9 courses with the subject PTEC, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
PTEC 1100Introduction to Process Technology2
Provides an overview of the process technology industry, including the roles and responsibilities of process technicians, industry sectors, basic scientific principles, equipment, and systems used in process operations. Major Content Areas Process Industry Overview and Technician Roles Scientific Principles in Process Technology Process Equipment and Systems Instrumentation and Control Learning Outcomes Identify major sectors of the process industry and their primary functions. Describe the roles and core competencies required of entry-level process technicians. Explain basic scientific principles (physics and chemistry) relevant to process operations. Identify common process equipment and describe their functions within industrial systems. Interpret basic process drawings and recognize the role of instrumentation and utilities in plant operations.
Introduces students to the equipment used in the process industries. Students will learn to identify, describe, and explain the function and operation of various types of process equipment, including piping, valves, vessels, pumps, compressors, turbines, motors, heat exchangers, cooling towers, furnaces, boilers, and auxiliary systems. Emphasis is placed on terminology, safety, and the role of each component in the overall process system. Major Content Areas Mechanical Equipment and Power Systems Thermal and Environmental Systems Vessels and Material Handling Learning Outcomes Identify common process equipment and tools used in industrial operations. Interpret basic process drawings related to equipment layout and flow. Describe the function and operation of turbines and electric motors. Explain the purpose and operation of heating and cooling equipment. Classify types of vessels used in process systems. Identify miscellaneous equipment used in process industries.
Prerequisites PTEC 1100 and PTEC 1120 Introduces students to the foundational scientific principles underlying process operations, with a focus on hydrocarbon chemistry, physical science, phases of matter, and catalytic processes. Students will explore the behavior of hydrocarbons, the application of physics in process systems, and the role of catalysts in refining and chemical manufacturing. Emphasis is placed on practical application, troubleshooting, and safe operation of systems involving hydrocarbons and catalytic reactions. Major Content Areas Fundamentals of process chemistry and physics Introduction to catalysis and types of catalysts Process Systems and Operations Learning Outcomes Explain the structure, classification, and properties of hydrocarbons relevant to industrial processes. Apply fundamental physics concepts - such as pressure, temperature, flow, and heat transfer - to process operations and equipment. Analyze the behavior of matter across phases and during phrase transitions in process systems. Explain the importance of catalysts in chemical reactions and identify key catalytic processes used in refining and manufacturing. Interpret process data to troubleshoot and optimize systems involving hydrocarbons and catalytic reactions.
Prerequisites PTEC 1130 Introduces students to the principles and applications of process instrumentation used in industrial settings. Students will explore the measurement and control of process variables such as pressure, temperature, level, flow, and analytical properties. The course emphasizes instrumentation components, control loops, signal transmission, and troubleshooting techniques. Major Content Areas Introduction to Instrumentation and Industry Context Measurement of Process Variables Signal Transmission and Control Systems Instrumentation Troubleshooting Learning Outcomes Identify process variables and the instruments used to measure pressure, temperature, level, flow, and analytical properties. Describe the function of sensing elements and how they transmit signals to control systems. Interpret instrumentation symbology and signal transmission methods used in process control. Draw a basic control loop diagram using standard instrumentation symbols. Explain the operation of a control loop, including the roles of sensors, controllers, and final control elements. Diagnose common instrumentation malfunctions using standard troubleshooting techniques.
Prerequisites PTEC 1130 Introduces students to the fundamental systems used in process industries. Students will explore the design, function, and operation of various process systems including water treatment, steam generation, refrigeration, separation, and reactor systems. Emphasis is placed on understanding system components, safety, environmental considerations, and industry standards. Major Content Areas Process Industry Overview Utility and Support Systems Core Processing Systems Separation and Purification Systems Learning Outcomes Identify major types of process systems, including water, wastewater, gas, and electrical power distribution systems. Describe the function and operation of storage, blending, steam, combustion, and refrigeration systems. Explain the principles and applications of reactor systems, including batch and continuous reactor operations. Compare the design and function of furnace, filtration, and adsorption systems. Explain the principles of distillation, extraction, absorption, and stripping systems based on their separation mechanisms. Recognize safety, health, and environmental considerations associated with various process systems.
Prerequisites PTEC 1200 and PTEC 1220 Examines how daily industrial operations impact the environment, emphasizing the operator’s role in emissions control, water quality, and regulatory compliance. Students will explore topics such as transient operations, flare system limitations, fired heater performance, LDAR, sewer system management, and VOC detection. The course also covers how operational decisions affect wastewater and air quality, and how to locate and interpret environmental regulations. Through real-world case studies, students will learn to minimize environmental harm and ensure compliance. Major Content Areas Operational Impacts on the Environment Environmental Control Systems Regulatory Awareness and Navigation Learning Outcomes Explain how transient operations affect upstream and downstream environmental conditions. Identify common emissions sources and their environmental impacts in industrial operations. Describe the function and limitations of flare systems, fired heaters, and LDAR technologies. Analyze how operator performance influences environmental compliance and system integrity. Locate and interpret relevant environmental regulations applicable to process operations.
Prerequisites PTEC 1200 and PTEC 1220 Introduces students to the principles and practices of troubleshooting in process operations. Students will learn how to identify, analyze, and resolve common issues in industrial systems using structured troubleshooting methods. Emphasis is placed on understanding control systems, interpreting process data, and applying diagnostic tools to maintain safe and efficient operations. Major Content Areas Foundations of Troubleshooting Process Control Systems Data Analysis and Interpretation Equipment-Specific Troubleshooting Operational Troubleshooting Strategies Learning Outcomes Distinguish between controller modes including cascade, auto, manual, and bypassed. Describe the systematic steps involved in troubleshooting process operations. Select appropriate troubleshooting tools used by board operators. Diagnose equipment failures in simulated scenarios involving pumps, valves, temperature control, and heat exchange systems. Resolve process issues during start-up and shutdown operations using structured troubleshooting methods.
Prerequisites PTEC 1200 and PTEC 1220 Explore critical safety and optimization topics. Through hands-on activities and case studies, students will develop the ability to recognize hazards, interpret safety data, and recommend corrective actions to protect personnel and maintain safe operations. By the end of the course, students will be equipped with the knowledge and skills to contribute to both the quality and safety of process industry environments. Major Content Areas Hazard Identification and Impact Hazard Control Methods Monitoring and Detection Systems Emergency Preparedness and Response Regulatory and Safety Organizations Learning Outcomes Classify common types of hazards found in the process industry. Identify appropriate hazard control methods, including engineering controls, administrative controls, and PPE. Describe the function of monitoring equipment used in process safety. Summarize emergency response procedures for fire and rescue situations. Recognize the roles of key safety agencies (e.g., OSHA, EPA, Chemical Safety Board) in promoting workplace safety.
Prerequisites PTEC 1200 and PTEC 1220 Introduces students to the fundamental principles and practices of process operations within the chemical, petrochemical, and manufacturing industries. Students will explore the roles and responsibilities of process technicians, safety protocols, standard operating procedures, communication methods, and the operation of process equipment. Major Content Areas Process Safety and Communication Process Documentation and Diagrams Process Equipment and Operations Troubleshooting and Problem Solving Learning Outcomes Explain the purpose and importance of safety procedures such as Lockout/Tagout (LOTO) in process operations. Interpret process drawings, including P&IDs and PFDs, to identify equipment and system functions. Demonstrate effective communication techniques in team-based process operations. Execute start-up and shutdown procedures for process units following established protocols. Apply troubleshooting strategies to identify and resolve common process equipment issues.
