Program description:
This program prepares students for a career in the evolving advanced manufacturing field. Students develop expertise using manufacturing materials and processes and production tools and equipment. The program can be completed in one year, and students can apply the Advanced Manufacturing certificate credits toward the Mechanical Technology AAS degree.

Program description:
This program prepares students for careers centered on precision metal, composite and plastic fabrication. Using computers and other advanced manufacturing technology, they enter the workforce immediately following graduation.

Program description:
This program prepares students for careers centered on precision metal, composite and plastic fabrication. Using computers and other advanced manufacturing technology, they enter the workforce immediately following graduation.

Program description:
This certificate program qualify graduates for entry-level employment in the machining industry. Coursework exposes students to a broad range of technical skills and prepares them for the modern manufacturing world.

Program description:
Focused on techniques of servicing and selling farm machinery and tractors, students in this program develop skills in the mechanics of gas and diesel power units, field machines, hydraulics, transmissions and final drives, as well as diesel engines, power trains, computerized controllers, electronics, and mobile air conditioning as they pertain to modern tractors. Thanks to a partnership with John Deere, many students are guaranteed employment upon graduation. Graduates are highly sought by employers because they possess the knowledge and skills needed for success in an industry where job opportunities are plentiful.

Program description:
The certificate program in Mechatronics is designed to provide the technical training that is necessary for entry-level employment in a variety of high-tech fields. Mechanical and electronic topics are combined to provide a system view of "mechatronic" automation and robotics. It is an excellent path to jobs in advanced manufacturing, including those in the field of semiconductor manufacture. This also provides a pathway to the two-year Electrical Technology AAS program.

Program description:
Students concentrate their studies by following either the information technology track or electronics track. Skilled computer and electronics technicians are in high demand, and nearly all students who have successfully completed the program find work in the technology field. Graduates have an option to pursue a bachelor's degree in computer or electrical engineering technology.

Program description:
This degree will prepare students to enter emerging fields such as semiconductor fabrication, micro-electro-mechanical systems, and nanotechnology. They will benefit from both classroom education and hands-on instruction. Graduates may choose to enter the workforce or continue their education at a four year-college.

Program description:
This program, one of a few in the country, provides a solid foundation in both electrical engineering and computer engineering while also allowing students to customize degrees through electives that meet their interests and career goals. Studies can be adjusted to emphasize computer engineering, electrical engineering, or both, providing the depth and breadth that will make graduates well-prepared for today's job market or to advance to graduate studies.

Program description:
This program prepares students for successful careers in engineering or related professional disciplines, or the successful pursuit of graduate studies with contributions to improving society and the global community. They study in the five high-demand concentration areas of embedded systems, robotics, biomedical instrumentation, wireless communications, and modern energy systems.

Program description:
This program comprises two areas of study: liberal arts, math, science and engineering coursework and studies in electrical engineering and computer engineering. Graduates have a solid foundation in mathematics, physical sciences, humanities, and social sciences, as well as the fundamentals of engineering design and analysis.

Program description:
Electrical engineering is one of the broadest and largest engineering disciplines. Through this BS degree, many electrical engineers work in the areas of design, analysis and application of electrical/electronic components, circuits, and systems. Others work in areas focused on the analysis, design and application of information processing systems - such as communication systems, medical imaging and military sensors.

Program description:
This program provides the scope of knowledge and training needed for employment and also forms the basis for further study at the graduate level. The curriculum includes math, science, and basic engineering courses in the freshman and sophomore years, required electrical engineering courses in the junior and senior years, and technical elective courses in the senior year.

Program description:
This four-year program prepares students to become engineers who can practice the design, service, or operation of electrical systems or electrical power systems, and have the ability to take professional leadership positions that require an extensive engineering background.

Program description:
This program provides students with a solid knowledge of math, science and engineering concepts and the ability to apply them to engineering problems. The flexibility of the engineering curriculum serves full- and part-time students, traditional and non-traditional students, students new to engineering, as well as those who have some experience in technical areas.

