Last Updated on August 12, 2023 by Oluwajuwon Alvina
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petroleum engineering schools in new york
Aspiring engineers in New York can choose to pursue a degree in engineering science, engineering technology or engineering. The engineering science programs lead to associate’s degrees and are designed for transfer into 4-year programs for those who want to become engineers. The engineering technology programs lead to associate’s degrees or, less frequently, bachelor’s degrees. Finally, the bachelor’s degree programs in engineering are the straightest route for those who want to become engineers. Master’s and doctoral programs are also available.
There are many different engineering fields; specifically, engineering degree programs in these fields include electrical or mechanical engineering. Some programs may be offered online or in an accelerated format. Students may have the opportunity to conduct research. In addition, graduate students may need to complete a dissertation or exams.
Borough of Manhattan Community College (CUNY)
The Borough of Manhattan Community College in New York City is the largest of all the schools in the City University of New York (CUNY) system. The Associate of Science in Engineering Science, available through the Department of Science, is a 66-credit program that includes courses in engineering design, computer-aided analysis and mathematics. Students also take 13 credits of electives in, among other topics, organic chemistry, switching systems, logic design and engineering graphics.
Columbia University’s Fu Foundational School of Engineering and Applied Science in New York City is composed of 11 different departments, and students at the undergraduate level can pursue a Bachelor of Science in one of 16 majors. The Engineering Accreditation Commission of the ABET (EAC of ABET; formerly the Accreditation Board for Engineering and Technology) accredits six of these programs, including those in chemical, civil, electrical and mechanical engineering. Core coursework, required of all new engineering majors, includes the study of calculus, chemistry, computer science and physics, as well as a hands-on scientific design course.
The Master of Science requires at least 30 credits to complete and serves as a prerequisite to the Doctor of Engineering Science. In addition to the aforementioned undergraduate programs, the degree plan may include specialized coursework in biomedical, computer, environmental or industrial engineering. A Doctor of Philosophy is also available through the Graduate School of Arts and Sciences, and both programs may require oral and written exams.
Ithaca-based Cornell University includes the College of Engineering, where students can pursue one of 12 majors and nearly 20 minors in, among other fields of study, biological, chemical, civil or mechanical engineering (ABET-accredited). While each discipline has its own degree requirements, in general, students in the Bachelor of Science programs take common core courses in physics, chemistry, technical writing and mathematics. Requirements specific to the fields of study include a 9-credit engineering distribution, as well as 39 credits of approved major courses and related electives.
At the graduate level, the 1-year Master of Engineering is a fast-track program for professionals that can help them acquire the skills they need to work in either applied engineering or engineering management. The Master of Science can be completed in two years and includes seven fields of study in, among other areas, biological and environmental engineering or civil and environmental engineering. Students in the Master of Science/Doctor of Philosophy programs can choose from one of 16 fields, and the doctorate requires a 4- to 5-year commitment.
Kingsborough Community College (CUNY)
Students at Brooklyn-based Kingsborough Community College can pursue an Associate of Science in Engineering Science through the Physical Sciences Department. The 2-year curriculum is based upon a math and science core that that includes individual courses in algebra, calculus, chemistry and physics. Students also receive an introduction to electrical engineering and thermodynamics, as well as training in engineering design.
Nassau Community College (SUNY)
In Garden City, the Department of Engineering, Physics, and Technology at Nassau Community College offers transferable associate’s degrees in civil and electrical engineering technology that have been accredited by ETAC/ABET (the Engineering Technology Accreditation Commission). Coursework associated with the civil engineering technology program includes topics in structural drawing and steel design, materials mechanics and testing, computer-aided design and blueprint reading. Students in the electrical engineering technology program take courses in basic engineering, reactive and restive circuits, digital technology and electronics.
The Associate of Science in Engineering Science program includes courses in calculus, physics, engineering computations, and statics. To fulfill the elective requirements, students may also choose topics in circuit analysis and thermodynamics or learn about the mechanics of stress and strain on materials.
New York University
In partnership with the College of Arts and Sciences in Manhattan, the university’s Polytechnic Institute in Brooklyn offers 12 dual Bachelor of Science programs that take five years to complete. Liberal studies majors, chosen before or during freshman orientation, include biology, chemistry, physics, math or computer science. Students also choose a second major in civil, electrical or mechanical engineering, chemical, and biomolecular engineering or computer engineering.
