Hardware Developer Intern - Austin, TX - 2027

International Business Machines Corporation; Austin (TX); Presencial; USD 28.000 - 41.000; Jornada completa

Descripción de la vacante

IBM in Austin is seeking Analog Design Interns to contribute to delivering high-speed SERDES interfaces for IBM Power and Z microprocessors in advanced 3nm tech and beyond.

You will help transition IO architecture from NMZ to PAM4, use Cadence and Spice tools to design, simulate, and layout circuits, and gain hands-on experience in transmitter, receiver, PLL, and other analog designs.

Formación

• Pursuing a Bachelor's in Electrical Engineering or Computer Engineering.
• Relevant Circuit Design course with applied experience.
• Understanding of Cadence and Spice tools.
• Familiarity with VHDL, Python, Perl, TCL.

Responsabilidades

• Help transition the high-speed IO architecture from NMZ to PAM4 for IBM microprocessors.
• Use a mix of industry standard and IBM tools to design, simulate, and layout circuits.
• Work on transmitter, receiver, PLL or other analog designs.
• Learn to develop and deliver complex analog circuits for IBM products.
• Perform schematic design using Cadence tools.
• Perform circuit analysis using Spectre and SPICE simulators.
• Evaluate manufacturability and end-of-life considerations.
• Develop scripts to parse data using Python.

Conocimientos

Analog circuit design

High-speed IO

Circuit analysis

Schematic capture

Python scripting

Cadence tools

VHDL

Spice tools

Spectre

Educación

Bachelor's Degree in Electrical Engineering

Bachelor's Degree in Computer Engineering

MS in Electrical Engineering (Analog Circuit Design)

Herramientas

Cadence design tools

Spectre

SPICE simulators

Python scripting

Descripción del empleo

Introduction

At IBM, work is more than a job - it's a calling: To build. To design. To code. To consult. To think along with clients and sell. To make markets. To invent. To collaborate. Not just to do something better, but to attempt things you've never thought possible. Are you ready to lead in this new era of technology and solve some of the world's most challenging problems? If so, lets talk.

Introduction

At IBM, work is more than a job - it's a calling: To build. To design. To code. To consult. To think along with clients and sell. To make markets. To invent. To collaborate. Not just to do something better, but to attempt things you've never thought possible. Are you ready to lead in this new era of technology and solve some of the world's most challenging problems? If so, lets talk.

Your Role And Responsibilities

IBM has openings for Analog Design Interns to be part of the team that is responsible for delivering our high speed SERDES interfaces for IBM Power and Z microprocessors in advanced 3nm technologies and beyond.

Possible Roles And Responsibilities

• Help your new team transition the high-speed IO architecture from NMZ to PAM4 in support of future IBM microprocessors.
• Use a combination of industry standard and IBM proprietary tools to design, simulate, and layout your circuits.
• Have an opportunity to work on transmitter, receiver, PLL, or other analog designs.
• Learn what it takes to develop and deliver complex analog circuits for IBM products.
• Perform schematic level design using Cadence design tools
• Perform in-depth circuit analysis using Spectre and spice simulators
• Analyze the design for manufacturability and end of life requirements
• Develop various scripts to parse data using languages like Python

Preferred Education

Bachelor's Degree

Required Technical And Professional Expertise

• Pursuing a Bachelor's in Electrical Engineering or Computer Engineering
• Relevant Circuit Design course with applied experience in circuit design
• Use of Cadence and Spice tools
• Understanding of VHDL, Python, Perl, TCL

Preferred Technical And Professional Experience

Pursuing a degree in MS in Electrical Engineering with a specialty in Analog Circuit Design

Relevant Analog Circuit Design course

Understanding of Interface terminology such as NMZ, PAM4, CTLE, DFE, PLLs, RX, TX and how these work within a High-Speed interface