Note: The job is a remote job and is open to candidates in USA. UST is a technology company that develops human-centered solutions and supports clients through technology and innovation. The company is seeking a SystemC Modeling Developer to design and develop SystemC/TLM models for next-generation compute and AI server platforms, support architecture exploration and pre-silicon software development, and analyze system performance. The role also involves model validation, virtual platform development, documentation, and collaboration with architecture, RTL, platform, and performance teams.
Responsibilities
- Develop SystemC/TLM2.0-based functional, timing, and performance models for server subsystems (CPU, memory, I/O, accelerators, AI engines)
- Build modular, scalable models for Compute & AI workloads and integrate them into simulation frameworks
- Perform system-level performance modeling, profiling, and bottleneck analysis across compute, memory, and accelerator paths
- Support pre-silicon BIOS, firmware, and driver enablement using virtual platforms
- Validate models against RTL or hardware references to ensure functionality and accuracy
- Work with simulators such as Synopsys Virtualizer, Cadence VSP, QEMU-based frameworks, etc
- Collaborate with architects, RTL designers, platform engineers, and performance teams to align modeling results with product goals
- Document model features, APIs, interfaces, and usage workflows for internal teams
- This position description identifies the responsibilities and tasks typically associated with the performance of the position. Other relevant essential functions may be required
Skills
- Bachelor´s or Master´s degree in Computer Engineering, Electrical Engineering, Computer Science, or related field
- 5+ years of experience in the following areas:
- SystemC/TLM modeling, TLM2.0, and C/C++
- Computer architecture including CPU pipelines, cache hierarchy, memory controllers, PCIe/CXL, and AI/compute subsystems
- Pre-silicon simulation, or architectural modeling for semiconductor/server platforms
- Cycle-accurate, timing-accurate, or transaction-level modeling
- Pre-silicon simulation flows and virtual platform development
- Performance data, interpret system behavior, and provide optimization insights
- Debugging skills in complex simulation environments
Benefits
- Employees receive eleven (11) paid holidays
- Two (2) weeks of paid vacation per year
- Eligible for health, dental, disability and life insurance
Company Overview