science: Introduction to AI, Internet of Things (IoT), NumPy, Pandas, Pyplot, SciPy

Technology: Embedded Systems Development, Real-Time Operating Systems (RTOS), CAN, Ethernet, USB, Bluetooth, LAN, WAN, Zigbee, Wi-Fi

Operating Systems: Windows, Linux, RTOS, iOS, Android

Test & Measurement Equipment: Multimeter, Oscilloscope, Spectrum Analyzer, Function Generator, PLC, Signal Generator, Power Supply, Soldering

EDUCATION

Master of Science in Computer Engineering (Electrical Engineering) at Arizona State University, Tempe, USA (August 22- May 24)

Courses: Wireless Networks, Foundations of Algorithms, Probability and Random Process, Digital Systems and Circuits, Broadband Networks, Renewable Energy Technology Systems, Computer Architecture, VLSI Architectures, Knowledge Representation and Reasoning, Python for Rapid Engineering Solutions, Advanced Database Management Systems (DBMS).

Bachelor of Technology in Electronics and Communication Engineering at Kakatiya University, Warangal, India (August 18- May 22)

Courses: Industrial IoT, Analog Circuits, Digital Design, VLSI Design, Switching Theory and Logic Design, Wireless Communication, Signals and Systems, Network Analysis, Real Time Embedded Systems / Operating Systems, Radar and Satellite Communication, Control Systems

PROFESSIONAL EXPERIENCE

Electrical Engineer at Project Human City, USA (August 2024-Present)

· Designed, simulated, and optimized electronic circuits for diverse applications, collaborating with mechanical and software engineers to integrate designs into complete systems while ensuring performance, cost-effectiveness, and manufacturability.

· Developed large-scale IoT networks for smart city infrastructure, energy efficiency, supply chain management, and precision agriculture by integrating sensors, real-time data processing, and analytics for strategic insights. Integrated various sensors by soldering them on PCBs.

· Executed Verilog-based physical design workflows, including logic synthesis, place and route, clock tree synthesis, and static timing analysis. Performed backend verification (CDL, GDS, DSPF), power integrity analysis, and DRC/LVS checks for compliance with semiconductor design rules.

Managing Director at e-flip Magazine, India (April 2020-Present)

· Led strategic planning aligning business goals with mission for e-flip Magazine, fostering an innovative environment, and nurturing industry relationships for trusted content. Implemented multimedia and data-driven approaches to optimize user experience and engagement.

Tech Devil Consultant at Technology Studio, Arizona State University, USA (August 2023- May 2024)

· Developed and implemented innovative technology solutions to address complex challenges, enhancing institutional projects and initiatives. Led tech evangelism efforts by conducting workshops and seminars to educate students, faculty, and staff on cutting-edge technologies.

· Collaborated with cross-functional teams to integrate emerging technologies into academic and administrative processes, improving efficiency and user experience.

Graduate Service Assistant Homework Grader at Arizona State University, USA (August 2023- December 2023)

· Provided administrative support, graded assignments, and offered constructive feedback to enhance students’ understanding of nuclear reactor theory and design. Collaborated with Prof. Holbert Keith to uphold high academic standards, ensuring a smooth learning experience through effective student engagement and academic assistance.

Innovation Fellow at SR Innovation Exchange (SRIX, India) (January 2020- January 2021)

· As a Project Manager, led ground breaking research initiatives at SRIX to drive cutting-edge solutions in emerging technologies. Worked closely with diverse teams to accomplish quality assurance factors and cultivate an innovative environment and lead impactful projects.

Community Influencer at Edupolis Technologies Pvt. Ltd. (Unschool.in, India) (December 2019- May 2020)

· Designed vibrant community interactions by empowering connections, engagement, and educational initiatives with enthusiasm, while increasing brand visibility and pioneering innovative approaches through exceptional social media expertise.

Research Assistant at Kakatiya Institute of Technology and Science, India (June 2018- May 2022)

· Worked with Audino, Raspberry Pi, CPU, GPU, PLCs, Cellular Network Connectivity IPs and experienced in PCB layout analysis (component placement, signal routing), circuit schematic evaluation, and firmware development across multiple platforms. Conducted experiments, performed data analysis, and collaborated with multidisciplinary teams, contributing to published research papers and international patents.

· Optimized RTL-to-GDS flows with TCL scripts, enhanced place-and-route efficiency, and conducted DRC/LVS checks using Mentor Calibre for test chip validation.

