2025-2026 Student Catalog 
    
    Jul 30, 2025  
2025-2026 Student Catalog

Engineering Science, A.S. (Tracks in: Aerospace, Mechanical, Undecided Engineering; Civil Engineering; Environmental Engineering; Chemical Engineering; Industrial Engineering)


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Contact Information

Program Requirements

Typical Program - Aerospace/Mechanical/Undecided Track

Typical Program - Civil Engineering Track

Typical Program - Environmental Engineering Track

Typical Program - Chemical Engineering Track

Typical Program - Industrial Engineering Track

Degree/Certificate:    Associates in Science
HEGIS Code:             5609
SUNY Code:              0530
Major Code:              ENGE

The Career

To remain competitive in the global economy, it is essential the United States prioritizes science and engineering education. Engineers are critical in the drive for new manufacturing methods, increased automation, energy independence, clean energy, energy efficiency, renewal of national infrastructure, etc. These efforts require an increasing number of engineering graduates across all disciplines. The need for graduate engineers is expected to steadily increase into the future and graduate engineers currently command among the highest starting salaries of all professional fields.

The SUNY Niagara Approach

The Engineering Science associate degree (A.S.) program at SUNY Niagara will prepare students to transfer to a four-year college or university to pursue a baccalaureate degree in engineering. This program includes those courses required in the first two years of a typical baccalaureate degree program in engineering. These courses are of an applied physics nature and include coursework in Statics, Dynamics, Mechanical Properties of Materials, etc. This program fulfills the academic needs in such areas as mathematics, physics, and chemistry, in support of engineering coursework, thus enabling students to transfer seamlessly.

As currently structured, this program will meet all requirements for seamless transfer into SUNY and other 4-year engineering programs. This includes SUNY at Buffalo Aerospace, Mechanical, Chemical, Civil, Environmental & Industrial engineering. With some course substitutions, it will also meet requirements for seamless transfer into Biomedical or Computer Engineering. 

Students interested in electrical engineering will have the option of completing the bulk of their required coursework within this program in conjunction with the selection of appropriate course electives at SUNY Niagara and cross-registration at a four-year campus.

Admission

Students admitted in fall, spring and summer.  Because of the sequencing of courses, it may take more than four semesters of full-time study if a student begins this program in a spring or summer semester.  Students needing additional coursework in preparation for Calculus and Physics may need more than four semesters to complete the program.

Dual Admissions

Consult with the Admissions Office.

Articulation Agreements

We follow the SUNY Seamless transfer paths for transfer to other SUNY Schools like SUNY at Buffalo. Consult with the Student Success Center for other articulation agreements.

Program Goals and Objectives

  • To provide a course of study which enables graduates to transfer seamlessly into four-year baccalaureate programs in aerospace, mechanical, civil or environmental engineering
  • To provide a core of mathematics and science courses in support of continued coursework at the four-year level and in support of professional endeavors upon attainment of the baccalaureate degree

Program Learning Outcomes

Upon completion of this program, the student will:

  • Demonstrate the ability to meet standards in mathematics and science for successful transfer to a 4-year engineering program.
  • Demonstrate the ability to identify, formulate, and solve science and engineering problems by applying relevant principles of engineering, science, mathematics, or computer programming as appropriate.
  • Demonstrate the ability to interpret and analyze data from experiments, tables or graphs and use engineering judgement to draw conclusions.
  • Effectively communicate general, scientific, and technical information, to a wide range of audiences in an oral, written, and visual manner.

Program Requirements (ENGE)


