Systems Engineering Fundamentals Part 2

Overview

This course is aimed to help new leaders of Systems Engineering projects with industry experience in related technical and non-technical roles. The course will provide an overview of the traditional Systems Engineering processes and tools used to successfully bring complex systems into being.

Syllabus

Systems Architecture and Design Foundations

This module introduces the fundamentals of system architecture, including functional vs. physical architecture, allocation of requirements, interface definition, and iterative refinement. Learners will also examine configuration items, traceability, and the role of design reviews in ensuring system integrity.

Verification, Validation, and System Integration

This module emphasizes the processes that ensure systems are built correctly and meet user needs. Learners will explore verification, validation, and integration practices, along with milestone reviews such as CDR and TRR. The module also covers the transition from preliminary to detailed design, and the role of systems engineers throughout the lifecycle.

Decision-Making and Risk Assessment in Systems Engineering

This module focuses on decision-making frameworks, risk assessment tools, and stakeholder engagement. Learners will practice applying rational, descriptive, and normative theories, as well as analytical tools such as Fishbone Diagrams, Decision Matrices, FMEA, and trade studies to support robust engineering decisions.

Reliability, Maintainability, and Lifecycle Management

This module examines reliability engineering, maintainability, and availability, alongside project oversight tools such as TPMs, configuration management, and milestone reviews. Learners will also study human factors, soft skills, and leadership roles in systems engineering teams.