Kristin Tucker’s Post

Let's face it, diving headfirst into custom software development can feel daunting. At TDK Technologies we believe the key to a successful project starts long before a single line of code is written: it's about asking the right questions. We're not just talking about technical specs (although those are important too!). We dig deep to understand your business goals, pain points, and unique needs. ☑️Uncovering the "Why": We go beyond the surface-level features to understand the true "why" behind your software needs. This ensures the final product solves your core problems and drives real value. ☑️Unveiling Hidden Gems: Sometimes, the best solutions aren't immediately obvious. Our insightful questions can spark creative ideas and uncover opportunities you may not have considered. ☑️Building a Strong Foundation: By asking the right questions upfront, we establish a clear roadmap for success. This translates to better communication, fewer roadblocks, and a project that stays on track. Ready to unlock the power of good questions? Let's chat about your custom software project! https://lnkd.in/g6Gx2xxU #CustomSoftwareDevelopment #ITStrategy #SoftwareSolutions

Best ways to test system functionality. Next week's topic will be listed at the end. Testing system functionality is a crucial step in software development and engineering processes. It ensures that a system or software application performs as expected, meets user requirements, and operates reliably. Here we delve into the best ways: 1. Unit Testing: Ensures individual code components work correctly in isolation. 2. Integration Testing: Verifies that different system parts function seamlessly together. 3. System Testing: Assesses the entire system's compliance with user requirements and performance. 4. Load Testing: Tests a system's ability to handle high workloads and identifies performance issues. 5. Error Testing: Evaluates how the software handles invalid inputs and error conditions. 6. Test Automation: Automates test case execution for efficiency, repeatability, and error reduction. Over to you: How do you approach testing system functionality in your software development or engineering projects? Over to you: what's your company's release process look like?   #systemdesign #coding #interviewtips

Hey connections! ⚡.... I'm excited to share my blog that I've wrote on the topic "How does the lifecycle of a software product differ from that of a physical product, and what unique challenges does this present for software engineers?" on #inklewriter. The lifecycle of a software product differs significantly from that of a physical product in several ways. Firstly, software products can be easily updated and modified after release, allowing for continuous improvement and evolution. In contrast, physical products often require a new version or model to be released in order to incorporate changes. Additionally, the distribution of software products is typically done electronically, which enables rapid and widespread dissemination compared to the physical distribution of tangible products. These differences present unique challenges for software engineers. One challenge is the need to constantly adapt to evolving technologies and customer requirements. Software engineers must stay abreast of the latest advancements and ensure that their products remain compatible with new hardware and software platforms. Furthermore, the intangible nature of software can make it difficult to measure quality and predict the impact of changes, requiring engineers to employ robust testing and quality assurance processes. Another challenge lies in the management of software dependencies and interoperability. As software products often rely on various libraries, frameworks, and external services, engineers must carefully manage these dependencies to ensure compatibility and stability. Moreover, the rapid pace of technological change can lead to obsolescence and compatibility issues, requiring engineers to proactively address these challenges. In conclusion, the dynamic and adaptable nature of software products presents unique challenges for engineers, including the need to continuously evolve products, manage dependencies, and navigate technological shifts. By addressing these challenges, software engineers can effectively navigate the distinct lifecycle of software products and deliver high-quality, innovative solutions.

4 (yes, FOUR!) great live-stream events on Industrial Logic's Engineering Services. Come join us as we talk about: - A Day in the Life of an Industrial Logic Developer - Industrial Logic’s Engineering Practices - Remote Ensemble Development - Better Product Management with Probabilistic Forecasting https://lnkd.in/dNDMb463

The Lifecycle of a Software Product vs. a Physical Product: Challenges for Software Engineers Hello, everyone! In this blog, I want to talk about The Lifecycle of a Software Product vs. a Physical Product: Challenges fo r Software Engineers The lifecycle of a software product differs significantly from that of a physical product, presenting unique challenges for software engineers. While both types of products undergo stages from inception to retirement, the intangible nature of software introduces distinct complexities and considerations. In this blog, we will explore the differences between the lifecycles of software and physical products and discuss the challenges that software engineers For software products, the planning and requirements analysis stage involves understanding end-user requirements and system needs. This stage is crucial for setting the foundation of the software development process. However, the intangible nature of software makes it challenging to define and document requirements accurately. Software engineers must rely on user stories, functional specifications, and non-functional requirements to capture the essence of the software product

