Introduction
Kukbit SL is actively hiring for the role of VLSI Design Intern, offering an opportunity to engage with multiple stages of integrated circuit design and verification. The internship centers on practical involvement: assisting in design and verification, learning and applying industry-standard EDA tools, participating in RTL development, and supporting functional verification through test benches. Interns will also collaborate on layout and physical verification tasks, analyze simulation results, and contribute to documentation and verification plans. The position emphasizes hands-on experience, research into emerging VLSI technologies, and teamwork to help meet project milestones during the internship.
Key statement
Kukbit SL is actively hiring for the role of VLSI Design Intern.
Role Overview and Core Responsibilities
The VLSI Design Intern role includes a variety of responsibilities that together cover design, verification, documentation, and collaboration. Tasks are framed as supportive and learning-focused, with an emphasis on assisting senior engineers and contributing to team goals across the VLSI design flow.
Primary responsibilities
- Assist in the design and verification of complex integrated circuits (ICs).
- Learn and apply industry-standard EDA tools for VLSI design.
- Participate in the development of RTL (Register Transfer Level) code.
- Support the creation and execution of test benches for functional verification.
- Collaborate with senior engineers on layout design and physical verification tasks.
- Assist in the analysis of simulation results and debugging of design issues.
- Contribute to the documentation of design specifications and verification plans.
- Gain hands-on experience in various stages of the VLSI design flow.
- Research and present findings on emerging VLSI technologies and methodologies.
- Support the team in achieving project milestones within the internship duration.
How these responsibilities integrate
The list above groups the role into overlapping areas: practical design assistance, verification and testing support, documentation and reporting, and active learning through research and collaboration. Each responsibility reinforces others—for example, developing RTL relates directly to creating test benches and analyzing simulation results, while layout and physical verification connect with documentation and milestone delivery.
Hands-on Learning: Tools, RTL, and Testbenches
A central part of the internship is to learn and apply industry-standard EDA tools for VLSI design and to participate in RTL development and test bench creation. These activities are presented as opportunities for hands-on learning rather than as isolated tasks, with an expectation that interns will both learn and apply practices relevant to design and verification.
Learning and applying EDA tools
The position emphasizes gaining familiarity with established electronic design automation workflows. Interns will be expected to learn tools that are commonly used in the industry and to apply them within the scope of design and verification tasks. This learning is phrased as an explicit responsibility, highlighting a practical, applied approach.
Register Transfer Level (RTL) participation
Participation in RTL development is listed as a core responsibility. Interns will take part in creating and refining RTL code, contributing to the logical design stage that defines how data moves and is processed within a chip. This role supports broader verification and simulation activities tied to RTL behavior.
Test benches and functional verification
Support for the creation and execution of test benches is explicitly included. This encompasses preparing the verification environment needed to evaluate RTL and design behavior, executing tests, and using outcomes to inform debugging and further refinement. The responsibility emphasizes both the setup and the execution phases within functional verification.
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Verification, Simulation Analysis, and Documentation
Verification and simulation analysis are central responsibilities, paired closely with documentation and verification planning. Interns are expected to support the functional verification effort, help analyze simulation outputs, and assist with debugging while documenting findings and verification strategies.
Functional verification and test execution
The role details support for both the creation and execution of test benches, making functional verification a practical activity for interns. This includes preparing the necessary verification scenarios and participating in their execution to validate design behavior according to specifications.
Simulation result analysis and debugging
Assisting in the analysis of simulation results and debugging of design issues is an explicit responsibility. Interns will work to interpret simulation outputs and aid in locating and resolving issues found during verification activities, supporting the refinement of both RTL and higher-level design artifacts.
Documentation and verification plans
Contributing to documentation of design specifications and verification plans is highlighted as part of the role. This responsibility ties verification work to clear records and plans that guide testing, review, and milestone tracking, helping maintain clarity across the project lifecycle.
Collaboration, Layout, Physical Verification, and Research
Collaboration with senior engineers and engagement with layout and physical verification tasks are explicitly part of the internship. Interns are expected to work with experienced team members on aspects of physical design, while also researching and presenting findings on emerging VLSI technologies and methodologies.
Working with senior engineers
The role calls for collaborating with senior engineers on layout design and physical verification tasks. This collaboration emphasizes mentorship and team-based progress, where interns assist and learn from experienced practitioners while contributing to practical tasks that affect final chip implementation.
Layout and physical verification support
Assisting with layout design and physical verification tasks is a stated duty. Interns will be involved in activities linked to the physical realization of designs and in tasks that ensure designs meet physical and manufacturing constraints, working under guidance from senior engineers.
Research, presentations, and milestone support
The internship includes researching and presenting findings on emerging VLSI technologies and methodologies. Alongside research, interns are expected to support the team in meeting project milestones during the internship, contributing both technical work and documented findings that help the team track progress.
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Frequently Asked Questions
What are the main tasks of the VLSI Design Intern?
The intern will assist in the design and verification of complex ICs, participate in RTL development, support creation and execution of test benches, collaborate on layout design and physical verification, assist in simulation analysis and debugging, contribute to documentation and verification plans, research emerging technologies, and support team milestones.
Will the intern work with industry-standard tools?
Yes. One responsibility is to learn and apply industry-standard EDA tools for VLSI design. The role emphasizes practical application and learning of such tools as part of the day-to-day responsibilities tied to design and verification tasks.
Does the role include verification and simulation tasks?
The role includes supporting the creation and execution of test benches for functional verification and assisting in the analysis of simulation results and debugging of design issues. These activities are a core part of the internship's verification responsibilities.
Will the intern collaborate with senior engineers?
Yes. Collaboration with senior engineers on layout design and physical verification tasks is explicitly stated. The role is designed for interns to learn through supporting experienced team members on practical design and verification activities.
What type of experience will the intern gain?
Interns will gain hands-on experience in various stages of the VLSI design flow, contribute to documentation and verification plans, research emerging technologies, and help the team achieve project milestones during the internship.
Conclusion
The VLSI Design Intern position at Kukbit SL offers a structured opportunity to engage with many elements of integrated circuit design and verification. Responsibilities span from hands-on learning with industry-standard EDA tools and RTL participation to supporting test bench development, simulation analysis, layout collaboration, and documentation. The internship also encourages research into emerging VLSI technologies and active teamwork to meet project milestones.
Final note
Overall, the role is framed as a learning-oriented, collaborative experience where interns assist senior engineers and contribute to practical tasks that advance both their skills and the team's objectives across the VLSI design flow.