Program description:
This program provides thorough training in the fundamentals of electrical engineering. Students work in state-of-the-art instructional laboratories that include computer-aided circuit design, lasers, machine vision and computer graphics, microprocessor systems design, microwave electronics, digital signal processing, and the most up to date electronic communications.

Program description:
This BSEE program provides flexibility and convenience for completion of a BS degree in electrical engineering while continuing in a current job. It is ideal for professionals and qualified students who are seeking an excellent education in electrical engineering and commensurate opportunities for career advancement. While the program is administered by Stony Brook University, courses are taught online by faculty members at both Stony Brook University and the University at Buffalo. It offers upper-division undergraduate courses, typically offered during the third and fourth years of a four-year undergraduate program in Electrical Engineering. The program is taught completely online, asynchronously delivered for flexible scheduling, and provides all courses, materials, tests, labs, discussions, advising and contact with faculty completely online over the Internet. BSEE Online is an ABET-Accredited and New York State approved degree program in Electrical Engineering.

Program description:
This program enables students to complete the requirements of two degrees in five years. With an additional year of study, students receive a MA in electrical engineering.

Program description:
This AAS degree provides the skills and occupational competence necessary for entry into the workplace as an applied engineer who works with and is responsible for all the electronic equipment in the field. In addition to a firm foundation in electrical circuit concepts, the program also provides a robust laboratory experience. These laboratory experiments supplement classroom instruction and problem solving, and computer problem solving and simulation aid in course instruction. Graduates may enter directly into either the construction supervision BTech, the electrical engineering technology BS, the interdisciplinary studies BTech, or technology management BBA degree program.

Program description:
This BS degree is recognized as a "professional degree" that qualifies for experience/education credit toward New York Professional Engineering Licensure. Graduates are allowed six years of the required 12 years of education/experience credit and are eligible to take the Fundamentals of Engineering (FE), formerly called Engineer-in-Training (EIT), examination upon graduation. The program includes fundamental DC and AC circuit analysis and digital circuit logic to develop skills in use of electronic test equipment and in use of tools and printed circuit fabrication equipment. Laboratory experiments supplement classroom instruction and problem solving, and computer problem solving and simulation aid in course instruction.

Program description:
This program emphasizes both the theory and the application of scientific and engineering methods, and it prepares graduates for immediate employment or for transfer to an upper-division school upon graduation.

Program description:
This degree enables students to investigate the theories of electricity with practical experience in electrical, electronic, and computer automated control systems. They receive hands-on experience with programmable controllers, motors, generators, power systems, and computer interfaces. During the final year, students integrate laptop computers into all major courses to further enhance their employability upon graduation.

Program description:
Through this degree, students design, develop, test, and manufacture electrical and electronic equipment. They may work in product evaluation and testing, using measuring and diagnostic devices to adjust, test, and repair equipment. Electrical and electronic engineering technology is also applied to a wide variety of systems such as communications and process controls.

Program description:
This program prepares students for entry-level skills as technicians in the fields of electronics, computers, communications, instrumentation, automation, and power. It also provides the basis for transferring to a four-year engineering technology program. Students receive a solid foundation in electrical and electronics theory and hands-on laboratory experience. Computer simulation and applications are an integral part of the curriculum.

Program description:
This program meets the transfer and continuing education needs of associate degree graduates, as well as addresses industry needs for graduates with sound and current skills in electrical engineering technology. It has a sound foundation of mathematics and physics, provides a variety of electives in the arts, sciences, and the humanities. Graduates are well prepared for a wide range of industry positions in the areas of electronic product development, automated testing, quality control, technical sales, technical writing, and management.

Program description:
This degree is designed to meet the demand for employees with electronics skills. Students will learn electrical and electronic theories and how to apply those theories in a laboratory setting. Program graduates work in the electronics field as technicians or in a variety of testing and manufacturing careers.

Program description:
This program prepares students to fill careers in specialized fields of electronics including electrical machinery, control systems, digital and microprocessors, telecommunications. Students may also use this program as the basis of baccalaureate degree studies in Engineering Technology.

