ASIC design engineer responsible for post-RTL design flow.
He/She will be responsible for block and /or chip level synthesis, timing closure, DFT generation, and ECOs.
The responsibilities include but are not limited to.
• Improve the design methodology and flow.
• Synthesis, timing closure, and DFT support for various types of SerDes IPs ranging from 10Gbps to 224Gbps data rates for different applications.
• Collaborate with Analog/Digital design teams to deliver competitive SerDes IP solutions for all the Marvell product lines.
• Provide support to the product teams, for both pre and post-silicon
As senior/staff digital design engineer, this person is required to support all digital design activities on company products, design services as well as internal IP development. Below are the responsibilities:
- Responsible for RTL Design and writing of test bench
- experience in IP core design such as peripheral interfaces, CPU cores, digital controllers
- Architecture review, RTL design, functional verification, post synthesis simulations.
- Responsible for SOC system Integration & verification
- Experience in SoC Architecture and Microarchitecture A
- Experience in ARM CPU integration to SoC
- Experience in SDRAM Memory Controller integration
- Experience in interconnect matrix, AHB Bus Arbitration, multi-layer AHB Bus architecture
- Experience in SoC Peripherals design: GPIO, RTC, UART, I2C, I2S, and SPI
- Excellent in Verilog RTL coding and simulation
- Familiar with FPGA prototype and verification
- SD/SDIO relative experience is an added advantage.
- AMBA Interface relative experience is an added advantage.
- Knowledge in controller design (USB, PCIe, SATA, and Ethernet) is an added advantage.
- Preferably done some FPGA prototyping in previous employment
Desired Skills & Competency Requirement:
- Verilog RTL coding
- SoC design flow and SoC peripheral IP design
- FPGA prototyping and emulation
- System validation and verification
- Characterization and the handling of test equipment
- Digital front-end design, simulation and synthesis
- Verification in system Verilog OVM
- Low power synthesis methodology
- Digital support on DFT and ATPG
- Scripting in Perl, Python, TCL, UNIX, Linux
【工作內容】
• Work with team members and apply current functional verification techniques to perform and improve pre-silicon verification quality and product Time to Market
• Provide the technical leadership to the DV team for the project
• Work independently on various DV tasks and provide technical guidance to the DV team.
• Be involved technically in the porting/creation of the DV environment for the new design, block and chip level test plan creation and implementation, coverage analysis, and regression cleanup
【職務條件】
• Master’s degree in Electrical Engineering, Computer Science, or related.
• Good understanding of ASIC design verification flow.
• RTL coding with Verilog/System Verilog and familiar with front-end design flow and C/C++ programming experiences.
• Knowledge of Perl, OVL, SVA, SV, UVM, OVM, script programming, etc.
【其他條件】
• MSEE with a minimum of 5 years, or BSEE with a minimum of 8 years of experience in digital ASIC/SOC design verification
• MS/BS degree in EE or CS with expertise in digital IP/SOC design verification.
The Staff/Sr. Engineer, CPLD will be based in Taiwan Taipei Wugu Site. The Staff/Sr. Engineer, CPLD performs the responsibility for CPLD programming and validation in Server/Storage Projects request.
What a typical day looks like:
1. Skilled FPGA/CPLD Design Engineer with strong capabilities in Server/Storage system and hardware-level design.
2. Responsible for development and integration of CPLD/FPGA that implement functionality on prototypes: spanning from low-level hardware sequence control, logic control & status for embedded systems, to high-speed links, to high level IP blocks, to custom hardware-accelerated algorithms & filters.
3. Work closely with Hardware, BIOS, BMC and Firmware team for CPLD/FPGA development.
4. Designing validation plan and development spec.
5. Debugging platform and systems issues.
The experience we are looking to add to our team:
1. 3-10 years of working experience in Firmware development.
2. Familiar in Verilog RTL language. Experienced with CPLD/FPGA development on Lattice, Altera and Xilinx devices.
3. Experience with I2C, SPI, LPC, UART, PCIe protocol design
4. Experience with verification methodologies, RTL and gate level simulations and debug.
5.Good problem-solving skills.
The information we collect:
We may collect personal information that you choose to submit to us through the Website or otherwise provide to us. This may include your contact details; information provided in online questionnaires, feedback forms, or applications for employment; and information you provide such as CV/Resume. We will use your information for legitimate business purposes such as responding to comments or queries or answering questions; progressing applications for employment; allowing you to choose to share web content with others or; where you represent one of our customers or suppliers, administering the business relationship with that customer or supplier.
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[工作內容]
1. Responsible for design and development of digital ICs, including Verilog RTL coding, functional verification, and optimization.
2. Participate in the complete ASIC design flow: specification, RTL design, synthesis, static timing analysis, and physical design handoff.
3. Perform Design-for-Test (DFT) implementation, including scan insertion and MBIST, to support manufacturability and testability.
4. Support SoC integration, including bus protocols (AMBA) and high-speed interfaces (PCIe, SerDes).
Responsible for digital IP coding and micro-architecture design of low-power, high-performance LLM inference accelerators. Drive mapping of lightweight frameworks such as llama.cpp onto NPU, plan compute/memory subsystems, and optimize quantization & KV-cache for production-ready LLM SoCs. Write RTL specs and guide DV plans and P&R convergence for PPA targets.
1. 研讀規格。
2. IC數位邏輯線線路的研發設計。
3. IC數位邏輯線路模擬與合成。
4. FPGA的合成規劃與測試驗證。
5. IC的靜態時序分析 (Static Timing Analysis)。
6. IC佈局後的線路模擬。
7. 撰寫IC規格設計書。
8. IC的除錯與工程變更修改。
9. 協助系統應用部門的進行IC驗證版的規劃。
Overview
We are seeking a highly skilled FPGA Engineer to architect and implement high-performance digital logic for next-generation camera platforms. This role is pivotal in enabling real-time video processing and efficient sensor integration.
Key Responsibilities
Design & Implement Camera Interfaces: Develop FPGA logic to handle high-speed camera data streams (e.g., MIPI, LVDS, CSI).
Real-Time Image Processing: Integrate or design FPGA IP cores for image signal processing, filtering, and feature extraction.
Sensor Synchronization: Ensure precise timing between multiple camera modules and other sensor inputs.
Latency Optimization: Optimize FPGA architectures for low-latency video capture and data throughput.
Verification & Testing: Create simulation testbenches and perform hardware-in-the-loop testing for camera pipelines.
Collaboration: Work closely with camera hardware and system integration teams to define requirements and validate performance.
Job Description:
In this position the individual will develop test environment, test plan, and test cases based on the product specification and related industrial standards. The individual will require initiating a test plan review with the team and updating the test plan accordingly. The candidate will require executing and developing the test cases based on test plan, debugging and reporting the test result to achieve full function coverage goal. The individual will require developing ASIC bench functional test programs and doing ASIC bring-up and ASIC bench testing.
The ideal individual must have proven ability to achieve results in a fast moving, dynamic environment. The candidate must have ability to coordinate priorities and initiatives and clear communication skill.