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WE'RE HIRING!!! Profile: FIRMWARE ENGINEER Interested Candidates kindly; Like! Comments: "Interested" Share CV: [email protected] #FirmwareEngineering #EmbeddedSystems #IoTDevelopment #Microcontrollers #EmbeddedSoftware #RealTimeSystems #FirmwareDevelopment #HardwareDesign #CProgramming #DeviceDrivers #TechInnovation #RTOS #IoT #EmbeddedC #ElectronicsEngineering #SystemDesign #TechTrends #EngineeringLife #CodeOptimization #EmbeddedLinux

🌟 Exciting Opportunity Alert! 🌟 Are you ready to level up your skills in the world of Embedded software Engineering? 🚀 Join upcoming challenge designed to ignite your passion for embedded technology and propel your career forward! Here's what's in store for you: 1️⃣ Comprehensive Guidance: Dive into the IoT domain with confidence! We provide a thorough requirements document packed with technical insights to kickstart your coding journey. 2️⃣ Structured Design Support: Say goodbye to confusion! We offer templates for High Level and Low Level Design documents, ensuring clarity and precision in your project planning. 3️⃣ Testing Made Easy: No need to start from scratch! Access our ready-to-use test cases template, streamlining your testing process for seamless execution. 4️⃣ Engaging Challenges: Get ready for a thrilling ride! Our challenge is gamified, inspired by the classic game of snakes and ladders, making learning fun and interactive. 5️⃣ Accountability & Support: We've got your back! Accountability calls are in place to address any gaps and ensure your success throughout the journey. 6️⃣ Communication Skills Enhancement: Sharpen your presentation skills! Showcase your project and enhance your communication prowess, preparing you for future opportunities. 7️⃣ Indulge in the Challenge: Embark on this rewarding journey and unlock the full potential of the project! Missed the pre-challenge session? No worries! Catch up now by watching the recording here: https://lnkd.in/gmQGNX7U Ready to seize the opportunity? Don't miss out! Join in shaping the future of embedded technology. Let's elevate your career together! 💼💡 Follow Balemarthy Vamsi Krishna and for more updates #IoT #EmbeddedTech #CareerGrowth #EarlyCareer #Embeddedsystems

A must read for those who want to dive into the world of Embedded Systems.

How many times you have written same piece of code repeatedly throughout your career in different projects? Working from a decade now, although there is a huge shift in all dimensions of embedded systems field, I found very interesting that the base line stays same through out any project. Considering bird eye view, the core of any embedded systems project is a controller which requires three items in general: the start up code, boot loader, application in a simple architecture. First two are straight and mostly available from chip manufacturers. The third one is the main area of development. Developing application, if you notice the baseline is always same, means main jobs are init the peripherals, data gathering, data processing and triggers. Most of the time the baseline code is repeative in nature in every other project, in my opinion. The issue I realized is doing the same work in every project is niether a progress as career wise nor optimal. I know overtime we get better and speed is optimized. I found this is the main reson why embedded engineers find it hard, struggling with same problem again and again. There should be a better way to have this problem so that we can use one base line application which is portable, reusable and expandable along with consideration of unit testing, debugging and logging built in. In addition, development of a single function on an embedded systems takes forever as the steps are develop the code, program the chip, run and check debug logs, analyze and repeat 🔁 until desired results are achieved. Just want to put it out to see how other similar community developers think about it and how they handle this issue. #embedded #programming #coding #computers #iot

What do AI, embedded systems, and every cutting-edge technology have in common? Beyond their revolutionary impact on our day-to-day lives, there's a widespread talent gap that companies are desperately trying to bridge. My interest in embedded systems, microcontroller programming, and circuit engineering dates back to my youth; this industry's customers were some of Newxel's first customers. Today the embedded systems sector is the powerhouse behind IoT, transforming everything from healthcare gadgets to automotive innovation by fostering unprecedented efficiency and connectivity. However, as with the rest of the tech industries, an apparent necessity for a diverse and skilled workforce is vital to sustain the industry's growth and address the evolving technological challenges. In my latest piece for embedded.com, I explore: - The front-runners in adopting this technology. - Companies are on the hunt for talent to bolster their ranks. - The most sought-after job roles. - Essential skills in high demand. - Strategies for industry leaders to navigate both immediate and future challenges. Keen to dive deeper into embedded systems landscape? Check out the full article https://lnkd.in/dqsH-FB4