ACADEMIC PROJECTS & HACKATHONS

· Fabricated an electronic device for “Automatic Water Level Cut-Off for Over Head Tanks”

Designed and developed an electronic device to automate water level control in overhead tanks. This automation solution uses sensors to detect water levels and activates a cut-off mechanism to prevent overflow, enhancing water conservation and reducing manual intervention. The project involved hardware design, sensor integration, and programming for real-time monitoring and control.

· Design and development of “IoT based Electricity Energy Meter”

Developed a digital product of IoT-enabled smart energy meter to monitor real-time electrical systems consumption. This ISO standards system measures parameters such as voltage, current, and power, displaying data on a user-friendly mobile app and website. Integrated with a database, the meter tracks monthly energy usage and automatically generates bills for the service provider. This electrical circuits project aimed to reduce human dependency in manual readings, enhance billing accuracy, and promote energy conservation through real-time monitoring.

· Biped Robotics

Participated in a hackathon on "Biped Robotics" organized by Innovate Invent Edu Tech Pvt. Ltd, where I designed and assembled a low-cost robotic biped. Focused on creating a robust system capable of experimenting with various walking and running gaits without hardware failures, using Arduino control, 3D-printed parts, and readily available hobby components. This foundation allows for further upgrades and specific gait customizations.

· PCB Design and Fabrication

Participated in a hackathon conducted by CSRE Electronics focused on PCBAs design, covering all stages of development. Tasks included schematics capture, Printed Circuit Board design, layout, and routing. Verified designs using simulations, conducted design reviews, and prepared manufacturing files, ensuring production-ready quality and efficiency in PCB development.

· 5G Communication: Looking into the Future

Participated in a workshop by SRM University focused on advancements and future trends in 5G, covering key topics like network architecture, spectrum management, edge computing, AI integration, and emerging applications (e.g., smart cities, telemedicine, autonomous vehicles). Engaged in discussions on challenges such as security, privacy, and regulatory concerns, and explored the potential of 6G. Activities included keynote presentations, panel discussions, technical demos, and breakout sessions on specific use cases, with attendees from diverse fields like telecommunications, healthcare, and government policy.

· Fundamentals of MATLAB and Programming

Participated in a workshop by KITSW covering MATLAB essentials, including interface navigation, data structures (vectors, matrices, cell arrays), and fundamental programming concepts like loops, conditionals, and functions. Engaged in data visualization (2D/3D plotting) and data import/export techniques. Applied skills in hands-on exercises involving statistical calculations, model implementation, and script automation. Explored real-world case studies focusing on engineering and scientific applications.

PATENTS (INTELLECTUAL PROPERTY RIGHTS IPR)

· IoT and Machine Learning-based Headlight Intensity Changing device for Electrical Vehicles (Innovation/ Australia/ Granted/ 2021101737)

Developed an intelligent headlight system for EVs with Central Illumination Sensing (CISS), Headlight Adjusting (HAS), and Light Intensity Adjusting (LIAS) systems. Used a PIXY2 microcontroller and camera to analyze vehicle and environmental light intensity, dynamically adjusting headlights based on conditions. Integrated machine learning algorithms for angle adjustments on turns and inclines, controlled via servo-mechanisms. Enabled real-time data display on the user interface through Wi-Fi mesh communication.

· IoT and Machine Learning based Power Generation from Sewage Water (Innovation/ Australia/ Granted/ 2021101956)

Developed an IoT-enabled, ML-based system for power generation from sewage water, featuring sewage-water collection tanks, a monitoring device, and an electric generator unit. The system uses water-level sensors and a microcontroller to monitor sewage volume, predict inflow rates, and control release onto a horizontal turbine. When sewage reaches a set threshold, the microcontroller activates an outlet valve, directing water to drive the generator and produce electricity, leveraging renewable energy from wastewater.

· AI and IoT enabled Smart Medicine Box (Innovation/ Australia/ Granted/ 2021102001)

Developed a smart medicine box with multiple compartments and an advanced monitoring system. Integrated sensors, including strain gauges, temperature sensors, and cameras, to monitor medicine type, quantity, and environmental conditions. Implemented a microcontroller with machine learning algorithms for identifying medicines, controlling temperatures via a Peltier module, and sending alerts for reminders or replenishments. Leveraged IoT protocols for real-time monitoring and communication, enhancing medication adherence and storage management.