Program description:
This program prepares students as electronic technicians to enter such fields as aerospace, communications, digital computer controls and energy conversion. Within these and related fields, technicians may perform duties as part of a research and development team or a manufacturing, test or service group. Graduates may continue their education by pursuing studies towards a Bachelor's degree in engineering technology.

Program description:
Students in this program can tailor their program to meet their needs by selecting technical electives to fill individual interests or career plans. Areas of concentration include communication systems, control systems, and microprocessors and digital systems.

Program description:
In this associate degree program, students receive hands-on training for careers in electronics design, manufacturing, sales, or service.

Program description:
Program graduates who specialize in electronics are employed in the design, testing, fabrication, and application of solid-state circuits and systems (both digital and analog), communication systems, and control systems. This includes consumer products, as well as industrial electronics and computer equipment.

Program description:
Students are trained in the maintenance, repair and building of electrical components and equipment. Through a theoretical understanding of electric currents and equipment, coupled with the hands-on experience with manipulating devices and circuits, students gain knowledge of how to properly use test instruments, diagnostic devices and Programmable Logic Controllers (PLCs) in a laboratory setting. Specialized courses in Electricity, Industrial Electronics, Motors and Controls, Radio Frequency Identification and Liberal Arts help produce well-rounded technicians.

Program description:
This program prepares students for employment and advancement in the field of electronics. The curriculum provides fundamental knowledge in DC and AC circuitry, digital circuits, microprocessor systems, programmable logic controllers, and high-frequency systems. An experimental and simulation laboratory environment helps students gain necessary application experience in the proper use of multimeters, oscilloscopes, logic pulsers and probes, logic analyzers, spectrum analyzers, and network analyzers. Graduates pursue positions in the fields of computers, robotics, medical instrumentation, audio/radio frequency communication, and manufacturing.

Program description:
This program provides students with a solid technological foundation in electrical/electronics-related fields, and graduates are immediately eligible for employment. Employment opportunities are available in the following technology sectors: power systems (traditional and solar); semiconductor manufacturing; telecommunications; and computers and related electrical/electronic fields. Students may complete the associate degree in electrical technology and a bachelor's degree in electrical engineering by taking additional advanced science and math courses to transfer to SUNY New Paltz through an articulation agreement.

Program description:
This two-year program introduces students to fundamental electronics, electronic circuit design, digital circuitry, and the circuit fabrication and testing process through a variety of lecture and laboratory experiments. The Electrical Technology program can also be a transfer path with direct matriculation to various four-year colleges, enabling students to pursue a bachelor's degree in Electrical Engineering Technology.

Program description:
This program prepares students for careers in the design, application, installation, manufacturing, operation and/or maintenance of electrical/electronic(s) systems, with a focus on smart grid technologies.

Program description:
Students learn to construct, test, analyze, trouble-shoot, and repair systems using real-world engineering tools and technology. Learning fundamental concepts like electronics, industrial control, instrumentation, communications, power systems, and electronic hardware especially important parts of the curriculum that students study.

Program description:
Through a multi-disciplinary approach, students dive into solid state materials, semiconductor devices, microprocessors, robotics, analog and digital communication, electrical machines, fiber optics, lasers, operational amplifiers, circuit design, energy conversion, and computer aided design with theoretical and hands-on exercises.

Program description:
This program prepares students to enter the rapidly expanding field of electronics. It qualifies them to work in the exciting fields of electronic design, computer repair, communications, systems control, and technical sales and service. This program stresses electronic analysis and design, using digital and analog electronics, instrumentation, and programming. Laboratory experience is a part of this program.

Program description:
This program prepares students for careers in industry or business as electronic technicians or engineer assistants. Students may also adapt the program for transfer to baccalaureate degree programs.

Program description:
This program prepares students for the workforce as electromechanical technicians with a specialization in drone repair. Students explore internship opportunities through Career Services to gain valuable experience with local high-tech companies.

Program description:
This program can be completed in a minimum of four semesters. Graduates may continue their study toward an AAS degree in Electrical Technology.

Program description:
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Program description:
This BS degree is intended for students whose interests center on the more fundamental aspects of electrical engineering and physics, but who also wish to have extensive contact with the applied aspects (instrumentation, circuit design) of those subjects. The program also prepares students for graduate work in electrical engineering or applied physics.

