5 Questasim Jobs

As a Digital Design Verification Engineer, you will be responsible for verifying an FPGA-based acceleration platform used in low latency algorithmic trading at AlphaGrep. Your primary role will involve closely collaborating with the FPGA design team to develop and implement verification strategies, testbenches, and debugging solutions for the FPGA-based accelerators. Your main duties will include planning and executing unit, system, and board level functional and performance verification of FPGA accelerators and their sub-modules using UVM and FPGA debug tools. You will be tasked with developing verification strategies, capturing specifications, creating test plans, and documenting verification processes. Additionally, you will be required to build reusable testbenches using UVM, develop SystemVerilog models, and verify key functionalities of the design on FPGA before deployment. To excel in this role, you should possess a degree in electronics or an engineering-related field and have at least 2 years of experience in Design Verification using UVM, preferably in the communications industry. Strong analytical and debugging skills are essential, along with the ability to create stimulus, checkers, and cover-points for design verification. Knowledge of digital hardware design, experience in developing UVM-based testbenches, and proficiency in documentation are also required. Desirable qualifications include familiarity with software, processor architecture, digital communications protocols, and networking experience. Experience in debugging FPGAs using tools like QuestaSim, Xilinx ISE/EDK, and proficiency in scripting languages such as tcl and perl would be advantageous. This position requires you to work both independently and collaboratively as part of a team. You should be an innovative thinker, possess excellent interpersonal skills, and effectively research and solve complex technical issues. Strong communication, problem-solving, and organizational skills are essential for success in this role. If you are a proactive self-starter with a structured approach to work, possess good attention to detail, and exhibit respectful behavior towards others, you will thrive in this position. The ability to adapt to changing requirements, work in a structured and organized manner, and demonstrate flexibility in problem-solving are key attributes for success in this role. This position is based in Mumbai and Bangalore, offering you the opportunity to work in a dynamic environment and contribute to the development of cutting-edge FPGA-based acceleration solutions for algorithmic trading at AlphaGrep.,

Are you interested in a unique opportunity to be a part of something great Would you like to join a 20,000-member team that is at the forefront of technology that powers the world around us Microchip Technology, Inc. offers an environment of trust, empowerment, respect, diversity, and communication. You will have the chance to own a piece of a multi-billion dollar global organization and more. At Microchip, employees are part of a culture that supports growth and stability. They are engaged and motivated by a wide range of products and solutions with unlimited career potential. The nationally-recognized Leadership Passage Programs at Microchip facilitate career growth for over a thousand individuals annually. The company is committed to employee development, values-based decision making, and fostering a strong sense of community based on its Vision, Mission, and 11 Guiding Values. This commitment has earned Microchip numerous awards for diversity and workplace excellence. As a Verification Engineer at Microchip, your responsibilities will include playing a key role in block-level verification. You will develop verification test plans based on design specifications, create test environments using System Verilog and UVM methodologies, and integrate with RTL while conducting basic simulation bring-up for the design. You will be tasked with generating code/functional coverage, analyzing coverage results, correlating them with the test plan, creating multiple test cases, and launching regressions. Additionally, you will collaborate with the design team to quickly identify and resolve design issues. The ideal candidate for this role will have expertise in domains such as AHB, AXI, PCIe, USB, and Ethernet. Proficiency in Verilog and System Verilog is essential, as well as familiarity with at least one of the following methodologies: OVM, UVM, VMM. Experience with EDA tools like Questasim, VCS, NCSim, or NCVerilog is required. You should have experience in developing test bench components at both block and SOC levels, creating test plans, and writing test sequences. Knowledge of functional coverage, code coverage, and assertions (OVA, SVA, PSL) is desirable. Strong analytical, problem-solving skills, excellent written and verbal communication in English, and a passion for teamwork and excelling in a competitive environment are also essential. Qualifications for this role include a Bachelor's Level Degree (ECE, EE / preferred specialization) with more than 9 years of work experience. The role may involve up to 25% travel time. Please note that Microchip Technology Inc. does not accept unsolicited agency resumes. Kindly refrain from forwarding resumes to the recruiting team or other Microchip employees, as the company is not responsible for any fees related to unsolicited resumes. Visit our careers page to explore exciting opportunities and company perks.,