· Solar Park Monitoring and Fault Detection System Using IoT and Machine Learning (Innovation/ Australia/ Granted/ 2021102330)

Developed a system for real-time monitoring and fault detection in solar parks. Each solar panel is equipped with a Panel Monitoring Device (PMD) in a Wi-Fi mesh network that transmits data to a Central Monitoring Station (CMS). The CMS uses machine learning algorithms to detect abnormalities in parameters like voltage, current, and temperature. Fault conditions trigger alerts and automatic disconnection of faulty panels to ensure system safety and efficiency.

· Cycle Handle Grips with Health Detection (Design/ India/ Granted/ 347771-001)

Developed an electro mechanical device cycle handle grip that monitors the cyclist’s health and driving behavior. The device performs predictive analysis on collected data, triggering alerts in case of improper driving or health concerns. It can connect to mobile devices for real-time notifications to safeguard against potential accidents or health issues. The integration of these sensors was used to build prototypes of the model.

· Support Structure for Adaptive Dampening System of Windmill (Design/ India/ Granted/ 355685-001)

Developed an innovative support structure for an adaptive dampening system in windmills, designed to optimize performance and reduce wear from wind-induced vibrations. The system enhances the windmill's longevity and energy efficiency by adjusting to dynamic environmental conditions, ensuring stability and improved energy conversion.

· Multi-Energy Vehicle Using Solar, Wind and Conventional Energy (Utility/ India/ Filed/ 202041048168)

Developed an innovative multi-energy vehicle that integrates solar, wind, and conventional energy sources to enhance vehicle efficiency and reduce environmental impact. The system integration optimizes energy use by harnessing renewable sources while maintaining conventional fuel backup, offering a sustainable alternative for transportation. This project emphasizes clean energy integration and energy management in the automotive sector.

· Advanced Construction Truck (Design/ India/ Filed/ 363460-001)

Designed a schematic model of innovative construction truck, focusing on advanced features for enhanced functionality, safety, and efficiency in construction environments. The design aims to improve the vehicle's performance and user experience while addressing specific challenges in construction site operations.

· 5 Row Scaffolding Gallery (Design/ India/ Filed/ 367772-001)

The innovation focuses on an efficient scaffolding system for construction projects, improving safety and stability while optimizing workspace organization. The design enhances structural integrity and ease of use for workers.

· Prefabricated Bridge Element (Design/ India/ Filed/ 368685-001)

Filed a patent for the mechanical design prototype on innovative design for efficient construction and enhanced durability. The patent addresses challenges in bridge assembly by utilizing modular, pre-constructed elements that reduce on-site labor, improve structural integrity, and shorten construction timelines. The design contributes to sustainable infrastructure solutions and modernizes traditional bridge-building methods.

IEEE RESEARCH PAPER PUBLICATIONS

· Study of Automobile Safety Technology Development using Vehicular Safety Device (VSD)

· Brief Study and Review on the Next Revolutionary Autonomous Vehicle Technology

· Conversion of Sound Energy into Electrical Energy in Highly Populated Areas

· Design and Development of Automatic Water Overflow Control Unit using E-Tap

· Segmentation of Images using Automatic Fuzzy Clustering Framework

· Adaptive Channel Estimation using Least Mean Square (LMS) for Orthogonal Frequency Division Multiplexing (OFDM)

· Integrating Machine to Machine Communication (M2M) and MQTT Protocol Techniques for Conversion of Water Motor Pump into a Smart System

· Sun Tracking Solar Energy System - An Alternate and Emerging Energy Unit in 21st Century

· A Brief Review on Internet of Things (IoT)

· A Brief Study on Hybrid Electric Vehicles

· Security in the World of Internet of Things (IoT): Overcoming Challenges

· Performance Analysis of 3D Stacked Memory Architectures in High Performance Computing

Additional Skills: Microsoft Suite, Excel, Word, Power Point, Outlook, Problem Solving, Time Management, Teamwork, Creativity, Critical Thinking, Leadership, Verbal and Written Communication Skills, Troubleshooting, Product Management, Organizing Workshops, Keynote Speaker, Decision Making, Product Design, Customer Service, Project Planning, Interpersonal skills, Project Management, Customer Service, Technical Writing.

Professional Membership: IEEE, ISTE, IETE, IAENG