Reqi - Reqi Systems Engineering Articles

Unravelling Reliability, Maintainability, and Availability (RAM)

In today’s rapidly evolving industrial landscape, the success of any engineering system hinges on three fundamental pillars: Reliability, Availability, and Maintainability (RAM). As organizations face increasing pressure to optimize operations, reduce costs, and maintain competitive advantages, RAM analysis has emerged as not just a technical framework, but a critical business imperative. RAM analysis represents the…

RAMS

The Key to Successful Projects: Capturing and Defining Requirements

In the complex world of systems engineering, one truth remains constant: the quality of your requirements directly determines the success of your project. Requirements serve as both foundation and blueprint—guiding decisions, setting expectations, and providing the benchmark against which success is measured. Recent industry studies paint a stark picture. According to the Project Management Institute,…

Requirements

Definition of Operational Requirements: From CONOPS to Actionable Requirements

The journey from a conceptual vision to an operational system is paved with crucial steps, none more important than the translation of a Concept of Operations (CONOPS) into clear, actionable operational requirements. While CONOPS paints the picture of what a system should do and how it should operate, operational requirements provide the detailed specifications that…

Requirements

CONOPS in Action: Real-World Examples and Best Practices

In the complex world of systems engineering and project management, having a clear vision of how a system or project will operate is crucial. This is where the Concept of Operations, commonly known as CONOPS, comes into play. CONOPS is a powerful tool that bridges the gap between stakeholder expectations and the technical realities of…

RAMS

Requirements Definition in Systems Engineering: A Practical Guide

A missing comma in a requirements document cost an aerospace company $1.2 million. A misinterpreted specification led to the loss of NASA’s Mars Climate Orbiter. These aren’t isolated incidents – they represent a persistent challenge in systems engineering. Despite decades of methodologies and tools, requirements definition remains a critical point of failure in projects worldwide….

Requirements

What is Systems Engineering? A Guide to Understanding Complex Systems

Imagine a modern electric vehicle – thousands of interconnected components working in perfect harmony, from battery management to autonomous driving systems. This is Systems Engineering in action. In today’s world, complex systems are everywhere, powering everything from smartphones to space stations. Systems Engineering is a disciplined approach to designing, building, and managing complex systems that…

Systems Engineering

Requirements Gathering and Mapping: Achieving Project Success

In today’s rapidly evolving digital landscape, the difference between project success and failure often hinges on one critical factor: understanding what users truly need. According to recent industry studies, projects with excellent requirements gathering practices are twice as likely to succeed compared to those with poor requirements management. Requirements gathering and mapping—the systematic process of…

Requirements

Human Systems Integration: A Comprehensive Guide and Future Trends

Human Systems Integration (HSI) is a crucial discipline in system design and development. It is the process of integrating human considerations into the lifecycle of systems, from design and development to testing, production, and disposal. The goal of HSI is to optimise total system performance, operational effectiveness, and affordability while ensuring safety and suitability. This…

Human Factors

What is Systems Integration?

Systems Integration is a multi-disciplinary practice that employs a methodical, end-to-end approach to address system complexities. It requires the collaborative assembly and commissioning of system elements, effectively managing interfaces at the system-level, and carrying out meticulous integration. The management of resultant outputs makes it an especial, enduring field in Engineering. This key capability helps resolve…

Terms

MBSE in Practice: Space Industry Insights

Picture this: You’re building something that has to work perfectly 35,786 kilometers above Earth’s surface. There’s no IT help desk in geostationary orbit. No chance to pop open a panel and swap out a faulty component. Just your spacecraft, executing millions of lines of code, managing complex operations, all while hurtling through the vacuum of…

Model Based System Engineering (MBSE)