Construction Management & Civil Engineering Technology

Construction Management & Civil Engineering Technology Department Menu

CONTACT US

186 Jay Street
Voorhees Hall 433 (V-433)
Brooklyn, NY 11201

Email: constech@citytech.cuny.edu

Phone: 718-260-5338

OFFICE HOURS

Monday
10am - 6pm

Tuesday
Remote

Wednesday
10am - 6pm

Thursday
10am - 6pm

Friday
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Construction Engineering Technology - BTECH

The Construction Engineering Technology program is the only program of its kind in the City University of New York (CUNY) system. Graduates of this program will have the necessary technical skills for careers in construction management; engineering, construction operations and/or maintenance of the built environment; and infrastructure. All facets of the construction process are studied, including construction materials and methods, management and building systems as well as elements of structural design. Both the public and private sectors are studied from the time the project is conceptualized until it is turned over to an owner. The program combines an emphasis on construction management with the principles of engineering. This degree includes within its core of construction management courses important components of mathematics, physics and engineering to give the construction manager a variety of technical, analytical, organizational and communication skills. Students will have an understanding of basic structural analysis and design. Additional technical skills are developed as they relate to project layout (surveying) and materials testing, including training for The American Concrete Institute certification as Field Inspector (Level 1) of Fresh Concrete, OSHA 10 Certification and Certified Surveying Technician (CST). Graduates will be able to specify project methods and materials, perform cost estimates and financial analyses and manage construction activities. Students will be able to plan, design, inspect and direct residential, commercial, infrastructure and transportation projects. Graduates of this program are prepared for immediate employment in every phase of construction. Most graduates will be hired by governmental agencies, consulting engineers, architects, contractors and developers. Occupational titles include: civil engineering technologist, soil technologist, construction technologist, foundation technologist, municipal engineering assistant, specifications writer – construction, structural design technologist, structural investigator, construction manager, superintendent, assistant project manager, safety director, field inspector.

Admission to the Bachelor of Technology Program in Construction Engineering Technology

A minimum GPA of 2.5 or better is required for entrance into this program

There are many ways a student can enter the bachelor of technology program in Construction Engineering Technology. The BTech in Construction Engineering Technology is designed as a 2+2 program.

  • Students may enter the program as freshmen if they meet the general college criteria for baccalaureate admissions. These students will follow the AAS curriculum in either Civil Engineering Technology or Construction Management Technology (64-66 credits) and earn the AAS degree en route to their bachelor’s degree.
  • Current students may transfer to the BTech in Construction Engineering Technology from the AAS program in either Civil Engineering Technology or Construction Management Technology without a loss of credits prior to or after completion of the AAS degree.
  • Students transferring in from other majors within NYCCT and other institutions with related backgrounds are invited to pursue the BTech in Construction Engineering Technology degree.

Program Educational Objectives

The CMCE department prepares our students for the following Program Educational Objectives to achieve or progress towards during their first few years after graduation:

  1. Be employed as construction professionals such as construction engineers, construction managers, superintendents, construction supervisors, or project engineers;
  2. Engage in lifelong learning and professional development; and
  3. Pursue credentials of responsible charge such as professional engineering (PE) licensure and project management professional (PMP) certification.

ABET Accreditation

The program is accredited by the Engineering Technology Accreditation Commission of ABET, http://www.abet.org/. ABET accreditation provides “assurance that a college or university program meets the quality standards established by the profession for which the program prepares its students. ABET accredits postsecondary programs housed in degree-granting institutions which have been recognized by national or regional institutional accreditation agencies or national education authorities worldwide” (ABET, 2014).

Student Learning Outcomes: General

By adopting ABET’s Student Learning Outcomes (SLOs), our department has been able to instill the skills, knowledge, and professionalism that ABET requires for accreditation. Upon graduation, our students will be able to demonstrate following as per ABET’s General and Program Specific Criteria:

  1. an ability to apply knowledge, techniques, skills and modern tools of mathematics, science, engineering, and technology to solve broadly-defined engineering problems appropriate to the discipline;
  2. an ability to design systems, components, or processes meeting specified needs for broadly-defined engineering problems appropriate to the discipline;
  3. an ability to apply written, oral, and graphical communication in broadly-defined technical and non-technical environments; and an ability to identify and use appropriate technical literature;
  4. an ability to conduct standard tests, measurements, and experiments and to analyze and interpret the results to improve processes; and
  5. an ability to function effectively as a member as well as a leader on technical teams.