Hardware engineer, software engineer, and manager are on their way to a client site in a rental car. Drive is going fine, but going down from the very top of a steep hill, suddenly the brakes give out. The car careens down the road — they’re weaving back and forth, dodging around slower cars and the oncoming traffic, barely avoiding trees, and so on. Finally, miraculously, they make it alive to the bottom and coast to a stop on the grass by the side of the road. Manager says: “Wow! That was terrifying! And amazing! What a story to tell! But we’re going to be late for the meeting… let’s get back on the road!” Hardware engineer says: “Wait, wait wait. We’ve got to pop the hood, look under the car, figure out exactly what the problem is!” Software engineer says: “I agree. But first, let’s push it back to the top of the hill and see if it does it again.” #techjokeoftheday #IThumor #softwareengineering #hardwareengineering #hardwaretesting #IoT #IIoT #hardwaredevicetesting #SCADA #OT

Hi everyone, I’m Ritesh Mhetre, currently pursuing Electronics and Telecommunication Engineering. The current trends in India for E&TC are highly promising, driven by rapid advancements in technology and increased demand for innovative solutions. Key Trends in E&TC: 1. 5G and Beyond: The rollout of 5G networks is creating opportunities in design, implementation, and optimization. 2. IoT (Internet of Things): Increasing adoption in smart cities, industrial automation, and home automation. 3. AI and Machine Learning: Integration with electronics for smarter devices and systems. 4. VLSI Design:Growing focus on semiconductor manufacturing and design. 5. Embedded Systems : Expanding applications in automotive, healthcare, and consumer electronics. 6. Renewable Energy Systems: Development of efficient energy management and storage solutions. 7. Cybersecurity:Enhancing security in communication networks and electronic devices. #Opportunities: With these trends, E&TC engineers are in demand for roles in research and development, design, and implementation across various sectors. Companies are looking for skilled professionals to drive innovation and maintain competitiveness. Skills to Focus On: - Proficiency in programming (C, C++, Python) - Understanding of digital and analog circuits - Hands-on experience with microcontrollers and microprocessors - Knowledge of communication protocols and network security - Familiarity with VLSI design tools and techniques By staying updated with these trends and continuously enhancing our skills, we can seize the vast opportunities available in the field. #Electronics #Telecommunication #Engineering #Innovation #CareerTrends #5G #IoT #VLSI #EmbeddedSystems #AI #Cybersecurity #RenewableEnergy #India

Unleashing Innovation: Exploring the Global Embedded FPGA Market Get To More: https://lnkd.in/gZiAddgc Introduction to the Global Embedded FPGA Market: Embedded Field-Programmable Gate Arrays (FPGAs) represent a #dynamic segment within the #semiconductor #industry, offering #reconfigurable hardware solutions for a wide range of #applications. The global embedded FPGA market is #characterized by its #versatility, #scalability, and #adaptability, catering to diverse industries such as #telecommunications, automotive, aerospace, and consumer electronics. Embedded FPGAs provide #developers with the flexibility to customize and optimize hardware #acceleration, signal processing, and data #management tasks, thereby enabling faster time-to-market, reduced development costs, and improved #performance. Key Market Drivers and Trends: Several factors are driving the growth of the global embedded FPGA market. One significant driver is the increasing demand for hardware #acceleration in data centers, #edge computing, and #artificial intelligence (AI) applications. Embedded FPGAs offer efficient solutions for #accelerating compute-intensive tasks such as machine learning inference, cryptographic operations, and image processing. Moreover, the #proliferation of Internet of Things (IoT) devices and connected systems is fueling demand for embedded FPGAs, as they enable flexible and scalable designs for IoT edge devices, industrial automation, and smart sensors. Additionally, advancements in FPGA technology, including higher logic #density, lower power #consumption, and improved security #features, are contributing to market #expansion. Competitive Landscape and Future Outlook: The global embedded FPGA market is highly competitive, with prominent players competing to enhance product offerings, expand market presence, and capitalize on emerging #opportunities. Key market participants are investing in research and development initiatives to innovate new embedded FPGA #architectures, design tools, and IP cores tailored to specific #application requirements. Strategic #collaborations, partnerships, and acquisitions are also prevalent strategies employed by companies to strengthen their market position and address evolving customer needs. Looking ahead, the global embedded FPGA market is poised for continued #growth, driven by the increasing adoption of FPGA-based solutions in diverse industries, ongoing technological advancements, and the rising #demand for customizable and scalable #hardware platforms. Key Players in the Global Embedded FPGA Market: 1. Intel Corporation 2. menta 3. Efinix, Inc. 4. NanoXplore Inc. 5. QuickLogic Corporation #EmbeddedFPGA #Semiconductor #HardwareAcceleration #DataManagement #Telecommunications #Automotive #Aerospace #ConsumerElectronics #IoT #EdgeComputing #ArtificialIntelligence #MachineLearning #InternetOfThings #IndustrialAutomation #SmartSensors