You are an experienced RTL/FPGA Design Engineer with a minimum of 3 - 7 years of experience in the VLSI domain. You hold a BE/B.Tech degree in Electronics/Electronics & Communication or ME/M.Tech in Electronics/VLSI Design or a closely related field from a recognized university with a strong academic background. Your role will be based in Ahmedabad or Bangalore. In this role, you will be responsible for RTL programming using Verilog/System Verilog or VHDL, possessing knowledge of the complete FPGA Design Development flow. You should be proficient with FPGA Development Tools such as Quartus, Modelsim, Vivado, Xilinx ISE, Libero, etc. Additionally, you will engage in functional verification using Verilog/System Verilog or VHDL, optimize RTL code to meet timings and on-chip resources, and support all phases of FPGA-based product development activities. System Architecture Design, testing, and troubleshooting of hardware will also be part of your responsibilities. To excel in this position, you must have experience with Verilog/SystemVerilog or VHDL for design and verification, along with a deep understanding of FPGA design flow/methodology, IP integration, and design collateral. You should be capable of developing small IP blocks from scratch and conducting basic functional verification. Familiarity with protocols like SPI, I2C, UART, and AXI, as well as knowledge of Altera Quartus II Tool, Questasim, Modelsim, Xilinx tools like ISE and Vivado, and Microsemi tools like Libero, are essential. Understanding of USB, Ethernet, and external memories such as DDR, QDR RAM, and QSPI-NOR based Flash is also required. In terms of personal competencies, you should be self-motivated to learn and contribute, able to work effectively with global teams, and willing to collaborate in a team-oriented environment. Prioritization and execution of tasks to achieve goals in a fast-paced environment, along with strong problem-solving skills, are valuable assets. Your passion for writing clean and neat code that aligns with coding guidelines will be highly appreciated. If you meet these qualifications and are excited about the opportunity to work in the VLSI domain as an RTL/FPGA Design Engineer, we encourage you to apply now.,

As an RTL/FPGA Design Engineer in the VLSI domain, you will play a crucial role in developing FPGA-based products. With a focus on RTL programming using Verilog/System Verilog or VHDL, you will be responsible for optimizing RTL code to meet timing requirements and on-chip resource constraints. Your expertise in FPGA Development Tools such as Quartus, Modelsim, Vivado, Xilinx ISE, and Libero will be essential in ensuring the successful completion of projects. Your responsibilities will include functional verification using Verilog/System Verilog or VHDL, system architecture design, and testing/troubleshooting of hardware components. Additionally, you will be required to support all phases of FPGA-based product development activities, demonstrating a strong understanding of FPGA design flow/methodology and IP integration. To excel in this role, you should hold a BE/B.Tech or ME/M.Tech degree in Electronics/Electronics & Communication or Electronics/VLSI Design from a recognized university. Proficiency in Verilog/SystemVerilog or VHDL for design and verification is essential, along with knowledge of protocols like SPI, I2C, UART, and AXI. Familiarity with tools such as Quartus II, Questasim, Modelsim, ISE, Vivado, and libero will be advantageous. As a self-motivated individual, you should be eager to learn and contribute effectively within a team-oriented environment. Your ability to prioritize tasks, solve problems creatively, and write clean code following coding guidelines will be highly valued. If you are passionate about working in a dynamic and innovative setting, we encourage you to apply for this exciting opportunity in Ahmedabad or Bangalore. Join us and be a part of our vibrant team dedicated to pushing the boundaries of VLSI design and FPGA technology. Apply now to explore this role further and take the next step in your career growth.,

4+ years of experience in RTL design and verification. Proven experience with digital logic design using Verilog, VHDL, or System Verilog. Experience with simulation tools such as VCS, QuestaSim, or similar. Hands-on experience with RTL design tools (e.g., Synopsys Design Compiler, Cadence Genus). Develop RTL code based on system-level specifications using Verilog, VHDL, or SystemVerilog. Implement complex digital functions and algorithms in RTL. Create and execute detailed test plans to verify RTL designs. Proficiency in writing and debugging RTL code. Experience with synthesis, static timing analysis, and linting tools.