Learn digital sub-system architectures, development processes, design standards, and verification methodologies under the guidance of experienced engineers.
Assist in analyzing requirements and detailed specifications for digital sub-system functions, including processor interfaces, platform control, safety, security, and debug functions.
Assist in developing or modifying synthesizable RTL modules using Verilog or SystemVerilog according to approved specifications and design guidelines.
Contribute to digital sub-system functions such as processor interfaces, interrupts, debug-related control, memory or bus interfaces, and sub-system integration, depending on project assignment.
Contribute to digital sub-system functions supporting platform safety, security, protection, error handling, access control, or system supervision, depending on project assignment.
Assist in preparing design descriptions, interface information, timing behavior, and traceability between requirements, specifications, RTL, and verification items.
Assist in subsystem integration, interface connectivity checking, compile checks, configuration management, and design-release activities.
Contribute to verification planning and the development of basic test cases, assertions, checkers, and regression tests for assigned functions.
Analyze simulation results and support the review of lint, CDC/RDC, synthesis, DFT, static timing, formal verification, coverage, or low-power verification results according to project assignment.
Investigate technical issues, reproduce failures, identify root causes with guidance, and document corrective actions, side-effect checks, and verification evidence.
Develop and maintain simple automation scripts using Python, Tcl, Perl, Shell, or similar languages to improve quality and productivity.
Maintain technical documents, review records, change records, verification reports, and lessons learned.
Collaborate with engineers in Vietnam, Japan, and other global locations, and participate in peer reviews, technical training, and knowledge sharing.
Required Qualifications
Bachelor's degree in
Electrical Engineering, Electronics Engineering, Computer Engineering, Computer Science, Automation and Control Engineering, Telecommunications Engineering, Mechatronics Engineering, or a related discipline.
Basic understanding of digital electronics, computer architecture, programming, or semiconductor design.
Basic knowledge of RTL design or verification concepts using Verilog, SystemVerilog, or VHDL.
Basic programming or scripting experience in at least one language, such as Python, Tcl, Perl, Shell scripting, C, or C++.
Good analytical and problem-solving skills, with the ability to learn unfamiliar tools and technical concepts.
Good written and verbal communication skills, including working-level English.
Ability to work effectively in a team and collaborate with engineers from different locations.
Preferred Qualifications
The following experience is helpful but not mandatory:
Academic project, internship, or coursework related to processor architecture, computer architecture, functional safety, security, digital logic, ASIC/SoC design, or embedded systems.
Experience with RTL design or verification using Verilog, SystemVerilog, or VHDL.
Basic knowledge of processor buses, interrupts, debug functions, memory interfaces, platform safety and security mechanisms, protection functions, error handling, or sub-system integration.
Familiarity with UVM, assertion-based verification, formal verification, code coverage, or functional coverage.
Familiarity with Linux or Unix environments and version-control systems such as Git, GitLab, GitHub, or SVN.
Basic understanding of synthesis, static timing analysis and SDC, DFT, lint, CDC, RDC, low-power design, or RTL-to-gates flow.
Experience analyzing logs, debugging scripts, or automating repetitive engineering tasks.
Experience with engineering tools from Synopsys, Cadence, Siemens EDA, or equivalent vendors.
Professional Attributes
Curious and eager to learn semiconductor design and verification.
Careful and systematic when implementing, checking, and documenting engineering work.
Comfortable asking questions, receiving technical guidance, and sharing information with the team.
Responsible for assigned work and committed to completing agreed tasks with quality and traceability.
Interested in developing a long-term career in digital sub-system design, SoC/MCU development, verification, or design methodology.