If you are looking for a long-term career opportunity in Tempe- This is a great company!
I am looking for an Electronics Hardware Development Engineer in the East Valley. Please share this job with anyone you know!
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If you are looking for a long-term career opportunity in Tempe- This is a great company!
I am looking for an Electronics Hardware Development Engineer in the East Valley. Please share this job with anyone you know!
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LinkedIn Top Voice | 2X TEDx Speaker | Samsung (SSIR) | Ex - Intel | ASIC Verification | Proficient in SV, UVM, OVM, SVA, Verilog | Functional Safety ISO 26262 Level 1 Certified | Speaker at Engineering Colleges |
While studying Engineering in ECE / EEE or CSE, one might be well aware of ASIC flow but along with that if someone is interested in ASIC Verification domain, they also needs to be well equipped with the verif flow. Below is provided a brief explanation of the ASIC Verification flow to start with. ✓ Specification Understanding: This is the first and most important step. Ideally microarchitectural specification is produced out of requirement and it needs to be thoroughly understood. The specification will provide a brief details about overall functionality, I/O ports, logic level complexity, frequency requirement, etc. ✓ Feature Plan Extraction: In this step, as a verification engineer one needs to understand the feature that needs to be verified and prepare a document which will list all the features. This exercise will provide more indepth understanding on the feature step. ✓ Verification Planning: In this step one needs to plan the verification infrastructure and the working of each individual UVC's related to the spec. From this step onwards the actual coding starts and one needs to code the UVC's like Driver, Monitor, scoreboard, etc. All the details needs to be put on a document listing out the UVC and the Testbench infrastructure. ✓ Testcase Planning: Testcase are nothing but sort of stimulus which are used to check the integrity and the functionality of the design and whether it is meeting the requirement as per the spec. Testcases are divided into two types: Directed and Random. Directed are those which the verification engineers can anticipate but the random scenarios are those which are unpredictable. ✓ Bug Rate Chart: Initially someone will able to catch more bugs and this bug rate chart is a document which will track all the bugs. But once the bug rate chart starts dropping, this is the time to start coding functional coverage and introduce code coverage. ✓ Assertion Plan: This will provide more visibility into the design as one doesn't need to wait for the Testcase to end to trace the bug. Assertions are used to increase the observability and reduce the debug effort. These needs to be coded individually and then needs to be bind with the design module. ✓ Coverage plan: Code coverage needs to be initiated by the tool and will identify how much design is exercised. If any loopholes are present, one needs to write more Testcases. Functional Coverage will check the functionality and will inform whether all the functionality is checked. Cross Coverages also needs to be introduced for better result. Finally before sign off we need to check few things: a. All the features are verified. b. All the bugs are rectified and no more bugs are pending. c. FC = 100% d. CC = 100% e. X prop checks are clean. f. Review with Designer completed g. Sign off. ✓ ECO checks: If somehow any corner case issues are missed out then ECO check. #vlsi #asic #engineering #electronics
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Opportunity
#Hiring #CPPLUS We have an opening of Multiple positions for Noida based location: 1. PCB Designer (Experience 4-7 years) 2. Embedded Hardware Engineer- SOC based (Experience 4-7 years) 3. Embedded Hardware Engineer- Power/Analog section (Experience 4-7 years) Interested candidates Please DM me or share your resume at sachin_arora@adityagroup.com Rajesh Kandpal Rajeev Joshi Monika Sharma Ilika C.
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A company advertised an ASIC Design Engineer role for many months, with no success. We found the right person, and they were hired within six weeks. Months of job ads just brought in an overwhelming number of unqualified candidates. Recent college graduates, who had no on-the-job experience. But this role needed a lot more than a degree: it needed at least five years of experience. Posting jobs on your site and or Linkedin, in and of itself does not find the candidates you need to attract. Passive candidates are what you want, people who aren't seeking a new role yet. Instead of posting the job, I started reaching out to dozens of engineers. Talked with all of them. Sorted through until I found the perfect combination of experience and personality. I knew that this was a great role for people who would be looking to expand their horizons in the industry. But these people weren’t looking for their next job, they were already in a job they liked & that paid them well. But when they heard about the opportunities they could be working on at this company, they were willing to hear me out. And that’s how I found the right engineer. Not with a job post. But by connecting with industry experts, and having a high-level conversation.
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Advocate for a globally competitive #AUSTRALIANFUSIONENERGYINDUSTRY with strategic communications expertise.
