BS Mechanical Engineering

SUNY Polytechnic Institute

SUNY Polytechnic Institute, New York’s premier public polytechnic, provides an innovative and affordable higher education for students interested in science, engineering, technology, business, healthcare, and other liberal arts offerings for a well-rounded approach to experiential learning. Our commitment to a hands-on education situates students with both the academic structure customary of undergraduate study and unique opportunities for training and cutting-edge research, ultimately providing learners an unmatched education targeted for success in our fast-changing world. SUNY Poly students enjoy public school tuition with benefits that many small, private institutions boast, including small class sizes, individualized learning experiences, and a tight-knit community.

The Program

One of the oldest and broadest engineering disciplines, mechanical engineering, focuses on the design, development, building, and testing of mechanical devices— especially tools, engines, and machines. Work can range from large systems to their smallest parts, requiring professionals in the field to have a broad skill set. Advancements in technology often challenge mechanical engineers to go beyond the profession’s traditional role by creating new technologies that meet society’s needs.

SUNY Poly’s Mechanical Engineering program provides students with an understanding of the fundamental principles of mechanical engineering through engineering design and analysis coursework. An emphasis is placed on project-based course work, giving students practical experience inherent to the field of mechanical engineering. The program strives to help students pursue their individual goals and future career pursuits and provides an understanding of professional, ethical and social responsibilities.

Careers

Graduates of the Mechanical Engineering program have the opportunity to pursue a number of career paths in a variety of settings. A graduate can seek employment in many sectors like nanotechnology, energy systems, manufacturing, materials science, and mechanical systems.

www.abet.org

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The engineering programs at SUNY Poly are accredited by the Accreditation Board for Engineering & Technology (ABET).

Faculty

SUNY Poly faculty work closely with students and challenge them to excel. Many faculty members have industrial experience. In addition, the faculty conduct research and encourage student participation in research activities. A low student-to-faculty ratio (18:1) means that faculty get to know and work closely with students in and out of class.

Labs

Mechanical engineering laboratories provide hands-on application of classroom learning. Working with faculty in a lab setting enhances student understanding of theory and practice. SUNY Poly’s lab equipment includes:

• Instron multi-purpose testing machine

• Bending moment and deflection of beams apparatus

• Electronic strain measurement equipment

• Static equilibrium devices

• Dynamics test stands: centrifugal force, ballistic projectiles, linear momentum, conservation of potential energy, acceleration, forces of gravity

• Machine shop for prototyping

• Computer Numeric Control (CNC), CNC machining center, CNC turret lathe

• Rapid prototyping

• Heat exchangers - conduction, convection, and radiation heat transfer units

• Heat pipes and pumps, solar energy systems

• Subsonic wind tunnels, reaction and impulse turbines

What you’ll study

MAT 151 Calculus 1

MAT 152 Calculus 2

MAT 253 Calculus 3

MAT 260 Differential Equations and Series Solutions

MAT 340 Linear Algebra

MAT 450 Partial Differential Equations

CHE 130 Introductory Chemistry 1

PHY 201 Calculus- Based Physics 1

PHY 202 Calculus-Based Physics 2, CHE 131 Introductory Chemistry 2, or Bio XXX Biology Elective

ENG 101 Composition

COM 3XX Upper Division Writing

Diversity: Equity, Inclusion, + Social Justice

3 General Education courses from Art, Foreign Language, Humanities, Social Sciences, US History + Civic Engagement, World History + Global Awareness

ESC 110 Introduction to Engineering

ESC 120 Design Tools and Processes

ESC 210 Statics

ESC 220 Materials Science

ESC 230 Mechanical of Materials

ESC 240 Dynamics

ESC 370 Experimental Methods

ECE 260 Electrical Circuits

ME 220 Kinematics and Mechanisms

ME 230 Mechanical Engineering Lab

ME 310 Design & Manufacturability

ME 320 Fluid Mechanics

ME 330 Thermodynamics 1

ME 340 Thermodynamics 2

ME 390 Machine Design

ME 410 Heat Transfer

ME 446 Modeling and Control of Dynamic Systems

ME 481 Capstone Design 1

ME 482 Capstone Design 2

4 Technical Electives

Access the SUNY Poly catalog at https://webapp.sunypoly.edu/ undergrad-catalog/ for specific courses and program requirements.

“ SUNY Poly...Encouraging academic and intellectual achievements in a challenging, culturally diverse and supportive educational environment.”

Our Campus

Located in Utica, NY, on hundreds of wooded and landscaped acres, SUNY Poly’s campus is a beautiful living and learning environment. Students live in our modern, spacious residential complexes, including the new Hilltop Hall, SUNY’s first zero-net carbon residence hall, and enjoy an expanding array of student-focused facilities that include our state-of-the-art Center for Global Advanced Manufacturing, Student Center, and Wildcat Field House. Life on campus is enriched by a wide variety of events and activities, including the Wildcats’ championship-winning intercollegiate athletics program, our Wildcat Esports team, and a weekly agenda 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.