SUNYIT / CNSE Merger It’s an exciting time as the SUNY College of Nanoscale Science

and Engineering (CNSE) merges with SUNY Institute of Technology

(SUNYIT). With access to world-class facilities and innovative

career preparation, the newly merged SUNY Polytechnic Institute

will offer unique and expanded opportunities for all its students, on

its Utica and Albany campuses. The same commitment to cutting-

edge academic programs that has distinguished both institutions in

the past will make SUNY Polytechnic Institute a unique, high-tech

global leader in public higher education.

10/14

Contact us:

Office of Admissions State University of New York Polytechnic Institute

100 Seymour Road, Utica, NY 13502

GPS address: 5701 Horatio St Utica NY

(315) 792-7500 or call toll free 1 (866) 278-6948 admissions@sunyit.edu

sunyit.edu

Bachelor of Science

Civil Engineering Technology

The Utica CampusLocated on hundreds of wooded and landscaped acres, the Utica campus is a beautiful living and learning environment. Freshmen live in the new Oriskany Residence Hall, one of three residential complexes, and enjoy an expanding array of facilities that includes a new student center and field house. Life on campus is enriched by a wide variety of events and activities, including the Wildcats’ championship-winning intercollegiate athletics program and a weekly menu of intramurals, concerts, comedians, and more. Students can join one of the dozens of clubs and organizations or start one with a group of friends who share an interest.

The engineering technology programs at SUNY Poly are accredited by the Engineering Technology Accreditation Commission of ABET, www.abet.org.

The ProgramCivil engineering technology (CET) professionals are problem-solvers who apply practical knowledge of engineering science, engineering design, and laboratory techniques. SUNY Poly’s CET program values and encourages academic and intellectual achievement as it instills the profession’s fundamental technical competencies. The program’s core educational objectives are to collaborate with industry, business, government, and other academic institutions to ensure graduates are equipped with:

• Applied engineering skills and the ability to progress to higher levels of responsibility in their chosen area

• Practical problem-solving and hands-on skills rooted in the fundamental areas of CET

• The desire to become life-long learners, and to grow and continue their professional development through graduate studies, workshops, membership in professional societies and professional registration

Access the SUNY Poly catalog at www.sunyit.edu/catalog for specific courses and program requirements.

Areas of Study Students may choose one or more emphases in transportation, structural, or construction depending on their individual interests and professional goals.

Structural: areas of structural analysis, building/structural design, conceptual to final design projects, and finite element analysis.

Transportation: transportation planning, design of roadways and bridges, and drainage design.

Construction: project scheduling, project administration, construction methods and structural analysis.

FacultySUNY Poly faculty work closely with students and challenge them to excel. Many faculty members have obtained their professional engineering license and have industrial experience. In addition, the faculty conduct research and encourage student participation in research activities. A low student-to-faculty ratio means that faculty get to know and work closely with students in and out of class.

Career OpportunitiesA degree in CET allows the opportunity to select a career in a variety of settings. Graduates may choose to pursue employment in planning, design, construction, management, inspection, technical services or sales. Employers often include engineering design firms, design/build construction firms, and the local, state and federal government agencies. Graduates can become professionally certified in their specific area of expertise or pursue an advanced degree.

LabsStudents have access to several laboratories with industry-standard civil engineering computer applications. Laboratories are PC-based networks running applications in AutoCAD, Microstation, RAM Structural System, InRoads, Microsoft Project and Primavera Project Planner.

CAD Proficiency Success in engineering technology depends on proficiency in computer aided drafting (CAD). Many SUNY Poly CET graduates are actively involved with CAD or work directly with those who are. To ensure CAD proficiency and career success, SUNY Poly requires all CET students to pass a CAD Test to graduate.

