Reqi Systems Engineering Articles
Architecture / Design Development is a crucial phase within the system engineering profession where candidates transform requirements into detailed system designs. This process involves defining and assessing candidate architectures, establishing design characteristics, and managing the selected architecture. It’s a meticulous process that requires a comprehensive understanding of different viewpoints and an ability to balance technical…
System Operation and Maintenance is a multidisciplinary field focused on effective operation, repair, and upgradation of system elements. This involves the provision of user-level support, preventive maintenance for ensuring continual operation, and making necessary modifications to keep the system up-to-date. Furthermore, this process includes performance tracking, logistics support, and disposal of unwarranted system components. Essentially,…
Verification and validation are integral processes in system engineering that contribute to the quality and success of a given system. Verification refers to the method used to check whether a system meets specified requirements, functioning as an ‘inspection’ mechanism. On the other hand, validation involves assessing if the system fulfils its intended use in real-world…
Importance of Assessing Requirements Before Signing a Contract Understanding requirements before embarking on a contract is no mere formality. It’s a prerequisite that can significantly influence the direction and outcome of a project. By deliberate comprehension of the requirements, you are effectively mapping out an insightful path that can lead to the successful fulfillment of…
Read More “Mastering Requirements during Tendering: Keep Calm with Acceptance Criteria” »
A subsystem, in the realm of systems engineering, is a secondary or auxiliary system that is part of a larger system. It possesses its own set of functions and operations that contribute to the overall performance and functionality of the system as a whole. Subsystems work together, interrelating and interconnecting, to achieve the bigger goal…
In the rapidly evolving realm of technology, machine learning and deep learning have emerged as transformative forces that are reshaping industries and revolutionizing the way we interact with data. From supervised and unsupervised learning to the power of tools like scikit-learn, Kubeflow, and Python, this blog explores the essential keywords in the world of machine…
Read More “Machine Learning and Deep Learning: Dive into Key Concepts and Tools” »
The object-oriented systems engineering method (OOSEM), also known as object-oriented systems engineering (OOSE), is a unique and innovative approach to system-level development. Devised by the Object Management Group (OMG), it ingeniously combines object-oriented concepts with traditional systems engineering practices. The original concepts utilised in object-oriented software development are applied to systems engineering, enhancing its efficiency…
Read More “How does object-oriented systems engineering (OOSEM) relate to MBSE?” »
Welcome to the world of systems engineering, a realm where complexity is the norm and innovation, the key to success. Enter Modular Open Systems Approach (MOSA), a game-changing strategy that is revolutionising the way we manage complex systems. At its core, MOSA is built on three pillars: modularity, open interfaces, and interoperability. Modularity refers to…
Read More “The Power of MOSA in Revolutionizing Complex Systems Engineering” »
If you’ve been exploring methods to enhance your problem-solving capabilities, chances are you’ve stumbled upon the concepts of “design thinking” and “systems thinking”. Both of these methodologies are commonly employed to navigate intricate issues, however, their distinct differences can significantly influence their effectiveness. In this article, we delve into the key disparities between design thinking…
Read More “Unravelling the Differences: Design Thinking vs Systems Thinking” »
The Harmony process is a comprehensive, well-defined process that supports Model-Driven Development (MDD). It provides a step-by-step guide for system engineers, enabling a seamless transition to subsequent system development by using the Systems Modelling Language (SysML). This process is fundamental in managing the complexity of systems and ensuring that they meet the desired requirements. Requirement…
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