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Raga Mounica Jonna - Electrical Designer/ PCB Designer/ ECAD Designer

[email protected]

Location: Houston, Texas, USA

Relocation: Yes

Visa: OPT

SUMMARY Electrical Engineer with expertise in power distribution, lighting, and auxiliary systems. Skilled in designing and analyzing medium and low-voltage distribution systems, performing load calculations, short circuit and coordination studies, and integrating architecturally coordinated lighting solutions. Strong working knowledge of AutoCAD, Revit, and various electrical engineering design tools. Experienced in designing and implementing fire alarms, voice/data structured cabling, access control, and other low-voltage systems. Excellent problem-solving abilities and a team-oriented mindset, with strong written and verbal communication skills. Dedicated to continuous learning and professional development, committed to high-quality engineering solutions. Graduate Technical Lab Assistant Houston, Texas, US Courses: Digital Circuit Lab, Topics in Computer Engineering & Bio-Inspired Computing Assisted in designing, prototyping, and simulating Digital Circuits using integrated circuits, Basys3, NI ELVIS boards, FPGA, and VHDL. Assisted students with practical experiments and projects in the lab, enhancing their hands-on learning experience. Assisted in Topics in Computer Engineering and Bio-Inspired Computing by facilitating learning, grading assignments, and fostering collaboration, which enhanced students educational experience. Facilitated lectures, lab sessions, and assignments in Bio-Inspired Computing, contributing to a comprehensive learning environment. Helped students use simulation tools, troubleshoot issues, and understand circuit design fundamentals, improving their technical skills. Accenture Solutions Pvt Ltd. Dec 2021 - Dec 2022 Application Development Associate Hyderabad, Telangana, India Developed the site and frontend patterns for Chevron Corporation using HTML, CSS, and SharePoint, enhancing user experience and site functionality. Microsoft Certifications: AZ-900, PL-900, SC-900. Completed a 6-month ASP.Net training as a merit holder, gaining advanced skills to improve application development efficiency Completed PowerBI training and certification, enhancing data visualization skills for better insights Bharat Electronics Limited May 2021 Dec2021 Design Verification Engineering Intern Bengaluru, Karnataka, India Designed and verified digital circuits using Verilog and SystemVerilog to ensure optimal functionality and performance. Utilized industry-standard simulation tools like ModelSim and QuestaSim for comprehensive design verification. Engaged in continuous learning and application of the latest advancements in digital electronics and verification methodologies. Sreyas Institute of Engineering & Technology Jun 2018 - May 2021 Pulse and Digital Circuits Lab Technician Hyderabad, Telangana, India SKILLS Programming & Simulation: Verilog, SystemVerilog, VHDL, MATLAB, ModelSim, Power Electronics, PLC Programming Technical Skills: Electrical system layout, lighting system optimization, schematic creation, Bill of Materials (BOM) Power Distribution: Medium & Low Voltage Systems, Load Calculations, Short Circuit & Coordination Studies, Arc Flash Analysis Design Tools: Altium, KiCAD, AutoCAD (2D, 3D, Electrical), Revit, Visual lighting software Electrical & Circuit Design Tools: NI MULTISIM, NI ELVIS Board, FPGA, Printed Board Design (PCB) Programming Languages: C, JAVA, Python, HTML, CSS, SQL, PowerBI, ASP.NET Others: Microsoft Office (Excel, Word, PowerPoint), strong communication and teamwork LICENSES & CERTIFICATIONS PCB Designer Course | Altium Designer | Altium PCB Design Mastery Course | FRESU Electronics PLC Programming Course Certification | Udemy Education AutoCAD 2D-3D, Electrical & Electrical Toolset | Udemy Education Advanced Revit for Electrical Design | LinkedIn Learning Power Electronics by MIT OpenCourseWare | Cursa E-Learning Python (NumPy, Pandas Matplotlib) Course Certification | Naresh i Technologies Arc Flash Hazard Analysis | NFPA Training EDUCATION The University of Houston Clear Lake Jan 2023 - Dec 2024 Master s, Computer Engineering Houston, Texas, US 3.7/4.0 CGPA Courses: Computer Architecture Design, Pulse & Digital Communication, Digital System Testing, Advanced Digital System Design Sreyas Engineering and Technology Aug 2017 - May 2021 Bachelor s, Electrical & Communication Engineering Hyderabad, Telangana, India 7.13/ 10.0 CGPA Courses: Analog Electronics, Control Systems, Microprocessors & Microcontrollers, VLSI, IOT, Digital Image & Signal Processing PROJECTS Smart IOT Agriculture Systems Apr 2020 - Jul 2020 Designed a custom PCB integrating moisture sensors, actuators, and water pump controls for automated irrigation. Optimized water management by automating pump operations, reducing wastage, and supporting sustainable farming. 