Position: 3D Graphics Diagnostics Engineer
Company: EigenMethod
Experience required: 1y
English level: intermediate

•The candidate should be a hardworking self-starter, proactive, able to share ideas, and able to provide design verification leadership. 
•Exceptional problem-solving capabilities and data analysis skills 
•Excellent communication skills  

Preferred Experience: 
•Candidate should have extensive experience in the diagnostic or verification environments with emphasis on ASIC system-level testing. A proven knowledge of hardware/software integration 
• Real-time 3D computer graphics including the Direct3D and/or OpenGL application interfaces. 
•HLSL and/or GLSL •Standard diagnostic testing techniques 
•A proven understanding of graphics engine architecture 
•Strong software development skills on Linux and Windows 
•Object-oriented programming in C++, STL, and Boost. 
•Python, Perl, and Bash 
•Experience developing in a sophisticated software environment 
•Explore and adopt new or evolving testing methodologies used in the industry to verify complex ASIC designs within aggressive, market-driven schedules 
•Experience with source code control systems 
•Knowledge of cmake is a plus 
•Knowledge of RTL design practices and tools 
Academic Credentials: BSEE, CSEE, BSCpE, or BSCS; MS preferred

Key Responsibilities: 
The candidate would be responsible for planning, designing, writing, debugging and optimizing functional and stress tests for 3D graphics hardware IP. 
Collaborate with hardware architects and logic designers to solve functional issues, and customer support engineers to help resolve testing deficiencies.
Work within existing test infrastructure on currently active projects. 
Participate in system-level verification planning