Invest Building Fusion energy, space and maritime propulsion systems, Your talk is Nuclear (meaning Fission) and fails to discuss fusion. https://lnkd.in/ge_aeX7M The nuclear fission industry is, ignorant of what's happening around you. Pull your uranium heads out, start adjusting your industry to fusion energy and start preparing to enter the commercially growing fusion energy industry. As it dawns on Earth like the sun. Great Headline Guardian on Nuclear fission. https://lnkd.in/g8sMZtpR Fission is moving towards obsolescence at an accelerated pace, as it is "out of step, out of time, out of place," and merely a temporary industry globally. https://lnkd.in/gbd_mZqk Commercial fusion electrical generation is a promising innovative sustainable and clean energy method. By 2028, Helion is expected to start producing electricity from its first fusion commercial power plant, which will provide electricity to Microsoft. The plant will produce at least 50 MWe after an initial ramp-up period. https://lnkd.in/gY9J3MQY Now see what news is happening in the Fusion industry in the world. https://lnkd.in/g9hMBD7a As fission trebles, fission fuel shortage is increasingly real, as linked below. https://lnkd.in/gze5rwpr
Hiring Two Sharp EE Engineers 🤓 😎 Feel free to repost to your engineering networks -- LumenAstra has just received a major grant from the USARMY to develop a wireless wearable version of our core temperature sensor for early warning of heat stress in soldiers to prevent thousands of casualties in extreme fighting environments. Complements our high accuracy surgical wearables. We need two really passionate EE's to help us: one RF designer and an embedded systems-for-wearables engineer. Need to be startup friendly. RF Engineer: MSEE + 5yrs experience RF antenna and super-sensitive receiver design, simulation, testing. Prefer experience with near-field antennas and knows what "blackbody radiation" is. Bonus: Designing for GaAs. Embedded Systems: BS/MSEE + 5yrs experience mixed signal design, simulation and layout; firmware for device control and wireless comms; worked with board mfg; miniaturization and product-centric. Bonus: DSP design and simulation; Both gotta be passionate and want to build something that will change an important part of the world. Drop a note to "info at LumenAstra.io" if you are interested or know someone that might be. That email will go directly to me.
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Good Opportunity
We are seeking Analog Design Engineers with 0 to 2 years of experience who possess a good understanding of CMOS devices, their operation, and key concepts. Candidates should have strong analytical knowledge of circuit theory, network theorems, first and second-order R, L, C circuits, and frequency domain analysis, and be interested in writing equations and analyzing basic concepts applicable to analog circuit design. Interested engineers, please drop an email to: careers@aritrak.com.
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Join the booming hardware engineering scene in Austin, TX! From ASIC/FPGA to SoC validation engineers and beyond, these six essential roles are shaping the future of product development. Learn more in our latest blog. #AustinEngineering #ProductDevelopment #HardwareEngineers
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Electronic, mechanical, software designer. I also speak molecular biology and neuroscience. Sci-fi author
Need hardware design engineering help?
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Hardware Design Engineer https://lnkd.in/gKSBTsxB #HardwareDesign #ElectronicsDesign #CircuitDesign #PCBDesign #EmbeddedSystems #HardwarePrototyping #IntegratedCircuits #ElectronicComponents #HardwareDevelopment #DigitalHardware #AnalogHardware #HardwareEngineering #MicrocontrollerDesign #HardwareArchitecture #FPGADesign #HardwareTesting #HardwareImplementation #HardwareSolutions #HardwareManufacturing #HardwareProductDesign #Acufore
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Ever wanted the opportunity to travel globally? ✈️ I know first-hand having worked the Electronics and Embedded Software market for 5 years that the opportunity to travel globally, as much or as little as you want, is very rare! 🤯 If you are an Embedded Electronics Engineer with 5+ years experience and fancy jetting off to America, Türkiye or the UAE, then start applying to this once in a lifetime role. 👀 #electronic #electronics #embedded #embeddedsoftware #embeddedelectronics #firmware #firmwaredevelopment #analogue #analog #digital #pcb #electronicdesign #electronicsdesign #newjob #newopprunity #design #development
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The Importance of Targeting a Specific Role in VLSI in 2025 🎯 I. Introduction A. Brief overview of the VLSI industry and its vastness 🌍 B. Importance of understanding specific roles and requirements 🔎 II. Companies' Preference for Targeted Skills A. Post-COVID trend of companies preferring candidates with specific skills 📊 B. Long-term career implications of choosing a role 💼 III. Main Divisions of the VLSI Industry A. Frontend Design 1. RTL Design Engineer 🖥️ 2. Design Verification Engineer 🛠️ 3. Performance Verification Engineer 🚀 B. Backend Design 1. STA/Synthesis Engineer 🎛️ 2. Physical Design Engineer 🗺️ 3. Physical Verification Engineer 🕵️ 4. DFT Engineer 🔒 5. Post-Silicon Validation Engineer 🔬 IV. Skills and Qualifications for Design Roles A. Verilog, digital design, C programming, and STA basics 📐 B. Project ideas for design roles 💡 V. Skills and Qualifications for Design Verification Roles A. Verilog, SystemVerilog, UVM, object-oriented programming, digital design, C++ (OOP concepts), and debugging abilities 🐛 B. Project ideas for design verification roles 💻 VI. Skills and Qualifications for Backend Roles A. Understanding backend flow, CMOS circuits, digital design, and VLSI design concepts 💡 B. Project ideas for backend roles 🔧 VII. Essential Skills for All Roles A. Scripting languages like Python, Perl, and TCL 🐍 VIII. Conclusion A. Recap of the importance of targeting a specific role in VLSI ✅ B. Encouragement for continued learning and exploration of resources 📚 |------------------------------------------------------------------------------- Follow us @ LinkedIn 🌐 https://lnkd.in/g4JgVyrN Learn more at VLSI Job Seekers 📚 WhatsApp us at 9113835242 📱 Any questions please drop here 💬 If you need any topic explanation , comment below ⬇️
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