For an IT company, it is easier to acquire technical knowledge. We do that through knowledge sharing within the company, attending lectures or courses or through work and experience while having a mentor. Industry and domain knowledge, on the other hand, requires experience in the domain. It is crucial to have both in order to be able to deliver software solution that actually solves a problem in a certain industry.  Here are some strategies we at Enlight Engineering employ to gain knowledge in a domain we have no experience in: https://lnkd.in/dm4gVRTP #softwareengineering #knowledgemanagement

💡Unlocking System Functionality: Best Practices for Effective Software Testing💡 In the realm of software development, ensuring robust system functionality is paramount to delivering high-quality applications. As a seasoned software tester and content creator, I’ve honed a set of best practices that streamline the process of validating system functionality. Here’s a concise guide to elevate your testing strategy: 1. Comprehensive Requirement Analysis: Begin by thoroughly understanding the system requirements. Engage with stakeholders to clarify any ambiguities. A well-defined requirement serves as the cornerstone for creating effective test cases. 2. Develop Clear Test Cases: Design test cases that are clear, concise, and cover all possible scenarios. Each test case should have defined inputs, expected outcomes, and step-by-step procedures. Prioritize critical functionalities that directly impact user experience. 3. Leverage Automated Testing: Automate repetitive and regression tests to save time and improve accuracy. Tools like Selenium, JUnit, and TestNG can help automate functional tests, ensuring consistent execution and quick feedback. 4. Adopt Exploratory Testing: Encourage testers to explore the application without predefined scripts. This method uncovers unexpected issues and enhances the understanding of the system’s behavior in real-world scenarios. 5. Implement Continuous Integration: Integrate testing into your CI/CD pipeline. Automated tests should run with every build, providing immediate feedback and enabling quick identification of defects. 6. Utilize Performance Testing: Assess the system’s performance under varying loads using tools like JMeter or LoadRunner. Performance testing helps identify bottlenecks and ensures the system can handle peak loads efficiently. 7. Perform Security Testing: Validate the system’s security by conducting vulnerability assessments and penetration tests. Ensure compliance with security standards to safeguard sensitive data. 8. Engage in User Acceptance Testing (UAT): Collaborate with end-users to perform UAT. Their feedback is invaluable in verifying that the system meets their needs and expectations. 9. Maintain Clear Documentation: Document all test cases, test results, and defect reports meticulously. Clear documentation facilitates knowledge sharing and future testing efforts. 10. Foster Continuous Learning: Stay updated with the latest testing tools, techniques, and industry trends. Continuous learning ensures your testing practices evolve with technological advancements. By integrating these best practices, you can enhance the efficiency and effectiveness of your system functionality testing. Remember, the goal is not just to find defects, but to ensure the delivery of a seamless and reliable user experience. #softwaretesting #qualityassurance #systemtesting #automationtesting #qa #uat #exploratorytesting #softwarequality Illustrated ByteByteGo👍🏻

Explore Soliton’s Software Product Engineering, where we transcend visions into extraordinary custom products, satisfying the customer requirements and setting a new benchmark in industry standards. Click to know more about our software services and offerings: https://lnkd.in/d9QrFDws #solitonservices #softwareproductengineering #softwareservices #digitaltransformation #productengineeringexcellence #customsoftwaredevelopment #evalguidevelopment #techstackmigration #onlinesumilationtools #applicationmodernization

Experience is when you realise that in software, observability, metrics, alerting, documentation, collaboration and solid engineering practices are as crucial, if not more so, than the actual code itself.

“Technical skills needed by the (semiconductor) industry are becoming less … hardware focused … and are increasingly more about software…” Reach out to 1647 to learn more about creating talent pipelines of software engineers for the #semiconductor industry. #hiretraindeploy #emergingtalent #workforcedevelopment