Edison Smart®’s Post

🌟 Calling all Embedded Software Engineers and Students! 🌟 RTOS Interview questions & answers #00 1. What is an RTOS? An RTOS (Real-Time Operating System) is an operating system specifically designed to handle realtime applications that require precise timing and responsiveness. It provides features and mechanisms to support the development of real-time systems, where tasks or processes must meet strict timing constraints and deadlines. 2. Explain the concept of a task in an RTOS. A task in an RTOS is typically an independent piece of code that performs a specific set of actions or computations. Each task has its own execution context, including a stack, program counter, and processor registers. The RTOS scheduler manages the execution of tasks, ensuring that they are executed in a cooperative or preemptive manner based on their priorities and scheduling policies. The behavior of a task in an RTOS is typically defined by an infinite loop or a function that completes its execution and returns. Tasks can perform various operations, such as processing sensor data, controlling actuators, handling input/output operations, or performing computations specific to the real-time application. #hardwaredesign #hardwareengineer #electronicsengineering #programminglife #engineeringinnovation #embeddedprogramming #techsolutions #datatransmission #networking #firmwaredevelopment #softwareengineering #automotivetechnology #codingjourney #techinnovation #embeddeddevelopment #iotprojects #hardware #communicationskills #innovationintech #engineeringlife #embeddedsystems #interviewtips #valeo #arm #siemens #vector #bmw

Embedded Insights with Anurag Doshi: Advanced Troubleshooting Techniques in Embedded Systems . . . . . We delve deep into Advanced Troubleshooting Techniques crucial for any embedded systems engineer's toolkit. During a recent project, I was tasked with ensuring our device's full functionality could be verified through automation. While updating documentation for the latest software release, I uncovered a significant bug—before it even reached our testing team. If not addressed promptly, this issue threatened to delay our delivery to the client by three days. Methodical Approach to Troubleshooting: Reproduction of the Bug: My first step was consistently reproducing the bug to understand its nature and triggers. Utilizing Debugging Tools: To delve into the issue, I employed a variety of debugging tools. These included: Oscilloscope: to successfully pinpoint the signal produced by the devices. Logic Analyzer: Used to digitally better understand the time splices of the signal. Simulator: It was a client provided simulator, that helped in testing the functionality of code at a faster rate. Swift Resolution and Enhancement: Through meticulous debugging, I isolated the fault and implemented a fix, enhancing the software to meet stringent client standards and ultimately reducing delivery time significantly. Lessons Learned: This experience reinforced the importance of a systematic approach to problem-solving in embedded systems. It highlighted how advanced troubleshooting and the right tools can preempt significant delays and improve the overall quality of a project. Join me as we continue to explore critical skills and techniques that can empower us to tackle increasingly complex challenges in our field. #EmbeddedSystems #Troubleshooting #EngineeringExcellence #AnuragShares #ProjectManagement #InnovationInAction #EmbeddedSoftware #Firmware #StartUp #FireDetection

Trying to become an Embedded Engineer? Is it more hardware or software? I asked a question on Reddit and got some fascinating responses. Share your ideas on the topic below or on the post on reddit. https://lnkd.in/dwPC-QVx #embeddedsystems #embedded #engineering

so helpful for being the path of embedded system

Battery Management Software: Unleash the Power of Your Devices ⚡ Calling all electrical/computer engineers & software devs in LA! ⚡ Are you an expert in embedded systems, battery management, and cutting-edge software development? We're looking for talented professionals with experience in: 🔋 Battery capacity, power consumption 🔌 Embedded firmware, low-power design 💻 Python, C++, cloud platforms like AWS Drop a 💥 if you're interested in shaping the future of battery-powered devices. #BatteryManagement #EmbeddedSystems #FirmwareDevelopment #RealTimeSystems #BatteryMonitoring #BatteryControl #SoftwareArchitecture #SoftwareDevelopment #SoftwareEngineering #EmbeddedSoftware #BatteryCharging #BatteryBalancing #BatteryStateEstimation #BatteryModeling #BatteryDiagnostics #SoftwareTesting #SoftwareOptimization #SoftwareIntegration #SoftwareValidation

