Explain fundamental principles of equipment design, including safety, functionality, and compliance with engineering standards.

Identify criteria for selecting appropriate materials of construction (e.g., mechanical properties, corrosion resistance) and their role in equipment fabrication.

Describe the principles of fluid flow dynamics, piping system layouts, and the operational characteristics of pumps.

Outline design standards and requirements for tanks, pressure vessels, and storage equipment (e.g., ASME codes).

Summarize the thermal and mechanical principles underlying the design of heat exchangers.

Discuss economic factors and cost components (e.g., capital, operational, maintenance) involved in equipment design and fabrication.

Apply design principles to develop equipment specifications that meet functional, safety, and regulatory requirements.

Select appropriate materials of construction and fabrication methods based on operational conditions and cost-effectiveness.

Analyze fluid flow systems and piping networks to optimize performance, and recommend suitable pumps for specific applications.

Design tanks, pressure vessels, and storage equipment using industry-standard calculations and safety protocols.

Create heat exchanger designs using thermal analysis tools and evaluate their efficiency under varying operational conditions.

Evaluate the economic feasibility of equipment designs by conducting cost-benefit analyses and lifecycle cost assessments.

Demonstrate ethical responsibility by prioritizing safety, sustainability, and environmental impact in design decisions.

Communicate within a team to prepare a minor project and/or a presentation about heat transfer equipment.