Sai Surya

Product Engineer

Andhra Pradesh, India0 mo experience

Key Highlights

  • Expert in UVM-based testbench development.
  • Proven track record in digital IP verification.
  • Hands-on experience with FPGA implementations.
Stackforce AI infers this person is a Design Verification Engineer specializing in semiconductor and FPGA technologies.

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Skills

Core Skills

Design VerificationUvmPatent Analysis

Other Skills

System verilogUniversal Verification Methodology (UVM)AXIPatentabilityAddress TranslatorData ConversionConstrained OptimizationGitHubVHDLIntra-Aortic Balloon Pump (IABP)ModelSimValidation ProtocolI2CAssertion Based VerificationInformation Technology

About

I am a Design Verification Engineer with hands-on experience in building UVM-based testbenches, verifying digital IPs, and developing protocol-level RTL/FPGA designs. My work spans constrained-random stimulus generation, functional coverage, assertions, debugging waveforms, and creating modular verification components. Alongside verification, I also have strong RTL experience through multiple FPGA-based implementations. Key technical projects completed by me include: Ethernet MAC (802.3) Verification: Verified TX/RX paths, collision detection, jam sequence, and MII signaling using a layered UVM environment. AXI VIP Development: Designed a scalable AXI VIP with configurable burst types, response handling, and protocol checkers. Interrupt Controller Verification: Built a UVM testbench with priority-based test scenarios achieving 100% functional coverage. Memory Controller Verification: Verified read/write sequences, address decoding, and data integrity with constrained-random tests. I2C Address Translator (ATR): Implemented a fully functional ATR system interfacing multiple slaves on the Artix-7 FPGA board. DHT11 Humidity Monitoring System: Designed the complete protocol, display logic, and motor control on the Nexys4 Artix-7 FPGA. UART Controller: Developed transmitter, receiver, and baud generator with simulation and top-level integration. IR-Based Room Lighting System: Built an entry/exit counting system using IR sensors and FPGA FSM design. These projects have strengthened my capabilities in SystemVerilog, UVM, AXI protocol behaviour, behavioural and synthesizable RTL, FPGA flow, debugging, and digital design fundamentals. I am seeking opportunities where I can contribute to high-quality verification and continue growing as a design verification engineer. https://docs.google.com/videos/d/16jPFGrO2zCNPCp14OC8u5_KqhH2jTTef1gHrOyxYQ7U/edit?usp=sharing

Experience

Vlsiguru training institute

Design Verification Trainee

Jun 2025Present · 9 mos · India · Remote

  • I am working on advanced Design Verification concepts using SystemVerilog and UVM, focusing on building modular and reusable verification environments for digital IPs. My work involves writing UVM components such as drivers, monitors, sequencers, agents, and scoreboards, along with implementing constrained-random stimulus, functional coverage, and SystemVerilog Assertions (SVA).
  • I have verified AXI-based and register-based designs using layered UVM environments, developed self-checking scoreboards for protocol-level checking, and debugged complex corner-case failures using waveforms and logs. I regularly work with QuestaSim for simulation, coverage analysis, and testbench refinement.
  • Through protocol-level verification exercises (AXI, AHB, APB, UART, SPI, I2C), I have gained practical experience in building scalable VIP components, handling negative scenarios, generating coverage closure, and validating end-to-end dataflow across interfaces.
  • This training strengthened my ability to design testplans, understand design intent, debug timing/protocol issues, and deliver verification environments aligned with industry standards.
System verilogUniversal Verification Methodology (UVM)Design VerificationUVM

Tt consultants

Patent Analyst Intern

Jun 2024Jun 2025 · 1 yr · Mohali district, India · On-site

  • I worked as part of the Invalidation Team, where I was responsible for identifying and analyzing prior art to challenge the validity of granted patents. My role involved performing in-depth invalidation searches using various patent and non-patent literature databases to find relevant documents that could potentially anticipate or render obvious the claims of a target patent.
  • I gained hands-on experience in understanding patent claim structures, conducting keyword and classification-based searches, and analyzing technical disclosures with respect to novelty and inventive step. The work required a strong understanding of patent law fundamentals, attention to detail, and technical interpretation of claims in domains relevant to electronics and communication. I contributed to generating invalidation reports that supported clients in litigation, opposition, and licensing scenarios.
PatentabilityPatent Analysis

Education

Lovely Professional University

Bachelor of Technology - BTech — ECE

Sep 2021Jun 2025

Lovely Professional University

Bachelor of Technology

Sep 2021Jun 2025

AP Model School & Jr. College (APMS)

Intermediate — MPC

Sep 2019Mar 2021

MUNICIPAL HIGH SCHOOL CUDDAPAH

Secondary School

May 2019Present

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