「Physical Verification Engineer」的相似工作

(1)Must have BS in CS/EE of relevant experience in IC design field. (2)Familiar with IC design flow, placement and route (P&R), and layout. (3)Circuit knowledge and logic design relevant experience would be a plus.

Responsibilities: • Develop integrated verification environment. • Verify designs with system verilog and system verilog assertion. • Build, maintain and upgrade testbenches and their components using UVM-based methods. • Check functional coverage and code coverage • Create controlled random testcases. Pre-debug and provide debug reports. • Scripting experience using scripting languages like Perl and Python.

1. Design verification with SystemVerilog/UVM, C/C++ 2. Integration test environment with VIP 3. Develop checker and scoreboard. 4. Verify design with SystemVerilog assertion. 5. Test plan for a verification task. [Requirement] 1. Familiar with SystemVerilog HDL, OOP, Python, TCL, and shell programming. 2. Better to have SoC design and bus concept.

1. 數位設計電路開發與維護。 2. SoC系統設計電路開發與維護。 3. 數位設計與晶片系統設計技術諮詢。 4. 其它主管交辦事項。

1. Knowledgeable in power analysis and IR/EM methodologies, with hands-on experience using Ptpx, Redhawk, or Voltus for power and IREM evaluation. 2. Familiar with the integrated circuit (IC) design flow, capable of performing design, optimization, and verification using tools such as ICC2 or INNOVUS. 3. Experience in developing automation scripts using Python, Perl, TCL, or Shell is a strong plus. 4. Experienced in IO/IP planning, including bump/PAD placement and RDL routing is a plus. 5. Experienced in fundamental circuit structures (e.g., standard cells, IO), with the ability to simulate basic circuits using Hspice or Spectre is a plus.

We are seeking a highly motivated Design Verification Engineer to join our dynamic team. You will be responsible for ensuring the functional correctness of complex digital designs using industry-leading verification methodologies such as UVM, Formal Verification, and Coverage-Driven Verification. 【Key Responsibilities】 · Develop detailed verification plans based on design specifications and architectural documents. · Build and maintain System Verilog UVM-based testbenches for SoC/Subsystem/IP-level verification. · Write constrained-random and directed test cases to validate functionality, performance, and corner-case scenarios. · Perform coverage analysis (functional coverage, code coverage, assertions coverage) and drive towards coverage closure. · Apply Formal Verification techniques (e.g., property checking, connectivity checking) where applicable. · Support simulation regression runs and maintain automation scripts (Perl/Python/TCL/Makefile). · Participate in design and verification reviews, providing valuable feedback to improve quality.

【職務內容】 ˙需具備HV經驗 Level Shifter（含 HV Device）、Charge Pump、Source Driver、OpAmp / DAC、TCON（含 Digital Layout + Clock Tree） ˙需具備3-5年Driver相關經驗 ˙需熟悉繞線（Routing） ˙Block-Level設計經驗可 ˙能讀懂 Calibre DRC command file 語法佳 ˙具備28/22nm HV製程經驗佳 ˙無需英文能力，全台灣團隊

【工作內容】 • 我們正在尋找具備先進製程經驗的 IC Layout 工程師，加入團隊後可以參與高階SoC /Analog IP 的實體實現，並負責以下工作： -Mixed-Mode FinFET Layout 設計與繪製，確保電路佈局在效能、面積與可靠性之間取得最佳平衡。 -進行 FinFET 製程相關的 DRC / LVS / ERC 驗證，確保設計符合法規與 Foundry 要求。 -熟悉 XRC & EM/IR 分析流程，進行可靠性評估，並針對潛在問題提出改善方案。 【職務條件】 • 必備條件：具備 FinFET 製程經驗，能獨立進行版圖設計與驗證。 -具備類比電路佈局經驗，了解電路特性與佈局考量，能與設計工程師密切合作。 -具備良好的溝通能力與團隊合作精神，能在專案時程內交付高品質成果。

1.電子相關領域佳 大學/碩士 ,Fully IC Layout工作經驗尤佳 2.需修過VLSI設計概論、半導體器件等相關課程，熟VLSI設計，懂類比設計，半導體元件物理尤佳 3.對於IC設計後段 , Physical Design 領域有濃厚興趣者，懂IR-Drop/EM analysis，或有興趣者尤佳 4.對於 Parasitical device effect prevent, ESD/EMI physical design , HV Design/Layout , IC Layout Reliability有濃厚興趣者 5.此職務需要穩定性高，積極度高，做事態度需細心嚴謹 , 需具備高度 EQ/AQ，擁有團隊合作的精神 6.對高複雜度的Whole chip 整合有興趣者

1. Windows系統與Office相關建置與管理。 2.備份系統管理與維護。 3.辦公室資訊設備管理。

Develop and maintain environment for SOC pre-silicon verification of: • RTL and netlist simulation • CRV for system fabric • Power-aware simulation • Formal CC and FPV • System level verification with SVA

【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.

