Introduction to Systems Engineering for Product Design

Designing complex products requires more than just individual engineering disciplines working in isolation; it demands a structured, system-level approach. This course introduces you to the essential methodologies used to coordinate diverse engineering inputs into a unified, functional design. You will transition from thinking about isolated components to managing entire engineering lifecycles. By understanding how to translate stakeholder needs into technical requirements, you will be equipped to guide projects from initial concept to structured design reviews. What you'll learn: - Understand the fundamental principles of systems engineering and the modern product development lifecycle - Analyze and define clear, actionable technical requirements from stakeholder needs - Perform functional analysis to map system behaviors and allocate functions to physical components - Execute quantitative trade studies to make objective, data-driven design decisions - Coordinate multi-disciplinary teams and structure effective design reviews - Explore modern Model-Based Systems Engineering (MBSE) concepts and collaborative digital workflows The course begins with core definitions and concepts before guiding you through requirements engineering, functional decomposition, trade studies, and collaborative design reviews. You will read practical explanations and walk through realistic engineering scenarios designed to build your structured decision-making skills. This course is designed for aspiring systems engineers, product designers, and project managers looking for a foundational understanding of systems thinking, with no prior engineering background required. Start reading today to build a structured foundation in modern systems engineering.