Dive into the world of semiconductor chip development with our blog- Semiconductor (SoC/FPGA/ASIC) Design and Engineering: Behind the Scenes! Gain insights into the intricate process of chip development, from concept to deployment. Discover the intricacies of pre-silicon verification, post-silicon validation, and the cutting-edge tools driving SoC/FPGA/ASIC design. Explore emerging trends like 5G, IoT, and AI shaping the industry, and learn how VVDN's expertise accelerates chip manufacturers toward the future of connectivity and intelligence. Click below and read the complete blog for a peek into the core of innovation. #SemiconductorIndustry #ChipDesign #IntegratedCircuits #TechInnovation #FPGA #ASIC #SoC #VLSI #EdgeComputing #verification #validation #rtldesign

#day1 of #50days of #embeddedsystems Introduction to Embedded Systems* Embedded systems are specialized computing systems designed to perform dedicated functions within a larger mechanical or electrical system. They are everywhere around us, hidden in everyday devices and machinery, making our lives easier and more efficient. At their core, embedded systems consist of a combination of hardware and software tailored to meet specific requirements. Unlike general-purpose computers, such as laptops or smartphones, embedded systems are optimized for a narrow range of tasks and often operate in real-time environments where timing constraints are critical. *Components of Embedded Systems:* 1. *Microcontroller or Microprocessor:* The processing unit of an embedded system, responsible for executing instructions and controlling the system's behavior. Microcontrollers are commonly used due to their integrated peripherals and low power consumption. 2. *Memory:* Embedded systems typically include various types of memory, including ROM (Read-Only Memory) for storing firmware and program code, RAM (Random Access Memory) for data storage and temporary computations, and non-volatile memory for persistent storage. 3. *Peripherals:* Embedded systems interface with the external world through peripherals such as sensors, actuators, displays, communication interfaces (e.g., UART, SPI, I2C), and networking modules. 4. *Software:* Embedded software includes the firmware that controls the hardware components and the application software that defines the system's behavior. Embedded software is often developed using specialized programming languages like C or assembly language. *Applications of Embedded Systems:* Embedded systems are pervasive in modern life and play a crucial role in various industries, including: - Automotive: Engine control units, infotainment systems, and advanced driver assistance systems (ADAS). - Consumer Electronics: Smartphones, wearable devices, home appliances, and IoT devices. - Industrial Automation: Programmable logic controllers (PLCs), , and robotics. - Healthcare: Medical devices, patient monitoring systems, and diagnostic equipment. - Aerospace and Defense: Avionics, navigation systems, and unmanned aerial vehicles (UAVs), etc. *Conclusion:* In summary, embedded systems are the unsung heroes behind many of the devices and systems we rely on daily. Their specialized design, efficient operation, and seamless integration enable them to perform critical functions in diverse applications across industries. Understanding the fundamentals of embedded systems is essential for engineers and developers working in fields where reliable and efficient computing solutions are paramount.