HVAC109M - Related Electricity I Theory Theory work on the principles of DC and AC electricity that are fundamental to the HVAC area. These include: Ohm’s law, series circuits, parallel circuits, meters, wire gauges, magnetism, AC generation, AC calculations, and basic electric motor principles. Students must be simultaneously enrolled in HVAC110M. It is recommended that students have successfully completed or are simultaneously enrolled in HVAC101M.

MATH145M - Quantitative Reasoning This course is designed to expose the student to a wide range of general mathematics. Problem solving and critical thinking skills, along with the use of technology, will be emphasized and reinforced throughout the course as the student becomes actively involved solving applied problems. Topics to be covered include Number Theory and Systems, Functions and Modeling, Finance, Geometry and Measurement, Probability and Statistics, and selected subtopics related to the student’s major field of study. Prerequisite: Successful completion of: MATH090M with a “C” or better, satisfactory placement test scores, or permission of the Program Coordinator, the Department Chair, or a full time mathematics faculty member.

BIOL120M - Human Anatomy and Physiology II This course is a continuation of Human Anatomy & Physiology I. The course includes current in-depth information of the structure and function of the endocrine, digestive, respiratory, blood, cardiovascular, lymphatic, immune, urinary, and reproductive systems. Laboratory work augments lecture topics and includes exercises in microscopy, the study of fresh and preserved specimens, models, and physiological measurements on the human body. Pre-requisite of C or better in BIOL 110M or permission of the instructor.

ETEC240M - Lineworker II Lab 1 This course is a continuation of Lineworker I. It will include more in depth components of basic lineworker electrical concepts, practices, and procedures. The material presented expands on electrical safety, climbing, test equipment, testing procedures, and electrical diagrams. The material presented in this course partially satisfies NH Lineworker Apprentice training requirements. Laboratory work will provide reinforcement and application of theoretical concepts. Prerequisite: ETEC140M

AUTO1021M - Steering and Suspension Systems AUTO1021M is an in-depth study of steering and suspension systems, alignment geometry, and procedures including the service and diagnosis of these systems. This course also includes the latest cutting-edge electronic controlled systems. Using the skills and knowledge learned, students will perform the same procedures, and diagnose system concerns on today’s automobiles and light trucks just as a technician would in an automotive service department. AUTO1021M is a spring semester course. Tools identified on the student tool list are required for this course. Note that for the AEP, MCAP, MLR, and SU pathways, on-line training is required to receive credit for this course. A minimum grade of C is required to continue on to AUTO1031M, AUTO1032M, and AUTO1033M.

CBAM101M - Manufacturing Career Prep This course is designed to provide students with the essential skills and knowledge required for a successful career in the manufacturing industry. Focusing on both technical and interpersonal skills, this course covers key areas such as resume writing, interview skills, career exploration and networking. In addition to basic technical training, the course will emphasize the development of workplace communication, teamwork, and critical thinking skills. At the end of the course, students will be prepared to enter the manufacturing workforce, whether in entry-level positions or pursuing further specialization in areas such as machining, production planning, or industrial maintenance. Prerequisite: None

ADMT118M - Electrical Fundamentals for Manufacturing This course provides an introduction to basic electrical concepts, practices, and procedures. The material presented includes electrical safety, basic AC/DC electrical theory, magnetic theory, electrical formulas and calculations, test equipment, testing procedures, and electrical diagrams. Laboratory work will provide reinforcement and application of theoretical concepts. Prerequisite: None

NURS212M - Nursing IV: Sr Seminar Lab 1B The student develops increased competence and independence to provide and manage care for patients and families with common multi-system health problems across the life span. The scope of the course includes ethical decision-making, role performance and the care of patients with multi-system health problems of metabolism/immunity/hematopoiesis; cognition/sensation/perception; and cardio-respiratory. Additional course content includes leadership skills, health care policy and legislative advocacy. A research paper is required concerning current health care/nursing trends. Laboratory learning focuses on student case presentations involving current, multi-system health problems and ethical decision-making. Clinical learning experiences are provided for the student in advanced medical-surgical and community health settings.

HVAC109M - Related Electricity I Theory Theory work on the principles of DC and AC electricity that are fundamental to the HVAC area. These include: Ohm’s law, series circuits, parallel circuits, meters, wire gauges, magnetism, AC generation, AC calculations, and basic electric motor principles. Students must be simultaneously enrolled in HVAC110M. It is recommended that students have successfully completed or are simultaneously enrolled in HVAC101M.

ETEC250M - Advanced Controls I - Digital Fundamentals - PLC Basics This course covers the fundamentals of digital logic, digital circuit components, computer number systems, Boolean algebra, all basic logic gates, timer chips, Schmitt triggers, digital to analog converters, analog to digital converters, binary coded decimal encoders, basic microcomputer architecture, an introduction to programmable logic controllers (PLCs), and ladder logic in mechatronic systems. The basics of digital logic control, basic PLC modules and components, analog and digital I/O, programming concepts in ladder logic with reference to IEC61131 specification (an industry accepted programming standard for PLC’s), and PLC system components will be covered. Students will learn the role digital components and PLCs play within an electronic / mechatronic system or subsystem. They will also learn basic elements of PLC functions by implementing / reviewing small programs and testing these programs logically and / or on an actual system. Students will learn to identify malfunctioning PLCs and digital circuits, as well as to apply troubleshooting strategies to identify and localize problems found in digital systems and PLC’s. Prerequisites: ETEC210M or ETEC220M