Important Financial Aid Update: While the new 2024â2025 Free Application for Federal Student Aid (FAFSA) is available to complete online now, the Department of Education has been delayed in providing FAFSA information to colleges. The NTC Financial Aid Office is working to prepare financial aid offers for the upcoming summer and fall semesters. Learn More
Explores mechanisms involved in the development of hematological disorders. Emphasis is placed upon laboratory techniques used to diagnose disorders and monitor treatment.
Introduces clinical chemistry techniques and procedures for routine analysis using photometric, potentiometric and separation techniques. Topics in this course include pathophysiology and methodologies for carbohydrate, lipids, proteins, renal function and blood gas analysis. Additional topics include hepatic, cardiac markers, tumor markers, endocrine function, miscellaneous body fluids, toxicology, enzymes and electrolytes.
Introduces the microcontroller, a tiny computer which uses digital inputs and outputs to control electrical/electronic circuits. A Basic Stamp microcontroller will be programmed via a USB port to a PC using a PBASIC editor program. It will then be connected to digital inputs such as switches and sensors and used to control output circuits such as LED displays, DC motors, relays, buzzers and servo motors.
Analyze advanced concepts of direct and alternating current (DC & AC) and expand the knowledge of electrical circuitry. Various equipment will be studied that converts AC to DC and also that inverts DC to AC. The effects of varying frequency on AC filter circuits will be explored through labs. The usage of various voltage regulators will be also be covered. IET 5 expands on concepts learned in IET 1, IET 2, and IET 3 and will continue to be expanded upon in IET 6.
Examines proven strategies designed to help learners achieve greater personal, academic, and professional success. Learners will apply personal responsibility thinking and behaviors; self- management, awareness, and motivation strategies; as well as interdependence skills to develop a proactive life plan.
Provides an overview of acid fast organisms, fungi, parasites, and anaerobic bacteria. The organisms, their pathophysiology, epidemiology, the diseases and conditions that they cause, laboratory methods of handling, culturing and identification will be discussed.
Presents the clinical importance of infectious diseases with emphasis upon the appropriate collection, handling and identification of clinically relevant bacteria. Disease states, modes of transmission and methods of prevention and control, including antibiotic susceptibility testing, will also be discussed.
Introduces learners to the format and types of questions given in the math, chemistry, and anatomy & physiology portions of the HESI test. Sample questions and possible study materials will be discussed. Upon completion of the course, learners will have a greater understanding of the test. Additionally, course completion will assist in determining if learners feel ready to test, or would like to pursue additional study opportunities prior to testing.
Introduce the concepts of electrical systems including transformers, the potential dangers of electrical power and the application and safety standards related to electrical power components. Utility, industrial and alternative power generation and distribution systems are discussed. Advanced concepts including power factor correction are covered. Laboratory activities are performed to verify the theory.
Introduces the fundamental principles of alternating current (AC) and the effects of resistance, capacitance and inductance operating at 60 Hertz (Hz) single phase within the AC electrical and magnetic fields. Circuit analysis uses project based labs where students experience the practical application of Ohmâs, Wattâs, and Faradayâs laws. Learning experiences in IET 2 build upon those in IET 1 and will be continued and expanded upon in IET 3.
Introduces the fundamental principles of direct current (DC) and the effects of resistance, capacitance and inductance operating within the DC electrical and magnetic fields. Circuit analysis utilizes project based labs where students experience the practical application of Ohmâs, Wattâs, Kirchhoffâs and Lenzâs laws. Learning experiences in IET 1 will be continued and expanded upon in IET 2.
Develops the principles of electrical fabrication. Emphasis will be given to the practical application of interpreting engineering drawings, wiring machine components and troubleshooting electrical panels.
Introduces the fundamentals associated with the properties of silicon controlled devices used in industry. Both DC and AC operating characteristics will be explored as well as the application of silicon controlled devices used in industrial circuit controls. Circuit analysis utilizes project based labs where students experience the practical application of skills learned in IET 1 and 2.