Entry Level Hardware Developer 2027 -Poughkeepsie, NY

As a Developer at IBM, you’ll get to work on the systems that are driving the quantum revolution and the AI era. Join our team of creators - the people who help move IBM forward by using their imagination to envision solutions, their curiosity to experiment with new ideas, and their ever-growing skills into action for customers to make better decisions with greater speed on the most trusted platforms in today’s market.

IBM has openings for Hardware Development Engineers to develop, test and provide customer support for hardware, firmware and semiconductors that make up our industry- leading IBM products. We are an elite team of engineering professionals that pioneer innovations for the cutting-edge microprocessors and hardware used in IBM infrastructure including IBM z Systems, IBM Power Systems, IBM Storage, and IBM Quantum Systems. Development engineers participate in various aspects of the development, test, and support process, such as:

Logic (RTL) design and verification, physical design, and analog/IO design

Electronic design automation

Signal integrity, power integrity, and analysis

Microelectronics packaging

Materials analysis and characterization

Mechanical design, modeling and technology integration

Circuit design / electrical design

Printed circuit board physical design and layout

Thermal design and testing

Voltage regulation and power delivery

Performance modeling

Processor and system test and validation

Processor, component, and system characterization

Customer and field engineering support

Firmware architecture, development, and test failure analysis

Product quality, assurance, specification and analytics

Candidates with at least three months of computer or electrical engineering experience of designing or manufacturing hardware products are preferred.

Basic knowledge of computer hardware and architecture (FPGAs, RISC-V, ARM, MIPS), programming languages (C/C++/C#, Python, or Java), hardware description languages (VHDL/Verilog), and circuit simulation tools (SPICE) is preferred.