What You’ll StudyCalculus I & IIPhysics I & IIChemistry Liberal ArtsComputer Programming Language Construction MethodsIntroduction to Engineering TechnologyStaticsStrength of Materials Structural AnalysisEngineering GraphicsSurveyingSoils and FoundationsSteel or Concrete DesignHydrologyHydraulicsTransportationProfessionalism in the WorkplaceWater and Wastewater SystemsEconomic Analysis in TechnologyCapstone Design

The Utica CampusLocated on hundreds of wooded and landscaped acres, the Utica campus is a beautiful living and learning environment. Freshmen live in the new Oriskany Residence Hall, one of three residential complexes, and enjoy an expanding array of facilities that includes a new student center and field house. Life on campus is enriched by a wide variety of events and activities, including the Wildcats’ championship-winning intercollegiate athletics program and a weekly menu of intramurals, concerts, comedians, and more. Students can join one of the dozens of clubs and organizations or start one with a group of friends who share an interest.

The engineering technology programs at SUNY Poly are accredited by the Engineering Technology Accreditation Commission of ABET, www.abet.org.

The ProgramCivil engineering technology (CET) professionals are problem-solvers who apply practical knowledge of engineering science, engineering design, and laboratory techniques. SUNY Poly’s CET program values and encourages academic and intellectual achievement as it instills the profession’s fundamental technical competencies. The program’s core educational objectives are to collaborate with industry, business, government, and other academic institutions to ensure graduates are equipped with:

• Applied engineering skills and the ability to progress to higher levels of responsibility in their chosen area

• Practical problem-solving and hands-on skills rooted in the fundamental areas of CET

• The desire to become life-long learners, and to grow and continue their professional development through graduate studies, workshops, membership in professional societies and professional registration

Access the SUNY Poly catalog at www.sunyit.edu/catalog for specific courses and program requirements.

Areas of Study Students may choose one or more emphases in transportation, structural, or construction depending on their individual interests and professional goals.

Structural: areas of structural analysis, building/structural design, conceptual to final design projects, and finite element analysis.

Transportation: transportation planning, design of roadways and bridges, and drainage design.

Construction: project scheduling, project administration, construction methods and structural analysis.

FacultySUNY Poly faculty work closely with students and challenge them to excel. Many faculty members have obtained their professional engineering license and have industrial experience. In addition, the faculty conduct research and encourage student participation in research activities. A low student-to-faculty ratio means that faculty get to know and work closely with students in and out of class.

Career OpportunitiesA degree in CET allows the opportunity to select a career in a variety of settings. Graduates may choose to pursue employment in planning, design, construction, management, inspection, technical services or sales. Employers often include engineering design firms, design/build construction firms, and the local, state and federal government agencies. Graduates can become professionally certified in their specific area of expertise or pursue an advanced degree.

LabsStudents have access to several laboratories with industry-standard civil engineering computer applications. Laboratories are PC-based networks running applications in AutoCAD, Microstation, RAM Structural System, InRoads, Microsoft Project and Primavera Project Planner.

CAD Proficiency Success in engineering technology depends on proficiency in computer aided drafting (CAD). Many SUNY Poly CET graduates are actively involved with CAD or work directly with those who are. To ensure CAD proficiency and career success, SUNY Poly requires all CET students to pass a CAD Test to graduate.

What You’ll StudyCalculus I & IIPhysics I & IIChemistry Liberal ArtsComputer Programming Language Construction MethodsIntroduction to Engineering TechnologyStaticsStrength of Materials Structural AnalysisEngineering GraphicsSurveyingSoils and FoundationsSteel or Concrete DesignHydrologyHydraulicsTransportationProfessionalism in the WorkplaceWater and Wastewater SystemsEconomic Analysis in TechnologyCapstone Design

The Utica CampusLocated on hundreds of wooded and landscaped acres, the Utica campus is a beautiful living and learning environment. Freshmen live in the new Oriskany Residence Hall, one of three residential complexes, and enjoy an expanding array of facilities that includes a new student center and field house. Life on campus is enriched by a wide variety of events and activities, including the Wildcats’ championship-winning intercollegiate athletics program and a weekly menu of intramurals, concerts, comedians, and more. Students can join one of the dozens of clubs and organizations or start one with a group of friends who share an interest.

The engineering technology programs at SUNY Poly are accredited by the Engineering Technology Accreditation Commission of ABET, www.abet.org.

