Ability to demonstrate and maintain a high level of professionalism.
Strong Organizational abilities.
Computer proficient with solid knowledge of MS office product suite.
Ability to gather facts, analyze problems in depth and break down into components.
Good written and verbal communication skills.
Ability to demonstrate an outgoing, enthusiastic and positive attitude that establishes collaborative relationships with peers and allows adaptation to and operation in a fast-paced, changing environment.
Ability to exercise good judgment and make decisions in a logical and rational manner; demonstrate "common sense", practical approaches.
Completed two years of study towards a Bachelor's degree in Industrial, Mechanical or Manufacturing Engineering or related field.

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Software Development Engineer 2 [208853]

Aquent Talent

Schaumburg, IL

$48/hr

RemoteFlexible ScheduleHealth InsurancePaid Time OffRetirement Benefit

Hands-on experience with profiling tools and interpreting timing/counter data.
Bachelor's degree in computer science, software engineering, or a relevant field.
Familiarity with a broad range of graphics and performance analysis tooling.
Proven experience identifying performance bottlenecks through trace collection and in-depth analysis.
2-4 years of experience in software development or performance analysis.
Hands-on graphics experience beyond generic software engineering.
Comfortable working in various operating environments (command line basics, driver/runtime builds) and strong written communication for bug reports and triage summaries.
Hardware architecture knowledge relevant to graphics processing.
Strong understanding of real-time rendering fundamentals and the GPU graphics pipeline (draw calls, state changes, shaders, textures, buffers).
Understanding of GPU architecture basics (waves/warps, occupancy, caches, memory bandwidth) and shader instruction set architecture at a high level.
Comfortable working in server environments (shell, services, and basic scripting).
Familiarity with modern graphics API concepts (e.g., command queues/lists, descriptor heaps, resource states/barriers) and basic shader concepts in common shader languages.
Scripting for automation (e.g., Python, PowerShell, Bash) and basic data analysis (e.g., spreadsheets, simple plots).
Proficiency in C/C++ with the ability to read and reason about performance-sensitive code.
Exposure to graphics stack concepts and debugging (e.g., display driver models, graphics infrastructure, event tracing, driver symbol debugging).