Student Learning Outcomes: Program-Specifc Criteria

  1. utilize techniques that are appropriate to administer and evaluate construction contracts, documents, and codes;
  2. estimate costs, estimate quantities, and evaluate materials for construction projects;
  3. utilize measuring methods, hardware, and software that are appropriate for feld, laboratory, and offce processes related to construction;
  4. apply fundamental computational methods and elementary analytical techniques in sub-disciplines related to construction engineering.
  5. produce and utilize design, construction, and operations documents;
  6. perform economic analyses and cost estimates related to design, construction, and maintenance of systems associated with construction engineering;
  7. select appropriate construction materials and practices;
  8. apply appropriate principles of construction management, law, and ethics, and;
  9. perform standard analysis and design in at least one sub-discipline related to construction engineering.

Advanced Standing Credit

There are great differences in Civil Engineering Technology, Construction Technology and Engineering Technology courses from one college to another. Credit will be granted for courses taken at other colleges if the courses are considered equivalent to those offered at New York City College of Technology. Final determination of credits for advanced standing granted to any student in this department will be made by the Registrar of New York City College of Technology and the Chair of the Department of Construction Management and Civil Engineering Technology.

Progression and Graduation

To meet prerequisites for required classes in the BTech degree in Construction Engineering Technology, students must earn a C or higher in MAT 1275, CMCE 1115 and CMCE 1215.

Click here for annual enrollment and graduation data

REQUIREMENTS

The College will grant a Bachelor of Technology (BTECH) degree with a major in Construction Management Technology upon satisfactory completion of the required 123 to 126 credits.

PRE/COREQUISITES

To meet prerequisites for required classes in the BTech degree in Construction Engineering Technology, students must earn a C or higher in MAT 1275, CMCE 1115 and CMCE 1215.

   GENERAL EDUCATION FLEXIBLE COMMON CORE AND COLLEGE OPTION REQUIREMENTS 16 TO 18 CREDITS

FOR ASSOCIATE IN APPLIED SCIENCE IN CIVIL ENGINEERING TECHNOLOGY AND BACHELOR OF TECHNOLOGY IN CONSTRUCTION ENGINEERING TECHNOLOGY

1 Students must take at least one advanced liberal arts course or choose two sequential courses in a foreign language.

At least 1 course designated WI is required from the College Option or Gen Ed Flexible Common Core.

Flex Core Flexible Common Core Course  3
Flex Core Flexible Common Core Course  3
Flex Core Flexible Common Core Course (Additional) 3
COM 1330 Public Speaking or higher 3
ID Interdisciplinary Course  3
LibArt Liberal Arts Elective 1 3
OR 
WL World Language Sequence 1 3

   PROGRAM-SPECIFIC DEGREE REQUIREMENTS 32 CREDITS

FOR ASSOCIATE IN APPLIED SCIENCE IN CIVIL ENGINEERING TECHNOLOGY AND BACHELOR OF TECHNOLOGY IN CONSTRUCTION ENGINEERING TECHNOLOGY

Double Duty2 Specifc courses listed indicate double duty courses, i.e., program degree requirements that also meet general education requirements in that category.

CMCE 1114 Materials and Methods of Construction I  3
CMCE 2319 Building Service System  2
CMCE 2412 Construction Estimating  2
CMCE 3501 Steel Fabrication Detailing  3
CMCE 3520 Construction Management for Civil Engineering Technologists  4
CMCE 3602 Heavy Construction Practices  3
CMCE 4700 Construction Law  3
CMCE 4701 Construction Field Management  3
CMCE 4702 Construction and Site Safety Mgt  3
CMCE 4800 Senior Capstone Project  3
ARCH 3551 Sustainability: History and Practice  3

   GENERAL EDUCATION FLEXIBLE COMMON CORE AND COLLEGE OPTION REQUIREMENTS 24 TO 25 CREDITS

FOR ASSOCIATE IN APPLIED SCIENCE IN CONSTRUCTION MANAGEMENT TECHNOLOGY AND BACHELOR OF TECHNOLOGY IN CONSTRUCTION ENGINEERING TECHNOLOGY

1 Students must take at least one advanced liberal arts course or choose two sequential courses in a foreign language.

At least 1 course designated WI is required from the College Option or Gen Ed Flexible Common Core.

