I am applying for haardware verilog vlsi jobs . create a good resume in overleaf latesf with high ats score. i will provide my details and job description. hight the important terms.
include some  softskills terms in descriptions such as leadership , communication , writing , working with teams , report creation etc
add skills  or techstack exihbited in each project or experience.   write the description in simple and short make sure everything fits in a single page and give proper font size and spacing for visibility and readability


name: PonnXXX
phone number : 822XXXXXX
email: XXXX@gmail.com
github: github.com/xxxx
linkedlin: linkedin.com/xxx

you can more skills or arsenals based on job descrption

verilog, Digital Logic Design , Data Structures , UVM, SytemVerilog , tecl , perl, VHDL, Cmos devicos , semiconductors, static timing analysis , microprocessor and micro controller , 8081, 8086, ARM , placement and routing , physical design , Xilinix vivado , Symica
Python, C , C++, OOPS , SQL , Docker , Machine Learning and Deep Learning 	, Scikit-Learn, TensorFlow, PyTorch, Keras , Langchain, RAG , 	Prompt Engineering , Arduino, ESP32, Raspberry Pi , Internet of things , wifi, bluetooth , lora , zigbee , mqtt , http

experience
Research Intern at International Institute of Information Technology, Hyderabad (IIITH)  Description 
01/2024 - Present
Developed IoT-based water management systems, achieving 94% accuracy in water appliance classification using LSTM and Conv1D models in TensorFlow. Implemented time series regression for temperature estimation with an R-squared value of 0.85, showcasing proficiency in predictive modeling and feature engineering. Applied advanced data preprocessing, exploratory data analysis, and visualization techniques using Python libraries (NumPy, Pandas, Matplotlib, Plotly) to improve model performance and interpretability. 


Education
XXXXcollegename
Bachelor of Technology (B.Tech) in Electronics and Communication Engineering
Minor in Artificial Intelligence and Machine Learning
Score 8.88/10 CGPA




Projects

16 bit arm risc processor in Systemverilog with uvm testbench

A High-Throughput and Power-Efficient FPGA Implementation of YOLO CNN for Object Detection 

Design of Wi-Fi MAC Transmit and Receive Protocol Using Verilog HDL


RTL code generation and uvm testbench generator using llm ( ChatGPt and gemini)

AI in Radiology (Image Classification)
* Developed and fine-tuned CNN models using PyTorch for body part image classification of The UNIFESP X-Ray Body Part Classification Dataset. 
* Implemented transfer learning with ResNet, EfficientNet, and MobileNet to improve model accuracy and efficiency. 
* Experimented with Vision Transformer (ViT) architectures for advanced image recognition tasks. 

Certifications  • Amazon ML Summer School 2024 • Six-Month Training Program on Artificial Intelligence and Machine Learning, IIIT Hyderabad • Problem Solving through Programming in C - NPTEL • Programming for Everybody (Getting Started with Python) • Introduction to Semiconductors - NPTEL • Digital Circuits - NPTEL • Microprocessors and Microcontrollers - NPTEL 

Languages  English, Telugu, Hindi 

acheivements and particicipations
secured Gate 2023 in Electronics and communication rank of 35XX 
parcipated in hackhathon
attended 2 day workshop



job descriptions  
Minimum qualifications:
Currently pursuing a Bachelor’s or a Master’s degree in Electronics Engineering, Electrical Engineering, or a related technical field.
Experience with design concepts and computer hardware architecture.
Experience with hardware or electrical engineering through internship, work, or personal projects.
Ability to communicate in English fluently to participate in technical discussions.

Preferred qualifications:
Experience in one or more of the following areas: SoC/ASIC Design, Design Verification, Physical Design, Design for Testability.
Experience with Verilog/HDL or System Verilog coding.
Experience with one of the scripting languages (e.g., Perl, TCL, or Python).
Experience with EDA tools and methodology (e.g., Lint, CDC, Synthesis, Formal Equivalence) or low power reduction techniques.
Ability to work full time for 6 months outside of university term time.
About the job
As a Hardware Engineering intern, you will design, develop and deploy next generation consumer hardware. Google's Consumer Hardware Silicon division (gChips) builds chips (i.e., SoCs and ASICs) optimized for Google-branded consumer devices. As a member of a multi-disciplinary team, you will use creativity and a diverse range of engineering knowledge to explore solutions to a variety of engineering problems. Additionally, as an Electrical Engineer, you will participate in the design, analysis, and prototyping of new concepts.
Google's mission is to organize the world's information and make it universally accessible and useful. Our Hardware team researches, designs, and develops new technologies and hardware to make our user's interaction with computing faster, more powerful, and seamless. Whether finding new ways to capture and sense the world around us, advancing form factors, or improving interaction methods, our Hardware team is making people's lives better through technology.

Responsibilities
Work with the team to develop power and performance optimized chips.
Contribute to the design, verification, and silicon implementation of chips.
Collaborate with local and remote teams in automating design flows.

Overview
Come build community, explore your passions and do your best work at Microsoft with thousands of University interns from every corner of the world. This opportunity will allow you to bring your aspirations, talent, potential—and excitement for the journey ahead.

As a Silicon Engineering Intern This opportunity will allow you to Designs, develops, modifies and evaluates electronic parts, components, or integrated circuitry for digital electronic devices and other digital electronic systems. Defines design architecture and operating parameters for circuitry and microelectronic components. Selects components and equipment based on analysis of specifications and reliability. Analyzes designs and components to establish operating parameters and performance requirements to define complete pre-silicon verification test cases. Develops test plans and directs support personnel, or other engineers, in the preparation and execution of design verification testing. Analyzes data generated from test results to perform pre-silicon verification of operating parameters and performance requirements.

At Microsoft, Interns work on real-world projects in collaboration with teams across the world, while having fun along the way. You’ll be empowered to build community, explore your passions and achieve your goals. This is your chance to bring your solutions and ideas to life while working on cutting-edge technology.

Microsoft’s mission is to empower every person and every organization on the planet to achieve more. As employees we come together with a growth mindset, innovate to empower others, and collaborate to realize our shared goals. Each day we build on our values of respect, integrity, and accountability to create a culture of inclusion where everyone can thrive at work and beyond.

Qualifications
Required Qualification 

 

Currently pursuing a bachelor’s degree in Electronics Engineering, Electrical & Electronics/Computer Science Engineering.

 

Preferred Qualifications (PQs)

 

Experience or classes in the following areas:
o Microelectronics/VLSI courses
o Digital Logic Design and Simulation
o Object Oriented Programming and Data Structures
o Embedded Systems and Firmware
o Knowledge of verification principles, testbenches, UVM
o Knowledge of C/C++ and scripting languages
o Experience with digital timing analysis, synthesis, place-n-route
o Circuit design, including VLSI design and solid-state devices

 


Responsibilities
• Contribute to and improve the hardware solutions we develop.
• Uses performance instrumentation and presents results to team and architects.
• Think strategically, creatively, and innovate ways to communicate and visualize user experiences.
• Implements or recommends technical solutions to common quality and design challenges, with guidance from others (including logic design, verification, circuit design, physical design, and design for test).
• Uses standard practices to write complete design verification test cases, test benches, or automation.
• Assists in writing tests for formal pre-silicon verification of subsystems within a single block; includes the use of simulation and emulation tools, as well as tests for signal integrity, to prevent bugs/failures before production