32 courses with the subject INTC, 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.
Industrial Math is designed to provide a review of general industrial mathematics including whole numbers, powers and roots, positive and negative numbers, fractions, decimals, percent, ratio and proportion, basic algebra, and an understanding of formulas, charts, graphs, and trends.
Quality and Inspection is designed to introduce students to the concepts of Quality Control, Total Quality Management, and current methods used in industry to obtain accurate measurements of parts and components.
Introduction to Chemical Manufacturing introduces the student to the responsibilities of a chemical operator and the regulatory, safety, and quality issues that are important to working in a chemical manufacturing facility. The student will learn about the importance of communication and troubleshooting skills for the job as a chemical operator. The study also includes learning about the basics of process control and reading piping and instrumentation diagrams.
Industrial Concepts is designed to prepare students to function effectively in an industrial environment. Topics include: career planning, professionalism, workplace ethics, and application of information technology and related materials.
Chemical Industry Process Lines is an introduction to chemical industry process lines. Coverage includes: terms and symbols, principles of electricity and electrical equipment, heat exchange, piping, flanges, blanks, rupture disk, filters, strainers and screens, steam traps, valves, vents, pumps, condensers, vessels, silos, motors, switches, steam vacuum jets, conveyors, hydraulics systems, and boilers. Troubleshooting techniques are emphasized.
Equipment I will familiarize students with different types of piping, piping construction materials, and piping connections critical to transporting liquids and gases through a chemical manufacturing facility. Students will learn how to identify a variety of valve and valve actuator types by design, how they function, and their typical uses. Each topic also includes a general overview of accessory equipment, common performance issues, and general inspection and maintenance procedures.
Equipment II provides a foundation for on-the-job training on the essential equipment used to move liquids and gases through a manufacturing facility. Students will learn how to identify each type of equipment by design and the parts and functionality of each design. Each topic also includes a general overview of accessory equipment, common performance issues, and general inspection and maintenance procedures.
Equipment III will introduce the various types of process equipment used in a chemical manufacturing facility. Students will cover the uses of the equipment as well as associated auxiliary equipment. Topics included are reactors, furnaces, heat exchangers, cooling towers, mixers, filters/centrifuges, cyclones/scrubbers, decanters/extractors, evaporators/crystallizers, dryers, and vents. Each topic will address equipment functionality, performance, and safety guidelines.
Equipment IV will introduce various types of equipment containers used in shipping and receiving chemical materials. Students will also be given an overview as to how silos and tanks are used to store and distribute chemical materials. In addition, students will understand how utility systems provide services through steam generation, refrigeration services and electrical distribution. Each topic will address equipment functionality, performance, safety guidelines, and governmental compliance.
Electronic Process Sampling and Maintenance is a study of the fundamental principles of electronic process sampling systems. The course concentrates on operation principles, components, maintenance, and calibration of electronic process sampling systems.
Industrial Physics is a study of scientific principles associated with unit of measurement and with force and motion.
Applied Physical Science is a study of the basic laws and principles in the area of Physics, Thermodynamics, Electricity, and Fluid Dynamics. Knowledge in these topics is essential for understanding energy consumption, heat transfer, steam generation, electrical circuits, AC and DC motors, fluid flow, material balancing, and many other applications related to monitoring and troubleshooting the instruments and equipment in a chemical manufacturing process.
Basic Instrumentation is an introduction to instrumentation; terms and symbols; unit conversions; and mechanical, pneumatic, and thermal principles.
Chemical Industrial Equipment and Material Handling I is designed to familiarize students with different types of compressors, electrical equipment, hydraulics, lubrication techniques, and troubleshooting. This course also includes topics on the handling of bulk materials.
Chemical Industrial Equipment and Material Handling II is designed to familiarize the students with the control and basic operation of columns, evaporation units, pneumatic equipment, centrifuge, decanters, scrubbers, filters, and furnaces as these relate to the chemical process environment.
Chemical Distillation is designed to familiarize students with distillation and the importance of quality control during the distillation process used in an industrial environment.
Industrial Chemistry is a course designed to familiarize students with the basic concepts associated with the compositions of matter and general characteristics of compounds, mixtures, and solutions. It will also include the principles of chemical reactions, material balancing, organic chemistry, and reactions rates.
Chemical Laboratory Operations I is designed to prepare individuals with the basic information about responsibilities and duties of a chemical lab technician as it relates to safety, hazards, use of glassware, and sample preparation in an industrial setting.
Chemical Laboratory Operations II is designed to prepare individuals with basic laboratory math skills, weighing and measuring techniques, chemical and solution preparation, separation of materials, laboratory procedures, hazardous substances, and inorganic chemistry.
Chemical Laboratory Operations III is designed to prepare individuals with chemistry laboratory math skills to include the metric system, quality control and assurance, ION concentration, and pH measurements.
Chemical Laboratory Operations IV is designed to prepare individuals with the familiarity of aliphatic and aromatic chemistry, titration, optical analysis, visible spectroscopy, coupled plasma, and compressed gases.
Chemical Laboratory Operations V is designed to prepare individuals with the basic concepts of gas and liquid chromatography, infrared analysis, atomic absorption, robotics, nuclear resonance, and viscosity.
Industrial Incinerator I is designed to familiarize students with the basic concepts of how temperature and pressure affect water, steam, and air, and the environmental issues associated with their control and disposal.
Industrial Incinerator II is designed to familiarize students with liquid, solid, and vapor handling equipment and Volatile Organic Carbon (VOC) emissions.
Power Plant Operations I is designed to familiarize students with the basic operation of a power plant to include boilers, turbines, and environmental issues.
Power Plant Operations II is a continuation of Power Plant Operations I which provides students with an understanding of power and energy, condensers, steam systems, coal handling equipment, boiler fuels, thermo-dynamics, and water chemistry.
Power Plant Operations III is a continuation of Power Plant Operations II which provides students with an understanding of basic DC and AC theory, transformers and controls and the construction, operation, and control of turbines.
Wastewater Treatment I is designed to familiarize the students with the safety requirements related to the collection and treatment of wastewater. This course also includes inspection and maintenance of equipment associated with wastewater.
Wastewater Treatment II is a continuation of Wastewater Treatment I which includes an understanding of wastewater monitoring and treatment.
Water and Steam Process Equipment is designed to familiarize students with water and steam properties and the operation of equipment that controls water and steam processes.
Introduction to Heating, Ventilation, and Air Conditioning is designed to familiarize students with the basic principles of operation of air conditioning, refrigeration, furnaces, and vacuum systems.
Special Topics in Chemical Process Operations is an in-depth examination of selected topics in chemical process operations.
Source: Northeast State Community College's catalog, linked per course · table learning_unit · CourseShelf publish 59