Flex Core Flexible Common Core Course  3
Flex Core Flexible Common Core Course  3
PHYS 1434 General Physics II: Algebra Based 2 4
OR 
PHYS 1442 General Physics II: Calculus Based 2 5
COM 1330 Public Speaking or higher 3
ID Interdisciplinary Course  3
MAT 1475 Calculus I  4
MAT 1575 Calculus II 3 4

   PROGRAM-SPECIFIC DEGREE REQUIREMENTS 27 CREDITS

FOR ASSOCIATE IN APPLIED SCIENCE IN CONSTRUCTION MANAGEMENT TECHNOLOGY AND BACHELOR OF TECHNOLOGY IN CONSTRUCTION ENGINEERING TECHNOLOGY

Double Duty2 Specific courses listed indicate double duty courses, i.e., program degree requirements that also meet general education requirements in that category.

CMCE 2322 Surveying II  3
CMCE 2456 Soil Mechanics and Laboratory  3
CMCE 3501 Steel Fabrication Detailing  3
CMCE 3602 Heavy Construction Practices  3
CMCE 4700 Construction Law  3
CMCE 4701 Construction Field Management  3
CMCE 4702 Construction and Site Safety Mgt  3
CMCE 4800 Senior Capstone Project  3
ARCH 3551 Sustainability: History and Practice  3

9 CREDITS

Choose three courses. Courses are 3 credits.

CMCE 4400 Bridge Building Technology  3
CMCE 4401 Special Topics in Construction Engineering Technology  3
CMCE 4410 Land Development and Design  3
CMCE 4415 Real Estate Develop Fund  3
CMCE 4422 Introduction to Geographic Information Systems (GIS)  3
CMCE 4423 Transportation Eng Tech  3
CMCE 4456 Foundation Analysis & Design  3
CMCE 4458 Earth Retaining Structures  3
CMCE 4460 Design of Temporary Structures  3
CMCE 4471 Quality Assurance  3
CMCE 4472 Risk Management in Construction  3
CMCE 4473 Advanced Building Information Modeling (BIM)  3
BACHELOR OF TECHNOLOGY IN CONSTRUCTION ENGINEERING TECHNOLOGY: 120 TO 126
MINIMUM REQUIRED LIBERAL ARTS AND SCIENCES CREDITS: 42
TOTAL CREDITS REQUIRED FOR THE DEGREE 120 TO 126

Footnotes

1. Examples of advanced liberal arts courses include SOC 3301 (prerequisite: ECON 1101); SOC 2403 (prerequisite: PSY 1101). In meeting their general education requirements overall, students must take at least one advanced liberal arts course or choose two sequential courses in one of the world language (WL) course offerings, such as Arabic (ARB), Spanish (SPA), Chinese (CHN), or French (FREN).

2. Specific courses listed indicate double duty courses, i.e., program degree requirements that also meet general education requirements. Choosing to take advantage of double duty can speed up progress toward graduation and increase elective credits. Consult with an advisor about your options.

3. Students who have already completed MAT 1575 may select another mathematics or flexible core course instead.

SEMESTER 1

TOTAL 16 CREDITS

For Associate in Applied Science in Civil Engineering Technology and Bachelor of Technology in Construction Engineering Technology

CMCE 1110 Construction Drawings I  2
CMCE 1115 Statics  3
ENG 1101 English Composition I  3
MAT 1475 Calculus I  4
PHYS 1433 General Physics I: Algebra Based  4

SEMESTER 2

TOTAL 18 CREDITS

CMCE 1211 Construction Drawings II- Computer Aided Drawing (CAD)  2
CMCE 1222 Surveying I  3
CMCE 1215 Strength of Materials  2
MAT 1575 Calculus II  4
ENG 1121 English Composition II  3
PHYS 1434 General Physics II: Algebra Based  4

SEMESTER 3

TOTAL 15 CREDITS

CMCE 2306 Materials Testing Laboratory  2
CMCE 2315 Elements of Structural Design-Steel  3
CMCE 2322 Surveying II  3
CMCE 2351 Fluid Mechanics  4
CMCE 2351L Fluid Mechanics Laboratory  0
Flex Core Flexible Common Core Course  3

SEMESTER 4

TOTAL 15 CREDITS

CMCE 2410 Construction Drawings III (CAD)  2
CMCE 2416 Elements of Structural Design - Concrete  3
CMCE 2454 Applied Hydraulics: Water Supply and Sewerage Treatment  2
CMCE 2456 Soil Mechanics and Laboratory  3
CMCE 2457 Construction Techniques in Civil Engineering  2
ECON 1101 Macroeconomics  3

SEMESTER 1

TOTAL 16 CREDITS

For Associate in Applied Science in Construction Management Technology and Bachelor of Technology in Construction Engineering Technology

