Summary
Overview
Work History
Education
Skills
Affiliations & Accomplishments
Timeline
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Satya Chandra Puppala

.
Alexandria,VA

Summary

Motivated Masters graduate specializing in VLSI, adept at digital and analog circuit design, semiconductor technology, and VLSI testing. Proficient in EDA tools, with a strong problem-solving mindset and collaborative spirit. Actively seeking full-time positions to apply acquired knowledge effectively.

Overview

6
6
years of post-secondary education

Work History

Silvaco Based Cmos 4-bit Multiplier

University Of Dayton
  • Project Overview: Undertook project to design and simulate 4-bit tree multiplier using GFUS 130nm process, showcasing practical application of academic knowledge.
  • Implementation Techniques: Employed minimum W/L and VDD parameters to ensure optimal performance, demonstrating proficiency in implementing advanced circuit design techniques.
  • Advanced Tool Utilization: Utilized Expert layout tool for layout and simulation, highlighting adeptness in leveraging advanced software for accurate implementation.
  • Focus on Precision and Optimization: Maintained a high focus on meeting specifications and optimizing layout to minimize potential issues, emphasizing attention to detail.
  • Hands-On Experience and Skill Development: Gained valuable hands-on experience in digital circuit design and implementation, recognizing significance of acquired skills for future projects and career advancement.

Menu Driven Test Application DE2-115

University Of Dayton
  • Designed and developed a versatile system capable of diverse operations through a menu interface, integrating EPROM for data read/write functionality.
  • I created a menu-driven application encompassing tasks such as LED control, EEPROM interaction, and HEX display configuration.
  • Leveraged embedded system components, including the NIOS-II/e CPU, 32-bit NIOS II architecture, and UART RS-232 for real-time data transmission.
  • Utilized GPIO outputs for controlling red and green LEDs, as well as 7-segment displays.
  • Applied semaphores for process synchronization, enhancing operational efficiency by allowing only one process to modify resources at a time.

1- Bit Static CMOS Full Adder Circuit

University Of Dayton
  • Designed and simulated a 1-bit static CMOS full-adder circuit using the GFUS 130nm process with a VDD of 1.2V.
  • Implemented a minimum W/L of 130nm (160 nm or 120nm for low-voltage devices) for optimal performance.
  • Utilized the Expert layout tool for precise and optimized circuit layout.
  • Recognized the significance of a static CMOS full-adder circuit in digital systems and computing for binary number addition.
  • I gained valuable experience in designing and optimizing CMOS circuits, along with understanding digital logic and CMOS technology principles.

Education

Master of Science - Electrical And Electronics Engineering

University of Dayton
Dayton, OH
05.2021 - 05.2023

Bachelor of Science - Electrical, Electronics And Communications Engineering

Anna University
Chennai, India
05.2016 - 05.2020

Skills

Verilogundefined

Affiliations & Accomplishments

  • Cisco Certified in CCNA Routing and Switching
  • Member of IEEE (2018-2019)
  • Member of ISTE ( since Oct 2016 )
  • Member of RMK quiz club and Campus Green Project

Timeline

Master of Science - Electrical And Electronics Engineering

University of Dayton
05.2021 - 05.2023

Bachelor of Science - Electrical, Electronics And Communications Engineering

Anna University
05.2016 - 05.2020

Silvaco Based Cmos 4-bit Multiplier

University Of Dayton

Menu Driven Test Application DE2-115

University Of Dayton

1- Bit Static CMOS Full Adder Circuit

University Of Dayton
Satya Chandra Puppala.