- Job Title: IP Design Engineer
- Salary: Not Disclosed
- Location: Bengaluru
- Company: Intel
- Qualifications: Bachelor’s degree
ABOUT INTEL
Intel Corporation is a worldwide leader in semiconductor innovation, designing and manufacturing microprocessors and other crucial technology that energy a huge variety of computing gadgets. Founded in 1968 and founded in Santa Clara, California, Intel is exceptionally acknowledged for its microprocessors used in private computer systems, servers, and cellular gadgets. Over the years, the employer has accelerated its portfolio to encompass memory, garage, synthetic intelligence, networking, and self-sustaining riding answers.
Intel’s merchandise is crucial to industries like centers, cloud computing, and rising technology together with 5G and IoT. With a commitment to innovation and sustainability, Intel invests heavily in studies and development, retaining its function at the leading edge of the era. The employer’s middle values emphasize range, inclusion, and moral practices, making it a prominent participant in the international tech environment.
Job Overview:
An IP Design Engineer is responsible for designing, developing, and verifying intellectual property (IP) blocks utilized in semiconductor products. This role entails growing high-overall performance, low-power, and efficient designs, regularly on the device-on-chip (SoC) level. Engineers work with hardware description languages (HDLs) like Verilog or VHDL, and carry out simulations to make sure capability, timing, and energy requirements are met. The role additionally consists of collaboration with go-purposeful teams, debugging complex problems, and optimizing designs for manufacturability and scalability. Strong trouble-fixing abilties, technical information, and expertise in the digital layout are important.
Key Responsibilities of an IP Design Engineer:
- IP Block Design and Development: Design and increase intellectual property (IP) blocks used in machine-on-chip (SoC) designs. This consists of growing both purposeful and architectural specifications for the IP modules, along with reminiscence controllers, communication interfaces, processors, or specialized accelerators.
- Design Verification: Perform comprehensive verification of IP designs the usage of simulation gear and methodologies which include RTL simulation, formal verification, and hardware emulation to make sure the IP block capabilities are as expected in numerous situations.
- Optimization for Power, Performance, and Area (PPA): Focus on optimizing the layout for electricity consumption, overall performance (pace), and area (chip size) to meet purchaser and product requirements. This may additionally involve change-offs in design, choosing suitable methodologies for low electricity layout, and achieving high-frequency operation.
- RTL Coding and Documentation: Write clear, efficient, and maintainable RTL (Register-Transfer Level) code, commonly in Verilog, SystemVerilog, or VHDL. Maintain thorough documentation to help with the design, verification, and integration methods.
- Collaboration with Cross-Functional Teams: Work closely with hardware engineers, software program teams, and device architects to integrate IP designs into larger SoC architectures. Assist with the mixing and debugging of the IP blocks in the gadget.
- Performance and Functional Analysis: Conduct thorough performance analysis and troubleshooting of IP blocks. Identify and resolve design bottlenecks, overall performance troubles, or purposeful mistakes, in particular, whilst interfacing with different blocks within the SoC.
- Tool Usage and Methodology: Us enterprise-well-known EDA (Electronic Design Automation) gear for synthesis, simulation, and debugging. Familiarity with gear like ModelSim, VCS, Synopsys Design Compiler, and PrimeTime is regularly required.
- IP Reuse and Standardization: Work to create reusable IP blocks that can be adapted for diverse initiatives, selling standardized, on, nd modular layout practices.
Key Skills Required:
- Proficiency in RTL Design: Expertise in Verilog, SystemVerilog, or VHDL for creating strong IP designs.
- Verification Techniques: Strong information on verification methodologies, together with UVM (Universal Verification Methodology), testbenches, and simulation equipment (e.g., ModelSim, VCS).
- Knowledge of Digital Design Principles: A deep understanding of digital circuits, good judgment layout, timing analysis, and data path optimization.
- Problem-Solving and Debugging: Strong analytical and troubleshooting abilities to debug complex troubles on the RTL or device level.
- Understanding of SoC Architecture: Knowledge of machine-degree design, which includes interfaces (AXI, PCIe, and many others.) and communication protocols.
- Toolchain Proficiency: Experience with EDA tools like Synopsys, Cadence, or Mentor Graphics, and simulation/debugging environments.
- Communication Skills: Ability to talk complicated technical ideas sincerely to pass-purposeful groups and stakeholders.
- Continuous Learning: Stay updated with emerging design developments, tools, and technologies within the semiconductor industry.
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