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

TCHE100M - Child and Adolescent Development This class provides an introduction to the fundamentals of physical, cognitive, social, and emotional development, from the prenatal period through adolescence, with an emphasis on children grades K- 12. Various contemporary psychological perspectives and theories on human development will be introduced and discussed. Practical application of theory and concepts to classroom and recreational settings will be emphasized. 10 – 15 hours of observation of children and adolescents will be required. Prerequisites: none

ROBO211M - Robotic Design Students will design a robot according to specifications for the functions and tasks the robot needs to complete. This will involve many critical features of the robot needed to meet the specified requirements. The course will cover the entire design processes, such as defining the problem, researching and designing, creating a prototype, building a robot, programming and testing, and finally the evaluation of the robot design to the specifications. Prerequisites: MATH090M with a grade of “C” or better.

AUTO1022M - Electronic Controls AUTO1022M is an in-depth study of electronic control systems, vehicle communication networks, electronic sensors, output-devices, and operation including diagnosis and repair. Using the skills and knowledge learned, students will perform the same procedures, and diagnose electronic control system concerns on today’s automobiles and light trucks just as a technician would in an automotive service department. AUTO1022M 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. Prerequisites: Successful completion of Auto 1011M and Auto 1012M with a minimum grade of C.

HVAC224M - Warm Air and Steam Systems Lab This lab is a continuation of HVAC 214 and covers installation of steam and warm air systems, layout and make up of ductwork, multi-fuel units, and gas heating. Prerequisite: HVAC114M, HVAC115M, HVAC119M, HVAC120M, HVAC134M, HVAC135M, Corequisite: HVAC223M

ECE104M - Foundations of Early Childhood Education This course takes an in-depth look at the 6 guidelines of Developmentally Appropriate Practice, as described by the National Association for the Education of Young Children (NAEYC), with a strong emphasis on play as the foundation of learning. The course also provides an overview of the field of Early Childhood Education, including the history of child care and current/ future trends in the field. Students will be introduced to the NH Early Learning Standards, the Pyramid Model, and the NH Child Care QRIS system. Observation of two different early learning programs is required. Prerequisites: None

ARTS123M - Drawing I Various drawing media and techniques are explored in this course. Assignments are designed to build drawing observation skills necessary for visual communications. (Fulfills Fine Arts requirement.)

MATH155M - College Algebra with Trigonometry This course covers the essentials of numerical algebra, geometry, and trigonometry and is designed for science, engineering, technology, computer science, and mathematics students. It provides a solid preparation for student toward Precalculus and Calculus track. A short review of elementary algebra is followed by an introduction to geometric and trigonometric functions. Applied problems are solved by integrating the above mathematical strategies. The trigonometric functions include ratios in solving right triangles and vector applications, and Law of Sines and Cosines in solving oblique triangles. Prerequisite: MATH151M with a grade of “C” or better, satisfactory placement test scores, or permission from the Mathematics Program Coordinator, the Department Chair, or a full time mathematics faculty member.

WELD121M - MIG and TIG Welding Laboratory This course instructs students in the safe, hands on utilization of the GTAW, GMAW & FCAW processes as they are used in industry. The GTAW process will be utilized to weld mild steel, stainless steel, aluminum, copper alloys & titanium. The GMAW process will be utilized to weld mild steel, stainless steel & aluminum. Resistance welding, plastic welding and thermal spray equipment may also be used. Prerequisites: WELD111M, WELD112M.

SPCL115M - Biotechnology Skills and Industry Standards This course equips students with foundational knowledge and hands-on experience in biotechnology, focusing on the essential skills required for entry-level laboratory positions and further study in the field. Students will train in molecular biology, microbiology, and biomanufacturing techniques, including DNA extraction and analysis, protein quantification, PCR, aseptic technique, and cell culture. Emphasis is placed on laboratory safety, documentation, and technical communication, as well as industry standards such as current Good Manufacturing Practices (cGMP), quality control, and regulatory compliance. Students will maintain laboratory notebooks, write technical reports, and complete tasks that simulate real-world workflows. This course also prepares students to pursue industry-recognized credentials aligned with biotechnology career pathways.