A leading technology firm in Boston is offering a hybrid internship opportunity as a Design Verification Engineer Intern. This role involves ensuring the functional correctness of RISC-V and AI accelerator SoCs. Interns will collaborate with industry experts to build pivotal systems in digital design and verification, gaining hands-on experience with cutting-edge verification methodologies. Applicants should be pursuing relevant degrees and have a solid understanding of digital logic design. Join us to innovate and democratize high-performance computing.
Qualifications
Pursuing a relevant degree in Electrical Engineering or related fields.
Strong understanding of digital logic design and computer architecture.
Familiar with HDLs and interested in verification methodologies.
Comfortable in Linux environments and with scripting languages.
Detail-oriented problem solver with debugging skills.
Collaborative team member with communication skills.
Responsibilities
Develop and maintain SystemVerilog/UVM testbenches for SoC IP blocks.
Write verification test plans based on specifications.
Develop tests and triage failures with RTL designers.
Analyze functional and code coverage results.
Contribute to automation and infrastructure improvements.
Partner with cross-functional teams for alignment.
Skills
Digital logic design
Computer architecture
Verilog/SystemVerilog
Linux
Python
Scripting
Education
B.S., M.S or PhD in Electrical Engineering, Computer Engineering, Computer Science
Tools
SystemVerilog
UVM
Job description
A leading technology firm in Boston is offering a hybrid internship opportunity as a Design Verification Engineer Intern. This role involves ensuring the functional correctness of RISC-V and AI accelerator SoCs. Interns will collaborate with industry experts to build pivotal systems in digital design and verification, gaining hands-on experience with cutting-edge verification methodologies. Applicants should be pursuing relevant degrees and have a solid understanding of digital logic design. Join us to innovate and democratize high-performance computing.