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Course Criteria
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3.00 Credits
Planned program of observation and participation in selected Criminal Justice agencies. Students will select an agency provided by the internship coordinator and assist in activities deemed appropriate by the agency. Students are required to maintain an internship journal and to master practical writing and oral presentation requirements including resumes, cover letters, employment application forms, written reports appropriate for the agency to which they are assigned and interviewing techniques.
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3.00 Credits
This course explores the ways to take the initiative for personal, professional, and academic success. The focus is on techniques and resources to improve self-understanding, information literacy and critical thinking skills, and to foster teamwork and community building.
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3.00 Credits
A one semester course, 3 credit hours. Introduce the student to cross-sectional anatomy and Computed Tomography (CT) procedures, protocols and pathology of the head, neck and chest. Students will be provided with an overview of the patient care and monitoring required in a CT department , including contrast administration requirements specific to the procedures investigated. Students taking this course must have graduated from an accredited imaging program and hold a current certification in Radiography, Radiation Therapy or Nuclear Medicine Technology with the ARRT or certification with the NMTCB in Nuclear Medicine.
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3.00 Credits
A one semester course, 3 credit hours. Introduce the student to cross-sectional anatomy and Computed Tomography (CT) procedures, protocols and pathology of the abdomen, pelvis and extremities. Students will be provided with an overview of the patient care and monitoring required in a CT department , including contrast administration requirements specific to the procedures investigated. Students taking this course must have graduated from an accredited imaging program and hold a current certification in Radiography, Radiation Therapy or Nuclear Medicine Technology with the ARRT or certification with the NMTCB in Nuclear Medicine.
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3.00 Credits
A one semester course, 3 credit hours. Introduce the student to the physical principles of Computed Tomography and CT equipment. The historical evolution of CT will be reviewed along with the characteristics of X-radiation and X-ray production. The operations and functions of a CT system will be examined. The importance of radiation safety and the principles of radiation protection in the CT department will be discussed. Students taking this course must have graduated from an accredited imaging program and hold a current certification in Radiography, Radiation Therapy or Nuclear Medicine Technology with the ARRT or certification with the NMTCB in Nuclear Medicine.
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2.00 Credits
A one semester course, 2 credit hours. This CT clinical practicum course is designed to allow qualified technologists to complete the number of clinical procedures mandated by the American Registry of Radioliogic Technologists (ARRT) to be considered eligible to apply to sit for certification in CT, while emphasizing the importance of patient care, radiation safety and the principles of radiation protection in the CT department. Requires completion of a minimum of 16 clinical hours per week in assigned NECC CT clinical site. PLEASE NOTE: CORI (Criminal Offender Record Information), CHRI (Criminal Records Central Repository) and/or SORI (Sex Offender Record Information) checks are required prior to participation in this course. In addition, Technologists must provide proof of current CPR certification at the Health Care Provider/Professional Rescuer level and a current Massachusetts Radiologic Technologists license in Radiography, Radiation Therapy or Nuclear Medicine prior to participation in this course.
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3.00 Credits
The mechanics of automatic computation including number systems, digital codes, logic gates, Boolean algebra, Karnaugh map simplification, combinational logic, sequential logic, adders, counters, shift registers, etc. will be covered.
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2.00 Credits
Students will perform experiments emphasizing the design, construction and troubleshooting of digital logic circuits in electrical and computer engineering.
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3.00 Credits
Students explore lifestyle changes that empower them to reduce both their personal and community Carbon Footprint, resulting in a greener society through technology. The course also introduces the theoretical and practical concepts of energy sources with an emphasis on solving problems related to sustainable renewable energy use and conservation. Topics include carbon footprint calculations, the expanded use of wind, solar and hydroelectric power. With hands-on lab experiments, elementary engineering projects and computer internet research, students discover several aspects contributing to carbon emissions and developing a Low Carbon Diet.
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4.00 Credits
Introduction to the analysis of electric circuits using DC sources. Applications of Kirchhoff's Voltage and Current Laws, Superposition, loop analysis, nodal analysis and Thevenin's Theorem will be covered.
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