  1. A total of at least 68-credit hours with a minimum curriculum grade-point average of 2.0. Academic Foundations courses do not count toward the degree.
  2. Mathematics & Quantitative Reasoning: A minimum of 16-credit hours to include:
    MAT 120  -  Calculus and Analytic Geometry I 
    MAT 121  -  Calculus and Analytic Geometry II 
    MAT 222  -  Calculus and Analytic Geometry III 
    MAT 223  -  Differential Equations  
  3. Natural Science & Scientific Reasoning: A minimum of 13-credit hours to include:
    CHE 120  -  General Chemistry I 
    CHE 111L  -  General Chemistry I Lab 
    PHY 171  -  Calculus-Based Physics and Mechanics 
    PHY 171L  -  Calculus-Based Physics and Mechanics Lab 
    PHY 172  -  Calculus-Based Physics II 
    PHY 172L  -  Calculus Based Physics II Lab  
  4. Communication - Written: A minimum 6-credit hours to include:
    ENG 101  -  Writing I *
    ENG 102  -  Writing II & Introduction to Literature   OR
    ENG 103  -  Writing for STEM  
  5. Communication - Oral: A minimum 3-credit hours to include:  
    ENS 120  -  Engineering Data & Applications  
  6. General Education elective: A minimum of 3-credit hours to include:
    ___  ___ General Education approved elective that meets both Diversity: Equity, Inclusion & Social Justice (DVRS) and Social Science (SOCS) OR Diversity: Equity, Inclusion & Social Justice (DVRS) and US History & Civic Engagement (USCV)
  7. General Education elective: A minimum of 3-credit hours to include:
    ___  ___ General Education  approved elective that meets both The ARTS (ARTS) and Humanities (HUMN)
  8. Track Requirements/Electives:  A minimum of 24-credit hours.  Choose from one of the following tracks:
    1. Aerospace, Mechanical, Undecided Engineering Track
      ENS 217  -  Statics 
      ENS 218  -  Dynamics 
      ENS 219  -  Engineering Mechanics of Materials 
      MET 110  -  Engineering Drawing I 
      ENS 283  -  Thermodynamics 
      ENS 285  -  Engineering Circuit Analysis   
      MAT 255  -  Linear Algebra  (preferred) OR
      MAT 164  -  Introduction to Statistics 
      ENS 110  -  Computer Programming for Engineers  (preferred) OR
      CPS 120  -  Computer Science I  
    2. Civil Engineering Track
      ENS 217  -  Statics 
      ENS 218  -  Dynamics 
      ENS 219  -  Engineering Mechanics of Materials 
      MET 110  -  Engineering Drawing I 
      CHE 121  -  General Chemistry II 
      CHE 113L  -  General Chemistry II Lab  
      ENS 283  -  Thermodynamics  OR
      ENS 285  -  Engineering Circuit Analysis  
      TEC 110  -  Introduction to Technical Calculations  
      CPS 120  -  Computer Science I  OR
      ENS 110  -  Computer Programming for Engineers   
    3. Environmental  Engineering Track
      ENS 217  -  Statics 
      ENS 218  -  Dynamics 
      ENS 219  -  Engineering Mechanics of Materials 
      MET 110  -  Engineering Drawing I 
      BIO 109  -  General Biology I  
      BIO 109L  -  General Biology I Lab 
      CHE 121  -  General Chemistry II  
      CHE 113L  -  General Chemistry II Lab  
      CPS 120  -  Computer Science I   OR
      ENS 110  -  Computer Programming for Engineers   
    4. Chemical Engineering Track
      ENS 110  -  Computer Programming for Engineers 
      ENS 285  -  Engineering Circuit Analysis 
      CHE 121  -  General Chemistry II 
      CHE 113L  -  General Chemistry II Lab 
      CHE 234  -  Organic Chemistry I 
      CHE 235L  -  Organic Chemistry I Lab 
      BIO 109  -  General Biology I   AND
      BIO 109L  -  General Biology I Lab   OR
      CHE 236  -  Organic Chemistry II   AND
      CHE 237L  -  Organic Chemistry II Lab 
      MAT 255  -  Linear Algebra  
    5. Industrial Engineering Track
      ACC 116  -  Financial Accounting 
      ACC 117  -  Managerial Accounting  
      CPS 120  -  Computer Science I  OR
      ENS 110  -  Computer Programming for Engineers 
      ENS 217  -  Statics 
      ENS 285  -  Engineering Circuit Analysis  OR
      ENS 218  -  Dynamics   OR
      ENS 219  -  Engineering Mechanics of Materials  OR
      ENS 283  -  Thermodynamics 
      Science Elective: (5 Credits) If BIO is chosen, “other electives” should total 4 credits instead of 3
      CHE 121  -  General Chemistry II  AND 
      CHE 113L  -  General Chemistry II Lab 
                              OR
      BIO 109  -  General Biology I  AND
      BIO 109L  -  General Biology I Lab   AND                       
      CIS 115  -  Introduction to Spreadsheets   OR
      CIS 116  -  Introduction to Presentations 
      Other Electives: (3 Credits)
      BIO 110  -  General Biology II   AND BIO 110L  -  General Biology II Lab  
      CIS 115  -  Introduction to Spreadsheets  
      CIS 116  -  Introduction to Presentations 
      CIS 118  -  Intermediate Spreadsheet Applications 
      CIS 119  -  Introduction to Computer Systems 
      CPS 130  -  Computer Science II  
      DRF 173  -  Introduction to Computer Aided Drafting Design   AND DRF 173L  -  Introduction to Computer Aided Drafting Design Lab 
      MAT 164  -  Introduction to Statistics 
      MAT 255  -  Linear Algebra  
      MET 110  -  Engineering Drawing I 
      MET 125  -  Processes   AND MET 125L  -  Processes Lab  
      MET 260  -  Hydraulics and Pneumatics   AND MET 260L  -  Hydraulics and Pneumatics Lab 
      TEC 250  -  Introduction to Robotics  AND TEC 250L  -  Introduction to Robotics Lab 
       

Typical Program-Aerospace, Mechanical, Undecided Engineering Track


First Semester-Aerospace, Mechanical, Undecided Engineering


Total Credit Hours: 18


Total Credit Hours: 16


Total Credit Hours: 18


Total Credit Hours: 16


Typical Program-Civil Engineering Track


Typical Program-Environmental Engineering Track


Typical Program-Chemical Engineering Track


Total Credit Hours: 18


Total Credit Hours: 16


Total Credit Hours: 17


Total Credit Hours: 17/18


Typical Program-Industrial Engineering Track


Note:


* Dependent upon the fulfillment of Academic Foundations requirements.

Required Course Pre-requisites


The following courses, or their equivalent(s), are required prerequisites for the major:

If students do not place into MAT 120, then MAT 116 (or its equivalent) and, if needed, MAT 111 (or its equivalent) and, if needed, MAT 110 (or its equivalent) and, if needed, MAT 023 (or its equivalent) are required prerequisites for completion of the major.

Students who have not had adequate course preparation may need to take CHE 100 prior to taking CHE 120.

Scholarship Opportunities


There are several scholarships available to SUNY Niagara students. Scholarship deadline dates vary each semester.  For more information, please visit the scholarship webpage at www.niagaracc.suny.edu/scholarships. The SUNY Niagara Foundation/Scholarship Office is located within the Foundation Office, A-265 or by phone (716) 614-5910.

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