Seagate is offering a dynamic internship opportunity for individuals interested in VLSI design with the position of Intern – VLSI DI. This internship is open to any graduate, emphasizing inclusivity in its eligibility criteria. The role requires candidates to possess essential skills such as a comprehensive understanding of the ASIC design flow and tools, proficiency in circuit design and logic design, strong analytical capabilities, and the ability to quickly adapt to new tools and technologies. This internship, based in Pune, provides a conducive environment for learning and growth. Successful candidates will have the chance to apply their knowledge in a real-world setting, contributing to Seagate’s innovation in the field of VLSI design.
Company Name: Seagate
Job Role: Intern – VLSI DI
Job Type: Internship
Education Required: Any Graduate
Skills Required: Knowledge of ASIC design flow and tools
Good understanding of Circuit design and Logic design
Strong analytical skills
Ability to quickly learn new tools and technologies
Job Location: Pune
Role and Responsibilities:
- Be able to work on block level Physical Design implementation using EDA tools for floorplanning, placement and timing analysis.
- Understand Semicustom IC design flow using IP libraries, concepts of Verilog netlist, meaning of timing constraints and QOR checks.
- Work on Physical design tasks including floor-planning, placement, clock tree synthesis, routing, timing analysis and equivalence checking for designs.
- Work on Timing analysis for sign-off corners and modes, report generation, analysis of the reports and suggesting timing/DRC fixes to fix the violations.
- Complete internship project as per plan.
Required Skills and Qualification:
- Knowledge of ASIC design flow and tools.
- Good understanding of Circuit design and Logic design.
- Good understanding of analog circuit design and concepts.
- Good understanding of timing concepts like setup time, hold time requirements, calculations of maximum.
- Understanding Frequency of circuit operations, effect of transition and load on circuit performance and power.
- Basic understanding of CMOS fabrication process.
- Basic understanding of layout design for CMOS and BJT.
- Basic understanding of power dissipation in different types of circuits.
- Self-motivated & a strong team player.
- Strong analytical skills.
- Ability to quickly learn new tools and technologies.
