Software Engineer 2

KLA•Ann Arbor, MI

2d•$83,000 - $141,100•Onsite

About The Position

We build the software that powers KLA’s world‑class wafer inspection systems, used every day in high‑precision semiconductor manufacturing around the globe, and you’ll be part of that impact! As a Software Engineer, we’ll support your growth as you tackle growing ownership, work alongside mentors, and deepen your understanding of sophisticated, system‑level software that directly runs real production tools. We don’t just write code, we solve ambitious problems at the intersection of software, hardware, and science. We’re looking for engineers with experience building C++, C#, or Java applications that directly interact with and drive complex hardware systems, whether powering tools, instruments, or production systems where software and hardware work together to deliver real‑world outcomes.

Requirements

Degree in Computer Science, Software Engineering, or a related field
2–4 years of proven experience in industry
Hands‑on experience with C++, Java, C# or any equivalent language
Understanding of object‑oriented programming concepts and basic data structures
Experience working with larger codebases or system‑level software
Familiarity with development environments, debugging tools, and version control systems (e.g., Git)
Coursework or experience related to image processing, real‑time systems, or hardware‑software interaction preferred
Experience with multithreaded applications is a plus

Responsibilities

Design, develop, and improve software modules with moderate autonomy, following established coding standards and architectural guidelines
Own small to mid‑sized features or subsystems, from implementation through testing and sustainment
Contribute actively to design discussions and code reviews, offering technical suggestions and improvements
Write and maintain effective unit tests and system tests, improving coverage and software reliability
Perform independent debugging and root‑cause analysis for software issues, raising attention to complex problems as needed
Develop a working understanding of system‑level behavior and how software interacts with hardware, optics, and algorithms
Support verification and validation activities, including log analysis, test execution, and results documentation
Consistently follow—and begin to improve—KLA’s SDLC processes and engineering documentation