3D non-stationary wideband tunnel channel models for 5g high-speed train wireless communication Jun 2021 - Dec 2021 Addressed 5G communication challenges in tunnels by mitigating radio wave reflections for high-speed train networks. Enhanced reliability of 5G technology to ensure stable communication in tunnel environments. With 5G technology, we can overcome the problems caused by the tunnel walls. Home Automation Relay Board Sep 2023 Dec 2023 Designed and developed a multi-relay control system for smart home automation, capable of managing up to 8 devices with AC and DC load compatibility. The circuit schematic was created using AutoCAD Electrical to ensure clear wire connections, accurate annotations, and a professional design flow. Used KiCAD to design the PCB layout, emphasizing high-voltage and low-voltage separation to ensure safety and compliance with electrical standards. The layout was optimized for compactness and efficient signal routing. Integrated an ESP32 microcontroller for wireless control, enabling seamless device operation via Wi-Fi, suitable for modern IoT-based smart home solutions. Adjustable DC-DC Buck Converter Feb 2024 April 2024 Designed an adjustable DC-DC buck converter for powering low-voltage devices from a higher-voltage source. Developed the circuit schematic using AutoCAD Electrical, utilizing the LM2596 IC for efficient voltage regulation. Created the PCB layout in KiCAD with careful attention to thermal management and high-current trace routing. Tested the converter to ensure stable output voltage under varying loads, making it suitable for embedded system applications. High-Speed Design, Fixed-point Design on FP RGB to Grayscale Converter Mar 2024 May 2024 Created a single-cycle RGB-to-Grayscale Converter with FP multipliers and adders to process pixels efficiently. Accelerated conversion speed through pipelined FP operations, allowing faster throughput and simultaneous pixel processing. Designed to minimize resource consumption and device complexity while preserving accuracy in fixed-point arithmetic. Strong digital hardware performance by balancing speed, accuracy, and efficiency in floating and fixed-point architectures. Temperature Sensor Module Aug 2024 Oct 2024 Designed and developed a custom PCB integrating an LM35 temperature sensor and a character LCD for real-time temperature measurement and display. Created schematic diagrams and PCB layouts using industry-standard CAD tools, optimizing for signal integrity, minimal noise, and manufacturability. Implemented power regulation and routing techniques to ensure reliable analog and digital components operation under varying environmental conditions. Demonstrated proficiency in sensor interfacing by calibrating the LM35 for accurate temperature readings and seamless data transmission to the display module. Applied principles of thermal management to evaluate and mitigate heat effects on sensor precision and PCB performance. Arduino-Compatible Sheild Oct 2024 Dec 2024 Designed and developed a custom Arduino-compatible shield to interface with various sensors and LEDs, ensuring seamless integration with standard Arduino pinouts. Created PCB schematics and layouts prioritizing modularity, ease of use, and compatibility with multiple Arduino models. Ensured precise connector alignment and footprint matching, enabling efficient signal routing and reliable hardware connections. Incorporated design practices to minimize crosstalk and electromagnetic interference, enhancing the performance of connected sensors and components. Demonstrated expertise in prototyping, debugging, and optimizing shield functionality for diverse microcontroller-based projects. Keywords: cprogramm information technology fiveg procedural language Arizona South Carolina Wisconsin