Engineering Principles, Applied Science, and Ethics

What Will You Learn?

• Fundamental Engineering Principles: Core concepts and theories that guide the practice of engineering across disciplines (e.g., mechanics, thermodynamics, and materials science).
• Applied Science in Engineering: How physics, chemistry, and mathematics are used to solve engineering problems in real-world scenarios.
• Ethical Decision-Making in Engineering: Approaches to ethical reasoning, handling dilemmas, and ensuring responsible conduct in professional practice.
• Systems Thinking: Understanding the interrelationship between engineering components to optimize performance and reliability.
• Regulatory and Legal Compliance: Understanding the role of laws, standards, and codes in engineering projects (e.g., safety laws, building codes, and environmental regulations).
• Conflict Resolution and Stakeholder Accountability: Frameworks for resolving disputes and ensuring accountability to stakeholders, including the public and regulatory bodies.
• Real-World Case Studies: Learning from engineering failures and successes, such as the Flint Water Crisis and Boeing 737 MAX, to enhance decision-making.