The final two years of the program take place at the institute’s Brooklyn campus, and the school is easily accessible by public transportation. At this same location, students can also find ABET-accredited undergraduate programs in civil, computer, electrical and mechanical engineering, as well as master’s and doctoral degrees in similar areas of study.
Stony Brook University (SUNY)
At the state university in Stony Brook, the College of Engineering and Applied Sciences offers seven undergraduate programs that have been accredited by EAC/ABET, including those in biomedical, computer, electrical and mechanical engineering. Unique to the university is a degree in electrical engineering that can be earned online, as well as the Women in Science and Engineering program (WISE).
While degree requirements vary according to the field of study, students who pursue the undergraduate major in biomedical engineering take core courses in electrical circuit analysis, engineering dynamics and statistics. They also receive more specialized instruction in bioelectricity, biofluids and genetic engineering
At the graduate level, the college offers master’s and doctoral degrees in seven areas of study, including applied math and statistics, computer or materials science and biomedical, electrical and mechanical engineering. Unique to the university is a Master of Science in Optoelectromechanical Systems Engineering.
Suffolk County Community College (SUNY)
Selden’s Suffolk County Community College offers an Associate of Science in Engineering Science, specially designed for students who plan to transfer to a 4-year school. The curriculum includes 18 credits of engineering coursework and provides training in design, computations, AutoCAD and circuit analysis. Students also take required courses in calculus, differential equations, chemistry and physics. In the final year of the program, aspiring professionals study Newtonian mechanics, a necessity for those who would like to continue their studies in electrical and mechanical engineering.
All of the Bachelor of Science in engineering programs at this major Syracuse university are accredited by ABET, and the organization’s Computing Accreditation Commission also approves the undergraduate degree in computer science. Through the College of Engineering and Computer Science, students can pursue a major in one of nine fields of study, including aerospace, civil, electrical, environmental and mechanical engineering. Similar courses of study can also be found at the master’s and doctoral levels.
Although each undergraduate degree has its own requirements, students in the aerospace and mechanical engineering programs take courses in math, physical science, design, ethics, and technical communication. Requirements for the bioengineering and chemical degrees include substantial coursework in general chemistry, organic chemistry and physics.
Unique to the university are Master of Science and Doctor of Philosophy programs in aerospace and mechanical engineering. The requirements for the master’s degree include a total of 30 credits with three core courses in analytical methods, the mechanical aspects of materials and fluid dynamics.
An additional 18 credits and a dissertation are required for the doctoral degree.
University at Buffalo (SUNY)
The state university at Buffalo is the largest in the network, and the College of Engineering and Applied Sciences offers programs at the bachelor’s, master’s and doctoral levels. Through the undergraduate program, students can pursue a Bachelor of Science in one of 11 majors, including biomedical, computer or industrial engineering, engineering physics or computer science. ABET accredits eight of these majors. Course topics include the study of engineering fundamentals, applied mechanics, computations and probability. As with Syracuse University, the school offers an undergraduate major in aerospace engineering with third- and fourth-year courses in flight and spacecraft dynamics, aircraft design, engineering safety, and robotics.
Home to the largest and one of the most extensive public engineering programs in the state, the university offers both master’s and doctoral degrees in nine areas of study, including civil, electrical and mechanical engineering. Since mechanical engineering is one of the most wide-ranging fields of study, the program provides opportunities for research in, among other subjects, biomedical devices, transportation and virtual reality.
An engineering technology program prepares graduates to become engineering technicians; in the state of New York, these graduates can also continue on to become full engineers, although they’ll need more years of work experience than those who earn a bachelor’s degree purely in engineering.
To be recognized as a professional engineer in New York, individuals must be 21 years old and meet the state requirements for education and experience. The New York State Education Department awards years of credit based on an applicant’s degree and professional work experience, and candidates for licensure must have a total of six before they can sit for the Fundamentals of Engineering exam (Part A). Prerequisites for the Principles and Practice of Engineering exam (Part B) include 12 years of academic and work credits.