Responsibilities

Setting up CPU simulation environments, including installing and compiling open-source tools such as GEM5 and McPAT, along with their software dependencies—often involving configuration of Linux environment variables
Generating CPU workload checkpoints using the SimPoint toolset, including compiling benchmark applications, creating simulation checkpoints, and validating checkpoint functionality
Automating the simulation process, including job submission to LSF grids, and collecting and analyzing statistics using custom scripts
Contributing to innovations in CPU architecture simulators through coding, testing, and debugging, following successful setup and automation of the simulation environment

Minimum qualifications

Strong C++ and object-oriented programming skills
Familiarity with the Linux environment
Experience with scripting languages such as Python
Basic understanding of computer architecture and microarchitecture, including O3 execution and pipeline design
Basic understanding of ISAs and assembly language
Experience with the GEM5 simulator
Strong verbal and written communication skills
Highly organized, detail-oriented, and self-motivated; able to work independently and collaboratively in a team environment
M.S. degree in Computer Engineering or a related field