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Course Criteria
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3.00 Credits
Study of interoperability between horizontal systems such as HVACR equipment operation from different manufacturers. Topics also include vertical interoperability between HVACR, security, energy monitoring and control, fire safety and elevator systems. Topics in energy management strategies for new and existing buildings are explored.
Prerequisite:
BBT 407 AND BBT 412 AND BBT 414
Corequisite:
BBT 417
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4.00 Credits
Focus on programming concepts and applications of building control networks. Topics include common building control network implementations and protocol standards including intermediary framework, BACnet, LonTalk and various other proprietary protocols. Expansion of programming skills and using different protocols to share variables between controllers. Additional topics in this course will include interoperability, network architecture, installation and troubleshooting building controls/networks.
Prerequisite:
BBT 407 AND BBT 414
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1.00 Credits
Lecture component of the senior capstone course draws upon course work in previous semesters, the internship, and current course work. Development of a problem statement in the form of a proposal with supporting documentation concerning an operating or proposed HVACR control system. Emphasis on critical thinking, oral and written communication, and engineering visualization presentation methods.
Corequisite:
BBT 407 AND BBT 412 AND BBT 414
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2.00 Credits
Work under a faculty mentor to develop and deliver the finished project as proposed by the student in the planning portion of the senior seminar. Course work includes an executive summary, a graphical and oral presentation. Emphasis on critical thinking, oral and written communication, and engineering visualization presentation methods.
Prerequisite:
BBT 495
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3.00 Credits
Introduction to college, the construction management program, and the construction industry. The responsibilities of successful college students and industry professionals are discussed. Topics include introductory construction vocabulary, the various construction career paths available, common project participants, types of construction companies, and industry demographics and statistics. Prominent and noteworthy projects of the day and throughout history are highlighted along with exploration of current trends, technologies and developments.
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3.00 Credits
Examination of the basic materials and methods used in the construction industry. Topics include properties of materials, materials usage, material and product selection, history of materials and methods, materials familiarization, and an introduction to the construction vernacular. Materials discussed are used throughout the various sectors of construction including residential, commercial, industrial and heavy civil.
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3.00 Credits
Interpretation and production of residential and commercial drawings utilized during the construction process. Laboratory practice develops familiarity and proficiency in areas to include manual drafting, computer aided drafting, design and codes issues, and blueprint reading.
Prerequisite:
BCM 103 AND BCM 105
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3.00 Credits
Continued study of basic materials and methods used in the construction industry. More advanced systems of construction are reviewed as the course progresses. Course work includes developing, evaluating, and selecting multiple system and design solutions based upon project or situational objectives. Residential, commercial, industrial, and heavy/civil industry segments are included.
Prerequisite:
BCM 103 AND BCM 105
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3.00 Credits
Provides a study of the types and uses of construction equipment. Productivity issues including cycle time, operational efficiency, and proper equipment selection and sizing will be covered in depth. Additional topics include earthwork estimating, equipment financial issues, equipment and site safety, and an examination of the similarities and differences between equipment utilized in the various sectors of construction.
Prerequisite:
BCM 280
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3.00 Credits
Theory and application of operations utilized in the construction process. Techniques include taping, differential leveling, laying off vertical and horizontal angles, open and closed traverse surveys, topographic surveys, and construction control surveys.
Prerequisite:
BCM 115 AND MTH 180
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