Undergraduate Course Catalog 2008-2009
Thompson School of Applied Science
» http://www.thompsonschool.unh.edu/
Civil Technology (CT)
» http://www.thompsonschool.unh.edu/ct
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Professor: Robert G. Moynihan, Guy E. Petty
Associate Professor: Kenneth L. Flesher
Civil Technology is a dynamic educational opportunity offering skill-based learning through class instruction, extensive laboratory experience, and fieldwork, as well as portfolio opportunities. Students choose from one of the following specializations: architectural technology, construction management, or surveying and mapping.
The cornerstone of the educational experience is instruction in computer-aided design (CAD) and parametric modeling using the Thompson School’s state-of-the-art CAD/BIM (Building Information Management) labs. Students in surveying use the latest GPS and surveying equipment and students studying geographical information systems (GIS) use the new GIS Instructional Lab. Additional coursework covers building science, construction contracting, materials, soils, and methodologies of professional practice in the concentration specialties.
Admissions Requirement
Applicants to the architectural technology, construction management, and surveying and mapping specializations must present at least two years of satisfactory work in college preparatory mathematics.
Curriculum Fees
Civil technology: all specializations: $78*
*This one-time, nonrefundable curriculum fee is required to cover lab materials, specialized equipment maintenance, and transportation that is unique to the applied nature of the specialization. The curriculum fee covers the entire two-year course of study for one specialization. Any non-TSAS student may be assessed specific course fees, details of which are included in each semester's Time and Room Schedule. All fees are subject to change.
Architectural Technology
In the Architectural Technology specialization, students expand on the broad construction-related base of the Civil Technology curriculum. From faculty who are experienced, registered architects and engineers, students are introduced to the technical skills used in the architectural profession, including computer-aided design (CAD), parametric modeling, and building science-related technologies. Course content includes engineering-based as well as design-based disciplines. The courses, when coupled with recommended electives, provide students with a substantial knowledge base for architecturally related careers. While some graduates continue their studies in accredited baccalaureate programs and become registered architects, most find work in technical support positions within the design and construction industries in either private companies or public/government entities.
Career Opportunities: Architectural technician, CAD designer, public works operations, land development planner, facilities management, engineering aide, or construction supervisor.
Architectural Technology Program of Study
First Year, Fall Semester
CT 220, Professional Practice, 1 cr.
CT 222, Computer Aided Design Level 1, 4 cr.
CT 223, Introduction to Surveying and Mapping, 3 cr.
CT 224, Surveying and Mapping Lab, 2 cr.
AM 280, Technical Computer Literacy/Internet Applications, 4 cr.
MTH 203, Algebra and Trigonometry, 3 cr.
First Year, Spring Semester
CT 231, Design I, 4 cr.
AM 275, Building Science/Residential Construction, 4 cr.
COM 212, Technical Writing, 2 cr.
or
COM 210, Public Speaking, 2 cr.
SSCI 204, Leadership Effectiveness and Group Performance, 2 cr.
Elective, 4 cr.
Second Year, Fall Semester
CT 227, Mechanical & Electrical Systems, 4 cr.
CT 247, Construction Contracting, 4 cr.
CT 281, Architecture I History and Design, 4 cr.
CT 297, Work Experience, 0 cr.
COM 209, Expository Writing and Reading, 4 cr.
Second Year, Spring Semester
CT 282, Architecture II, 4 cr.
SSCI 202, Social Issues, 4 cr.
**Technical Elective, 4 cr.
Elective, 4 cr.
Total: 65 credits
**Technical Elective Courses: CT 235, Introduction to Information Technology; AM 251, Welding and Fabrication Technology; AM 262, Internal Combustion Engines II (Prereq. AM 261); other courses by approval.
Construction Management
In the Construction Management specialization, students prepare for careers in land development, construction contracting and management, and land-use planning. Students learn not only how to build well but how to build wisely. They study construction and its related technologies, dealing with material selection and design, and design of foundation and drainage systems. They also examine environmental and land development issues by studying residential and commercial septic and waste disposal systems, recycling, and effective energy management. Some graduates elect to continue their education in bachelor of science programs in civil engineering or community development.
Graduates of the Construction Management specialization find employment in a variety of building industry-related positions.
Career Opportunities: Construction supervisor, project manager, cost estimator, public works department, contractor, code enforcement officer, construction material tester, land-development planning, site evaluator for building components, construction product manufacturer, product representative, DOT engineering technician.