※ Job Contents: 1. Perform Netlist-to-GDS design flow, including floorplanning, placement, timing optimization, clock tree synthesis and routing. 2. Support STA timing analysis and fixing 3. Perform physical verification, including DRC, LVS, IR drop and DFM analysis. ※ Requirements: 1. Familiar with Cadence Innovus or Synopsys ICC2/Fusion Compiler. 2. TOEIC 730~855 is preferred. 3. Have experiences in 16/12/7/5nm IC design experiences will be plus.

1. R2G flow in block level physical Implementation. 2. Assist DRC/LVS/ANT/ERC verification. 3. Assist EM/IR result fixing. Responsible for advanced process (2nm/3nm/4nm) netlist-to-GDS a. Use Innovus to complete floorplan, preCTS, postCTS, postRoute, i. Review floorplan quality, including power structure, SRAM placement, endcap cells, welltap cells, power switch cells... ii. Review preCTS quality, including congestion/overflow, cell density, setup time violation, leakage ratio iii. Review postCTS quality, including congestion/overflow, cell density, setup time violation, hold time violation, leakage ratio iv. Review postRoute quality, including DRC, metal short, setup time violation, hold time violation, leakage ratio b. Check IR violation report and fix violations i. Analyze IR violation reasons, including static IR, dynamic IR, power EMI, signal EMI ii. How to fix these violations c. Check DRC/LVS report and fix violations i. Analyze PV violation reasons, including DRC, LVS, ANT ii. How to fix these violations

★系統單晶片設計助理工程師 1. 協助執行IC設計前端相關的數位合成 (Tool: Fusion Compiler, Genus) 2. 利用C相關程式優化工作流程 => 同下 3. 協助開發IC => 利用C語言,tcl script工作流程自動化,讓tools自動撈相關report及執行好分析 4. QC => 跑LEC tools確認synthesis合成與RTL是對的 5. C語言 => 須具備寫程式的能力,像基本資料分類,或寫出數學運算公式,利用程式語言方便做大量資料分析 6. 執行STA分析 (Tool: PrimeTime) 7. 協助整理及分析各項report ★ IC 實體設計助理工程師(APR) 1. 在區塊層級的實體實作中進行 R2G（Ready to GDS）流程。 2. 協助進行 DRC（設計規則檢查）/LVS（佈局與電路比對）/ANT（天線效應）/ERC（電氣規則檢查）驗證。 3. 協助 EM（電遷移）/IR（電壓降）結果修正。 4. 負責先進製程（2nm/3nm/4nm）的 Netlist-to-GDS（從電路網表至最終佈局圖）流程： a. 使用 Innovus 完成 floorplan、preCTS、postCTS、postRoute 各階段： 　i. 檢查 floorplan 品質，包括電源架構、SRAM 擺放、端點填充元件（endcap cells）、接地井元件（welltap cells）、電源開關元件（power switch cells）等。 　ii. 檢查 preCTS 階段品質，包括壅塞/溢出情況、元件密度、設定時間違規（setup violation）、漏電比率（leakage ratio）。 　iii. 檢查 postCTS 階段品質，包括壅塞/溢出情況、元件密度、設定/保持時間違規（setup/hold violations）、漏電比率。 　iv. 檢查 postRoute 階段品質，包括 DRC、金屬短路、設定/保持時間違規、漏電比率。 b. 檢查 IR 違規報告並修正： 　i. 分析 IR 違規原因，包括靜態 IR、動態 IR、電源 EMI、訊號 EMI。 　ii. 修正這些違規的方法。 c. 檢查 DRC/LVS 報告並修正： 　i. 分析實體驗證違規原因，包括 DRC、LVS、ANT。 　ii. 修正這些違規的方法。 ★ 員工福利 獎金與補助：提供年終獎金、三節禮金，午餐與晚餐費補助。 保險制度：完善的團體保險保障。 工作氛圍：穩定合作的工作環境，重視員工學習與成長。 員工關懷：定期舉辦員工聚餐與交流活動，增進團隊凝聚力。"

