PHYS105M - Astronomy I Starting with a survey of the night sky and the daily motions of the stars and planets, this course surveys our current understanding of the Universe. It traces the development of the tools of the modern astronomer and how those tools have led to out theories of the solar system, the life cycle of stars, the formation of elements, the formation of galaxies and the evolution of the universe. Prerequisite: MATH090M or high school Algebra with a grade of “C” or better.

CYBD215M - Digital Forensics This course explores advanced topics and methodologies for examining digital evidence. Topics taught in this class include File System Forensics, Computer Operating System Forensics and Large System Forensics. Students are challenged to work individually and in groups to examine and prepare detailed reports showing the relevance of digital evidence to mock cases. This course presents a higher level of technical detail and will balance theory and hands-on aspects for conducting digital forensic examinations. Prerequisite: CYB100, CIS102, CIS103Corequisite: CYB210.

MATH106C - Statistics I: An Introduction to Statistical Reasoning Recognizing that data and variability impact our daily decisions, Statistics I: An Introduction to Statistical Reasoning focuseson developing statistical literacy through an investigative process of problem-solving and decision-making. Students participate in thestatistical process by formulating questions, analyzing data, and interpreting results, learning to become critical consumers ofstatistical information. The course introduces students to descriptive and inferential statistics. Topics include statistical distributions, linear regression and correlation, surveys and experiments, sampling distributions, probability, confidence intervals and hypothesis testing. A variety of statistical tools and software are used to explore concepts and deepen students’ conceptual understanding of the topics. Prerequisite: High school Algebra II with a grade of "C" or higher (or equivalent) or MATH 092 with a grade of "C" or higher or by recommendation of the Math/Physics Department.

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.

CSXR210M - The XR Metaverse This course teaches students to research and investigate current Meta platforms and to create Meta environments for business. These can include the creation of meeting, training and classroom environments. Pre-Requisite CSXR100M

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.

HVAC230M - Gas Equipment Installation and Service Theory An in depth study of placing propane and natural gas utilization equipment into service while controlling gas/air mixtures for proper combustion. Gas equipment installations including; clearance to combustibles, combustion, dilution, and ventilation air requirements to determine if a space is confined or unconfined. Gas equipment venting including; venting categories, vent materials, vent sizing and clearances. Troubleshooting electrical circuits and control devices while measuring electrical quantities using an electrical meter. Identifying operating characteristics and components of common sensing devices will be covered. Gas pressure measurements including supply and appliance burner pressure detection will be discussed. Ignition safety systems including the 100 percent pilot safety shut-off and other electronic safety shut off devices will be studied. Flue gas analysis and carbon monoxide detection will be included. National Fuel Gas Code as it relates to the above topics is also emphasized. Prerequisite or corequisite: HVAC134M, HVAC135M.

AUTO2013M - Climate Control Systems AUTO2013M is a comprehensive course including theory, repair and service procedures with an emphasis on diagnosis of advanced climate control systems. This course includes operating principles of refrigerant systems, air management, electronic controls, micro climates and EPA federal regulations. This course provides an opportunity to gain the knowledge and skills necessary to diagnose and service today's complex climate control systems. Using the skills and knowledge learned, students will perform the same procedures, and diagnose climate control and related system concerns on today’s automobiles and light trucks just as a technician would in an automotive service department. EPA certification is also a requirement to complete this course. Auto2013M is a fall 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 may be required to receive credit for this course. Successful completion of AUTO1011M, AUTO1012M, and AUTO1022M with a minimum grade of C is required to register for this course. Prerequisites: Successful completion of AUTO1011M, AUTO1012M, and AUTO1022Mwith a minimum grade of C.

ETEC220M - Commercial and Low Voltage Building Systems This course presents information on the theory of operation, applications, and installation practices for low voltage and communications systems typically installed in buildings. These include audio, video, security, telephone, fire alarm, computer networking, and wireless systems. The National Electrical Code will be referenced throughout this course as it applies to the subject matter. The material presented in this course satisfies NH Electrical Apprentice training requirements. Laboratory work will reinforce and promote the application of theoretical concepts. Prerequisites:ETEC120M and MATH151M or MATH155M, or permission of Program Coordinator