🚀 Exciting News for Embedded Engineers! 🚀 📚 The "Embedded Engineering Roadmap" repository is a must-have resource for embedded engineers, enthusiasts, and aspiring professionals. It covers various fields related to Embedded Systems Engineering: 1-Soft Skills. 2-Electronics. 3-Programming Fundamentals. 4-Programming Languages. 5-Microcontrollers. 6-Interfaces, Protocols & Communication Technologies. 7-Operating Systems. 8-Debugging. 9-Build Tools. 10-Software Development Life Cycle (SDLC) Models. 11-Version Control. 12-Testing. 13-Standards & Certifications. 14-Edge AI & TinyML. 15-GUI Design. 🌐 What makes it special: - 🧭 Well-structured roadmap. - 📌 In-depth learning resources and references. - 🚀 Practical insights and tips for career growth. - 🔄 Regularly updated content. 💡 Why it matters: Embedded systems are crucial in today's tech landscape. This roadmap guides you through the complex world of embedded engineering. 👏 Kudos to the contributors for this valuable resource! Let's spread the word and empower more individuals to excel in embedded systems. 🔗 Check out the roadmap: https://lnkd.in/dFEPqiwW #EmbeddedEngineering #EmbeddedSystems #TechLearning #CareerDevelopment #OpenSource

Battery Management Software: Unleash the Power of Your Devices ⚡ Calling all electrical/computer engineers & software devs in LA! ⚡ Are you an expert in embedded systems, battery management, and cutting-edge software development? We're looking for talented professionals with experience in: 🔋 Battery capacity, power consumption 🔌 Embedded firmware, low-power design 💻 Python, C++, cloud platforms like AWS Drop a 💥 if you're interested in shaping the future of battery-powered devices. #BatteryManagement #EmbeddedSystems #FirmwareDevelopment #RealTimeSystems #BatteryMonitoring #BatteryControl #SoftwareArchitecture #SoftwareDevelopment #SoftwareEngineering #EmbeddedSoftware #BatteryCharging #BatteryBalancing #BatteryStateEstimation #BatteryModeling #BatteryDiagnostics #SoftwareTesting #SoftwareOptimization #SoftwareIntegration #SoftwareValidation

Introducing the Tessent Embedded Software Development Kit (Embedded SDK), a suite of software utilities that allows SoCs to be equipped with self-contained monitoring and analytics capabilities that boost SoC debug and analytics. Join Naga Nagarajan, Software Engineer, Siemens EDA, as he illustrates how ESDK can be used to build embedded software applications. He also explains how to orchestrate on-chip smart monitors which can subsequently be utilized to perform non-intrusive real-time logging, cache more data for later analysis, enable real-time performance analysis and anomaly detection. As well as addressing the needs of Embedded Software Engineers, ESDK provides a wider solution that is ideal for use by SoC Architects, Software architects, Embedded Software Architects, Software Developers, Product Managers, Product Directors and Product Engineers. Learn more, watch now. https://sie.ag/8Vmsy #TessentESDK #EmbeddedSDK #ESDK #TessentEmbeddedAnalytics #SiemensEDA

Battery Management Software: Unleash the Power of Your Devices ⚡ Calling all electrical/computer engineers & software devs in LA! ⚡ Are you an expert in embedded systems, battery management, and cutting-edge software development? We're looking for talented professionals with experience in: 🔋 Battery capacity, power consumption 🔌 Embedded firmware, low-power design 💻 Python, C++, cloud platforms like AWS Drop a 💥 if you're interested in shaping the future of battery-powered devices. #BatteryManagement #EmbeddedSystems #FirmwareDevelopment #RealTimeSystems #BatteryMonitoring #BatteryControl #SoftwareArchitecture #SoftwareDevelopment #SoftwareEngineering #EmbeddedSoftware #BatteryCharging #BatteryBalancing #BatteryStateEstimation #BatteryModeling #BatteryDiagnostics #SoftwareTesting #SoftwareOptimization #SoftwareIntegration #SoftwareValidation

Battery Management Software: Unleash the Power of Your Devices ⚡ Calling all electrical/computer engineers & software devs in LA! ⚡ Are you an expert in embedded systems, battery management, and cutting-edge software development? We're looking for talented professionals with experience in: 🔋 Battery capacity, power consumption 🔌 Embedded firmware, low-power design 💻 Python, C++, cloud platforms like AWS Drop a 💥 if you're interested in shaping the future of battery-powered devices. #BatteryManagement #EmbeddedSystems #FirmwareDevelopment #RealTimeSystems #BatteryMonitoring #BatteryControl #SoftwareArchitecture #SoftwareDevelopment #SoftwareEngineering #EmbeddedSoftware #BatteryCharging #BatteryBalancing #BatteryStateEstimation #BatteryModeling #BatteryDiagnostics #SoftwareTesting #SoftwareOptimization #SoftwareIntegration #SoftwareValidation