IACPE has developed course modules which document the methods to practically apply the fundamental theories taught in the classroom for application in the field.
- If a professional would study and understand the curriculum they would bring value to any employer.
- Any professional with this certificate and training would increase their value in the job market.
- If your company has no standard formalized training for new professionals, this certificate and program would be a great benefit to you and your organization.
- Course modules are based on the Kolmetz Handbook of Process Equipment Design
CPE Level I Course Modules
The Group of Course Modules for the Chemical Engineering CPE Level I Certificate would include:
- Fundamentals of Solid and Fluid Mechanics
- Fundamentals of Thermodynamics Heat and Mass Transfer
- Fundamentals of Engineering Materials and their Strength
- Fundamentals of Physics and Electromagnetism
- Fundamentals of Inherently Safer Equipment Design
- Professional Engineering Ethics Part 1
cpe level ii & III course modules
The three (3) required Curriculum Modules for CPE Level Il include:
- Piping Fluid Flow Hydraulics Line Sizing and Material Selection:
Teaching the proper way to size a pipeline or section of process piping with the correct fluid velocity, fluid pressure drop, and piping material. It will also include a review of P&ID Development.
- Project Management:
Teaching the aspects of project management, such as time, schedule, and cost. - Statistical Process Control:
Teaching SPC, lean manufacturing, and quality control.
The three (3) required Curriculum Modules for CPE Level IIl include:
- Production Control Engineering
Teaching the proper way to select a control system to obtain the desired behaviors. - Professional Engineering Ethics Part 2
- Professional Reports and Presentations
Other Curriculum Module choices for CPE Level II and III include:
- Supply Chain Management
Teaching supply chain management theory and applications. - Human Factors and Ergonomics Engineering
Teaching Human Factors and Ergonomics theory and applications - Facility Management
Teaching the proper design of a facility - the coordination of space, infrastructure and people - Waste Water Treatment Theory and Application
Teaching waste water treatment theory and application - Solid Waste Management Theory and Application
Teaching solid waste management theory and application - Water Supply and Treatment Theory and Application
Teaching water supply and treatment theory and application - Environmental Impact Assessment and Mitigation theory and application
Teaching EIA and Mitigation theory and application - Air Pollution Management theory and application
Teaching Air Pollution Management theory and application - Tribology Theory and Application
Teaching lubrication and its applications. - HVAC Theory and Application
Teaching heating, ventilation, and air conditioning theory and application. - Piping Fluid Flow Measurement Sizing and Material Selection
Teaching the proper way to size and install a flow measurement device such as an orifice plate. - General Instrumentation Sizing and Material Selection
Teaching the proper way to size and install an general instrumentation. - Instrumentation Control Valve Sizing and Material Selection
Teaching the proper way to size and install an instrumentation control valve. - Pump Hydraulics Line Sizing and Selection
Teaching the proper way to size a pump hydraulic system with the correct fluid velocity, fluid pressure drop, net positive suction head, and piping material. - Heat Exchanger Sizing and Selection
- Compressor Sizing and Selection
- Distillation Column Sizing and Selection
- Corrosion Theory and Control
- Separator Vessels Sizing and Selection
Teaching the proper way to size and select a separator vessel. This module assists in preparing the process data sheet. - Boilers Sizing and Selection
Teaching the proper way to size and operate a boiler system. Good performance of boiler is influenced by maximizing the heat absorbed and minimizing heat loss. - Furnace Sizing and Selection
Teaching the proper way to size and select a furnace. Good performance of a furnace is influenced by maximizing the heat absorbed and minimizing heat loss. - Flare System Sizing and Selection
- Storage Tank Systems Sizing and Selection
- Reactor Systems Sizing and Selection
- Cooling Tower Systems Sizing and Selection
- Gas Drying Systems Sizing and Selection
- Gas Sweetening Systems Sizing and Selection
- Refrigeration Systems Sizing and Selection
- Geotechnical Theory and Application
Teaching rock and soil supporting engineering systems. - Hydrology Theory and Application
Teaching water collection and management. - Piping Safety Relief Valve Sizing and Material Selection
Teaching the proper way to size and install a Safety Relief Valve. - Electrical Theory and Application
Teaching electrical theory and application - Electrical Circuits and Application
Teaching electrical circuits and application - Electrical Power Supply and Regulation
Teaching electrical power supply and regulation. - Process Control Systems Sizing and Selection
Teaching the proper way to size and select a process control system. - Safety in Over-Pressure Relieving Systems
Teaching the proper way to size and select an over pressure relieving system. - Separator Vessels Sizing and Selection
Teaching the proper way to size and select a Separator Vessel. - Bio molecular Engineering
Teaching Bio Molecular Engineering theory and applications - Metallurgical Theory and Applications
Teaching Metallurgical Theory and Applications - Machine Design Theory and Applications
Teaching Machine Design theory and applications
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