At Stevens, students complete the remaining technical courses, the majority of the engineering courses, and the senior design project in the fifth year. Programs in engineering available to students in the NYU-Stevens dual degree program include chemical engineering, civil engineering, computer engineering, electrical engineering, engineering physics, environmental engineering, materials engineering, and mechanical engineering. In the last two years of the program, financial aid, housing, dining, and other services are provided by Stevens at the Castle Point campus. Separate transcripts are supplied by the two schools, and students may make use of the facilities of the career and placement offices of both institutions. Use of computer, sketching, measurement data and reliability, assembly, disassembly and reverse engineering, and testing are applied to several projects.
Teamwork is emphasized in design and innovation.
Basics of engineering graphics including perspective projection, parallel projection, multiview projection, descriptive geometry, auxiliary views, reading and production of technical drawings, and preparation and presentation of engineering data. Deformable bodies, stress and strain, torsion, shear and moment, flexural stress, shearing stresses in beams, combined stress, stress transformations, thin-walled pressure vessels, deflections, energy methods, statistically indeterminate structures. Introduction to basic concepts of electrical circuit theory and analysis. Topics include basic circuit elements, network equations, transient response, Laplace transform analysis, sinusoidal steady-state analysis, and Fourier analysis. Basic analysis techniques for systems containing semiconductor devices.