Missile System Engineering and Design Workshop by Tonex
This intensive 2-day workshop provides a comprehensive introduction to missile system engineering and design. It covers the principles, key components, and processes involved in designing and developing missile systems. Participants will gain an understanding of missile aerodynamics, propulsion, guidance, control, and warhead design, along with insights into the systems engineering approach used to manage these complex projects. Through lectures, practical exercises, and case studies, this workshop prepares engineers, defense professionals, and systems integrators with the foundational knowledge needed to work effectively in missile system design and development.
Learning Objectives
By the end of this workshop, participants will be able to:
- Understand the principles and processes of missile system engineering.
- Identify and describe key components of missile design, including aerodynamics, propulsion, and guidance systems.
- Apply systems engineering concepts to missile system development.
- Evaluate trade-offs in missile design for performance, cost, and mission requirements.
- Utilize analytical techniques to assess missile performance in simulations and test environments.
Target Audience
This workshop is designed for:
- Aerospace and defense engineers interested in missile systems
- Systems engineers and integrators working in defense and aerospace sectors
- Defense program managers involved in missile projects
- Technical professionals seeking a foundational understanding of missile engineering
- Military and government professionals responsible for defense technology acquisition or management
Course Modules:
Day 1: Fundamentals of Missile System Engineering
Module 1: Introduction to Missile Systems
- Overview of missile types, mission roles, and classifications.
- History and evolution of missile technology.
- Key phases in missile system lifecycle and project management.
Module 2: Missile Aerodynamics and Propulsion
- Basic principles of missile aerodynamics and flight mechanics.
- Propulsion systems: solid, liquid, and hybrid rocket engines.
- Design considerations for aerodynamic stability and control.
Module 3: Guidance, Navigation, and Control (GNC) Systems
- Fundamentals of guidance and navigation systems in missile design.
- Types of guidance systems: inertial, GPS, and homing guidance.
- Control systems for missile flight stability and maneuverability.
Module 4: Practical Exercise: Basic Missile Design Simulation
- Hands-on exercise in designing a basic missile system using simulation software.
- Participants will explore design variables and their effects on missile performance.
Day 2: Advanced Concepts and Applications
Module 5: Warhead and Fuze Design
- Types of warheads and their applications in different mission roles.
- Fuzing systems and arming mechanisms for target engagement.
- Safety considerations in warhead and fuze integration.
Module 6: Systems Engineering for Missile Development
- Introduction to systems engineering principles applied to missile design.
- Requirement analysis, trade-off studies, and design optimization.
- Risk management and testing considerations in missile development.
Module 7: Case Studies in Missile Systems Engineering
- Review of notable missile systems and their engineering challenges.
- Lessons learned from past missile programs, focusing on innovation and problem-solving.
- Analysis of trade-offs and decisions in missile system development.
Module 8: Workshop: Missile System Design Project
- Group project: Participants will work in teams to design a conceptual missile system based on given mission parameters.
- Teams will present their designs, explaining choices made for propulsion, guidance, control, and warhead systems.
- Wrap-up discussion on challenges, trade-offs, and practical application of workshop knowledge.
Assessment and Certificate
Participants will complete a practical design exercise and group presentation to demonstrate their knowledge and skills. Upon successful completion, attendees will receive a certificate of proficiency in Missile System Engineering and Design.
This workshop offers a valuable hands-on introduction for those involved or interested in missile system engineering, equipping participants with practical skills and insights into the complex field of missile design.