Mechanical Engineering Concepts for Non-Mechanical Engineers

Introduction:

This course in Mechanical Engineering Concepts for Non-Mechanical Engineers is designed to present fundamental mechanical engineering topics to professionals outside the field. As engineering principles often intersect with various disciplines, this course aims to enhance communication and collaboration with mechanical engineers.

Participants will explore essential areas of mechanical engineering, including design, statics, dynamics, and fluids, along with mechanics of motion. The course also provides a systematic overview of terminology and principles critical to these topics.

By the end of the course, participants will be equipped with basic vocabulary and knowledge to effectively engage in engineering discussions and contribute constructively to engineering projects.

Objectives:

At the end of this course, participants will be able to:

• Outline the major disciplines of mechanical engineering.
• Identify key terms and fundamental principles.
• Understand the management of mechanical engineering tasks.
• Approach engineering tasks with informed perspectives.
• Apply acquired skills for career development or interdisciplinary collaboration.

Training Methodology:

• PowerPoint Presentation with Entertainment
• Exploration of Actual Incidents
• Role-Play
• Formulation of Bills of Quantities
• Applied Training
• Collaborative Study Skills

Course Outline:

Unit 1: Design

• Mechanical Engineering Design
• Mechanical Engineering Scope of Practice
• Basic Drafting Skills for Non-Engineers
• Orthographic Views and Descriptive Guide
• Tolerance and Fit
• Components of Machine Design
• Non-Aerospace Engineers and CAD Tools

Unit 2: Statics

• Engineering Materials for Mechanical Engineering
• Basic Solid Mechanics
• Structural Systems
• Newton’s Laws of Motion
• Principles of Equilibrium
• Stress, Strength, and Strain

Unit 3: Dynamics

• Types of Motion in Mechanical Systems
• Work and Energy Principles
• Friction and Lubrication
• Bearings and Applications
• Reliability-Based Design and Shaft Analysis
• Fatigue and Vibration

Unit 4: Fluids

• Introduction to Fluid Mechanics
• Properties of Gases and Liquids
• Perfect Gas Law
• Viscosity and Buoyancy
• Basics of Aerodynamics
• Thermodynamics in Mechanical Engineering

Unit 5: Common Subjects

• Engineering Problems and Mathematical Aspects
• Units and Measurements Standardization
• Mechanical Engineering Software
• Resolving Mechanical Engineering Difficulties
• Documentation during and after Engineering Processes
• Professional Ethics
• Evolution of Mechanical Engineering
• Professional Engineering Registration

Conclusion:

This course aims to provide a comprehensive introduction to mechanical engineering for non-engineers, enhancing their understanding and ability to engage with engineering professionals effectively.