CMCE 1110 Construction Drawings I  2
CMCE 1114 Materials and Methods of Construction I  3
CMCE 1115 Statics  3
MAT 1275 College Algebra and Trigonometry  4
PHYS 1433 General Physics I: Algebra Based  4

SEMESTER 2

TOTAL 15 CREDITS

CMCE 1211 Construction Drawings II- Computer Aided Drawing (CAD)  2
CMCE 1215 Strength of Materials  2
CMCE 1221 Introduction to the Built Environment  3
CMCE 1222 Surveying I  3
CMCE 1224 Methods and Materials of Construction II  2
ENG 1101 English Composition I  3

SEMESTER 3

TOTAL 17 CREDITS

CMCE 2306 Materials Testing Laboratory  2
CMCE 2315 Elements of Structural Design-Steel  3
CMCE 2319 Building Service System  2
CMCE 2321 Fundamentals of Construction Management  3
MAT 1375 Precalculus  4
Flex Core Flexible Common Core Course  3

SEMESTER 4

TOTAL 16 CREDITS

CMCE 2410 Construction Drawings III (CAD)  2
CMCE 2412 Construction Estimating  2
CMCE 2416 Elements of Structural Design - Concrete  3
CMCE 2421 Planning & Scheduling  3
ENG 1121 English Composition II  3
ECON 1101 Macroeconomics  3

SEMESTER 5

TOTAL 14 CREDITS

For Associate in Applied Science in Civil Engineering Technology and Bachelor of Technology in Construction Engineering Technology

CMCE 1114 Materials and Methods of Construction I  3
CMCE 2319 Building Service System  2
CMCE 2412 Construction Estimating  2
CMCE 3501 Steel Fabrication Detailing  3
CMCE 3520 Construction Management for Civil Engineering Technologists  4

SEMESTER 6

TOTAL 15 CREDITS

CMCE 3602 Heavy Construction Practices  3
ARCH 3551 Sustainability: History and Practice  3
XXXX xxxx 4400 Series  3
Flex Core Flexible Common Core Course  3
COM 1330 Public Speaking or higher 3

SEMESTER 7

TOTAL 15 CREDITS

CMCE 4700 Construction Law  3
CMCE 4701 Construction Field Management  3
CMCE 4702 Construction and Site Safety Mgt  3
ID Interdisciplinary Course  3
Flex Core Flexible Common Core Course  3

SEMESTER 8

TOTAL 15 CREDITS

CMCE 4800 Senior Capstone Project  3
XXXX xxxx 4400 Series  3
XXXX xxxx 4400 Series  3
Flex Core Flexible Common Core Course  3
LibArt Liberal Arts Elective  3
OR 
WL World Language Sequence  3

SEMESTER 5

TOTAL 16 CREDITS

For Associate in Applied Science in Construction Management Technology and Bachelor of Technology in Construction Engineering Technology

CMCE 2322 Surveying II  3
CMCE 2456 Soil Mechanics and Laboratory  3
CMCE 3501 Steel Fabrication Detailing  3
MAT 1475 Calculus I  4
PHYS 1434 General Physics II: Algebra Based  4

SEMESTER 6

TOTAL 13 CREDITS

CMCE 3602 Heavy Construction Practices  3
ARCH 3551 Sustainability: History and Practice  3
MAT 1575 Calculus II  4
COM 1330 Public Speaking or higher 3

SEMESTER 7

TOTAL 15 CREDITS

CMCE 4700 Construction Law  3
CMCE 4701 Construction Field Management  3
CMCE 4702 Construction and Site Safety Mgt  3
ID Interdisciplinary Course  3
XXXX xxxx 4400 Series  3

SEMESTER 8

TOTAL 15 CREDITS

CMCE 4800 Senior Capstone Project  3
XXXX xxxx 4400 Series  3
XXXX xxxx 4400 Series  3
Flex Core Flexible Common Core Course  3
Flex Core Flexible Common Core Course  3

Footnotes

1. Examples of advanced liberal arts courses include SOC 3301 (prerequisite: ECON 1101); SOC 2403 (prerequisite: PSY 1101). In meeting their general education requirements overall, students must take at least one advanced liberal arts course or choose two sequential courses in one of the world language (WL) course offerings, such as Arabic (ARB), Spanish (SPA), Chinese (CHN), or French (FREN).

2. Specific courses listed indicate double duty courses, i.e., program degree requirements that also meet general education requirements. Choosing to take advantage of double duty can speed up progress toward graduation and increase elective credits. Consult with an advisor about your options.

3. Students who have already completed MAT 1575 may select another mathematics or flexible core course instead.