負責IP開發、整合與偵錯 -- 利用Verilog/SystemC從事邏輯設計與數位系統設計，以相關自動化軟體進行電路合成及模擬驗證，並配合利用FPGA系統平台進行系統整合與測試驗證。

請務必投遞官網(13021): https://careers.synopsys.com/job/hsinchu/applications-engineering-staff-engineer/44408/87733350400 You Are: You are an innovative and resourceful engineer with a deep curiosity for solving complex technical challenges at the intersection of hardware and software. With a strong foundation in Electronic Engineering, Computer Science, or a related field, you are adept at leveraging your programming expertise—whether in Python, Tcl, Perl, or similar languages—to streamline and enhance engineering workflows. Your experience within UNIX/Linux environments equips you to navigate high-performance computing scenarios with ease. You thrive in collaborative, cross-functional teams and are energized by the opportunity to work closely with top-tier foundry partners and leading fabless companies. Your keen understanding of physical verification flows—such as DRC, LVS, PERC, FILL, and DFM—sets you apart, and you are eager to deepen your expertise in SoC physical design enablement, process effect analysis, and signoff. You are detail-oriented, capable of producing clear technical documentation, and communicate with clarity and empathy across diverse audiences. What You’ll Be Doing: 1.Delivering advanced physical verification solutions (DRC/LVS/PERC/Fill) for top-tier foundries and key fabless customers, ensuring high-quality silicon signoff. 2.Developing and validating process design kits (PDKs) and verification methodologies in collaboration with R&D and customer teams. 3.Partnering with R&D to innovate and improve Synopsys tools and flows, contributing to the evolution of physical verification technologies. 4.Providing hands-on customer support, troubleshooting issues, and delivering timely resolutions that enhance customer satisfaction and product adoption. 5.Coordinating with internal teams, including product managers and end-users, to align on best practices and ensure seamless integration of new technologies. 6.Documenting technical solutions, validation methods, and customer workflows for knowledge sharing and process improvement. 7.Staying up to date on industry trends and applying new insights to continuously optimize verification processes and tools. The Impact You Will Have: Accelerate the adoption and success of Synopsys physical verification products in leading-edge semiconductor manufacturing processes. Drive the development of robust PDKs and methodologies that enable customers to achieve first-time-right silicon. Enhance the quality and reliability of Synopsys verification tools through direct feedback and collaborative innovation with R&D teams. Strengthen Synopsys’ reputation as a trusted partner to top-tier foundries and fabless customers worldwide. Facilitate faster product cycles and reduced time-to-market for customers by delivering efficient and effective signoff solutions. What You’ll Need: BS or MS degree in Electronic Engineering, Computer Science, or a related field. Proficiency in at least one programming language, such as Python, Tcl, or Perl. Hands-on experience with UNIX/Linux environments and command-line tools. Familiarity with physical verification flows (DRC, LVS, PERC, FILL, DFM) and understanding of complex layout/electrical design rules. Strong investigative, analytical, and problem-solving abilities, with a passion for learning new technologies. Ability to produce clear, concise technical documentation and validation reports. Prior knowledge of tool/runset development/support and experience with SoC physical design is a plus.

使用最新的IC驗證方法對晶心的CPU設計做高強度測試，以提升CPU設計的品質與完整度。此職務可以累積對計算機架構，微架構，與嵌入式系統的廣泛知識。具體內容包含: * Understanding uarch of Andes processor designs * Creating verification plans * Implementing test environments * Generating test cases * Improving test coverage * Identifying CPU bugs in various environments (simulation, FPGA, etc.) * Test automation * Performance benchmarking

在Gemini (APU) 晶片系列的設計中,做類比與數位IC佈局(Layout)和DRC, ERC, ANT, LVS之驗證, 該系列的晶片可提供高效率且廣泛的AI應用　　　　　

1.Support and maintain EDA tools and flows used in the digital IC implementation. 2.Design and develop methodologies, automation scripts, and design flow. 3.Manage version control system (Git/SVN), issue tracking system, and CI/CD flow. [Requirement] 1.Python/Perl/TCL/Shell programming skills. 2.Familiar with EDA tools for IC design flow. 3.Basic knowledge of Verilog or SystemVerilog HDL.