The ProgramCivil engineering technology (CET) professionals are problem-solvers who apply practical knowledge of engineering science, engineering design, and laboratory techniques. SUNY Poly’s CET program values and encourages academic and intellectual achievement as it instills the profession’s fundamental technical competencies. The program’s core educational objectives are to collaborate with industry, business, government, and other academic institutions to ensure graduates are equipped with:

• Applied engineering skills and the ability to progress to higher levels of responsibility in their chosen area

• Practical problem-solving and hands-on skills rooted in the fundamental areas of CET

• The desire to become life-long learners, and to grow and continue their professional development through graduate studies, workshops, membership in professional societies and professional registration

Access the SUNY Poly catalog at www.sunyit.edu/catalog for specific courses and program requirements.

Areas of Study Students may choose one or more emphases in transportation, structural, or construction depending on their individual interests and professional goals.

Structural: areas of structural analysis, building/structural design, conceptual to final design projects, and finite element analysis.

Transportation: transportation planning, design of roadways and bridges, and drainage design.

Construction: project scheduling, project administration, construction methods and structural analysis.

FacultySUNY Poly faculty work closely with students and challenge them to excel. Many faculty members have obtained their professional engineering license and have industrial experience. In addition, the faculty conduct research and encourage student participation in research activities. A low student-to-faculty ratio means that faculty get to know and work closely with students in and out of class.

Career OpportunitiesA degree in CET allows the opportunity to select a career in a variety of settings. Graduates may choose to pursue employment in planning, design, construction, management, inspection, technical services or sales. Employers often include engineering design firms, design/build construction firms, and the local, state and federal government agencies. Graduates can become professionally certified in their specific area of expertise or pursue an advanced degree.

LabsStudents have access to several laboratories with industry-standard civil engineering computer applications. Laboratories are PC-based networks running applications in AutoCAD, Microstation, RAM Structural System, InRoads, Microsoft Project and Primavera Project Planner.

CAD Proficiency Success in engineering technology depends on proficiency in computer aided drafting (CAD). Many SUNY Poly CET graduates are actively involved with CAD or work directly with those who are. To ensure CAD proficiency and career success, SUNY Poly requires all CET students to pass a CAD Test to graduate.

What You’ll StudyCalculus I & IIPhysics I & IIChemistry Liberal ArtsComputer Programming Language Construction MethodsIntroduction to Engineering TechnologyStaticsStrength of Materials Structural AnalysisEngineering GraphicsSurveyingSoils and FoundationsSteel or Concrete DesignHydrologyHydraulicsTransportationProfessionalism in the WorkplaceWater and Wastewater SystemsEconomic Analysis in TechnologyCapstone Design

SUNYIT / CNSE Merger It’s an exciting time as the SUNY College of Nanoscale Science

and Engineering (CNSE) merges with SUNY Institute of Technology

(SUNYIT). With access to world-class facilities and innovative

career preparation, the newly merged SUNY Polytechnic Institute

will offer unique and expanded opportunities for all its students, on

its Utica and Albany campuses. The same commitment to cutting-

edge academic programs that has distinguished both institutions in

the past will make SUNY Polytechnic Institute a unique, high-tech

global leader in public higher education.

10/14

Contact us:

Office of Admissions State University of New York Polytechnic Institute

100 Seymour Road, Utica, NY 13502

GPS address: 5701 Horatio St Utica NY

(315) 792-7500 or call toll free 1 (866) 278-6948 admissions@sunyit.edu

sunyit.edu

Bachelor of Science

Civil Engineering Technology

SUNYIT / CNSE Merger It’s an exciting time as the SUNY College of Nanoscale Science

and Engineering (CNSE) merges with SUNY Institute of Technology

(SUNYIT). With access to world-class facilities and innovative

career preparation, the newly merged SUNY Polytechnic Institute

will offer unique and expanded opportunities for all its students, on

its Utica and Albany campuses. The same commitment to cutting-

edge academic programs that has distinguished both institutions in

the past will make SUNY Polytechnic Institute a unique, high-tech

global leader in public higher education.

10/14

Contact us:

Office of Admissions State University of New York Polytechnic Institute

100 Seymour Road, Utica, NY 13502

GPS address: 5701 Horatio St Utica NY

(315) 792-7500 or call toll free 1 (866) 278-6948 admissions@sunyit.edu

sunyit.edu

Bachelor of Science

Civil Engineering Technology