Construction Management Program of Study
First Year, Fall Semester
CT 220, Professional Practice, 1 cr.
CT 222, Computer Aided Design Level I, 4 cr.
CT 223, Introduction to Surveying and Mapping, 3 cr.
CT 224, Surveying and Mapping Lab, 2 cr.
AM 280, Technical Computer Literacy/Internet Applications, 4 cr.
MATH 203, Algebra and Trigonometry, 3 cr.
First Year, Spring Semester
CT 231, Design I, 4 cr.
CT 233, Construction Surveying, 4 cr.
CT 237, Land Design and Regulations., 4 cr.
COM 212, Technical Writing, 2 cr.
or
COM 210, Public Speaking, 2 cr.
SSCI 204, Leadership Effectiveness and Group Performance 2 cr.
Second Year, Fall Semester
CT 227, Mechanical and Electrical Systems, 4 cr.
CT 230, Statics and Materials, 4 cr.
CT 247, Construction Contracting, 4 cr.
CT 297, Work Experience, 0 cr.
COM 209, Expository Writing and Reading, 4 cr.
Second Year, Spring Semester
CT 234, Soils and Foundations, 4 cr.
SSCI 202, Social Issues, 4 cr.
AM 275, Building Science/Residential Construction, 4 cr.
**Technical Elective, 4 cr.
Total: 65 credits
**Technical Elective Courses: CT 235, Introduction to Information Technology; AM 251, Welding and Fabrication Technology; AM 262, Internal Combustion Engines II (Prereq. AM 261); other courses by approval.
Surveying and Mapping
As land values increase and the need to use our natural resources efficiently while protecting our environment becomes more critical, the role of surveyors is expanding. The Surveying and Mapping specialization contains a core sequence of six courses (from Introductory Surveying to the Legal Aspects of Surveying) that continuously challenge students to improve their technical knowledge, computer skills, and field competency. Using electronic field measuring equipment, computers to create and plot maps, and satellite positioning technology, the surveyors and mappers of today are at the forefront of acquiring, analyzing, and managing land information.
Career Opportunities: Licensed land surveyor, DOT engineering technician, GIS technician, land development planner, construction surveyor, GPS technician.
Surveying and Mapping Program of Study
First Year, Fall Semester
CT 220, Professional Practice, 1 cr.
CT 222, Computer Aided Design Level I, 4 cr.
CT 223, Introduction to Surveying and Mapping, 3 cr.
CT 224, Surveying and Mapping Lab, 2 cr.
AM 280, Technical Computer Literacy/Internet Applications, 4 cr.
MATH 203, Algebra and Trigonometry, 3 cr.
First Year, Spring Semester
CT 231, Design I, 4 cr.
CT 233, Construction Surveying, 4 cr.
CT 237, Land Design and Regulations, 4 cr.
COM 212, Technical Writing, 2 cr.
or
COM 210, Public Speaking, 2 cr.
SSCI 204, Leadership Effectiveness and Group Performance 2 cr.
Second Year, Fall Semester
CT 240, Legal Aspects of Surveying, 3 cr. and CT 243, Advanced Surveying and Mapping, 3 cr.
CT 247, Construction Contracting, 4 cr.
CT 297, Work Experience, 0 cr.
COM 209, Expository Writing and Reading, 4 cr.
Elective, 4 cr.
Second Year, Spring Semester
CT 244, Advanced Surveying Computations, 4 cr.
SSCI 202, Social Issues, 4 cr.
**Technical Elective, 4 cr.
Elective, 4 cr.
Total: 67 credits
**Technical Elective Courses: CT 235, Introduction to Information Technology; AM 251, Welding and Fabrication Technology; AM 262, Internal Combustion Engines II (Prereq. AM 261); other courses by approval.
Elective Courses
AM 261, Internal Combustion Engines I
AM 275, Building Science/Residential Construction
CT 227, Mechanical and Electrical Systems
CT 230, Statics and Materials
CT 233, Construction Surveying
CT 234, Soils and Foundations
CT 237, Land Design and Regulations.
CT 240, Legal Aspects of Surveying
CT 243, Advanced Surveying and Mapping
CT 244, Advanced Surveying Computations
CT 281, Architecture I History & Design
CT 282, Architecture II (Prereq: Architecture I)