Program description:
This degree integrates mathematical, engineering, and scientific principles to build structures and improve processes. In addition to foundational courses in engineering physics, calculus and chemistry, students gain analytical and problem-solving skills needed to work in a fast-paced and constantly evolving industry. Specialized courses in engineering statics, dynamics, circuit analysis and other electives round out a program that is valued by the career-driven student.

Program description:
Modeled after the first two years of engineering programs at four-year schools, this degree enables a student to transfer as a full junior to many top colleges and universities to complete a bachelor's degree in an engineering field. A selection of technical electives facilitate a smooth transfer into most engineering programs, and students often finish their bachelor's degree in just two additional years.

Program description:
The engineering science program has been designed to focus on hands-on, interdisciplinary problem solving to produce graduates who are able to approach problems at every level. It is flexible and multi-departmental, offering students the opportunity to pursue a unique program of study to meet their own special interests or objectives.

Program description:
This degree provides strong theoretical preparation - rooted in calculus - for students wishing to pursue engineering design responsibilities. It prepares graduates to complete a baccalaureate engineering degree with an additional two years of study, and they have typically performed exceptionally well when transferring to engineering schools.

Program description:
This program provides a foundation in engineering principles, physical sciences, mathematics, and social fields in preparation for making important contributions to engineering and society. The coursework parallels the first two years of a bachelor's degree in engineering. Graduates continue their education by transferring to a four-year institution where they specialize in traditional fields such as electrical, mechanical, chemical, civil, environmental, materials, aerospace, and biomedical engineering.

Program description:
This two-year program prepares students, upon graduation, for transfer to a four-year college. It provides the appropriate mix of math, science, engineering and liberal arts as benchmarked by ABET (Accreditation Board of Engineering and Technology) and recommended by TYESA (Two-Year Engineering Science Association). Upon graduation, students are equipped with the skillsets needed to succeed in competitive four-year engineering programs in a variety of engineering disciplines.

Program description:
This program is designed to qualify students for transfer to a four-year engineering program. Classes at the North Campus are small, and, in this intimate setting, learning is greatly enhanced. The curriculum includes courses in English, social science, advanced mathematics, physics, and chemistry. Students also take prescribed engineering courses designed to facilitate transfer to baccalaureate engineering programs.

Program description:
This two-year program prepares students for transfer into a four-year program and builds on their math, science, and tech abilities.

Program description:
This program provides a sound academic core preparing students for transfer to baccalaureate engineering programs. Transfer opportunities are available in mechanical, industrial, chemical, electrical, civil, and environmental engineering. The goals of this program include providing students with the educational experiences and methods scientists use to explore natural phenomena and employing appropriate experimental design, critical thinking and methodology to solve problems in Engineering Science.

Program description:
The Engineering Science degree parallels the first two years of four-year college programs in various engineering fields. This is a rigorous program of study, and each year our graduates with good academic standing transfer to top-tier four-year science or engineering colleges ready to complete the final two years of a bachelor's degree program.

Program description:
This two-year program provides appropriate preparation for continued study toward careers in mechanical, chemical, civil, electrical, industrial, ceramic, aerospace, nuclear, environmental, or metallurgical engineering.

Program description:
This program enables students to complete required general education classes - plus earn fundamental program credits in physics, engineering design, and engineering graphics - before starting a bachelor's degree program in any engineering field.

Program description:
The Engineering Science program prepares students for transfer, as juniors, into baccalaureate engineering programs, including civil, mechanical, chemical, electrical, aerospace, petroleum, industrial, and nuclear engineering. It prepares graduates to effectively use technology to collect, analyze and display data, and solve engineering problems. Students will participate as part of a team to complete laboratory assignments and projects.

Program description:
This two-year program gives students a broad-based engineering education that allows them to explore a variety of engineering disciplines before declaring a specialty. Students will also be able to demonstrate their skills via a series of design/build projects.

Program description:
This program has been reviewed and endorsed by TYESA, the Two Year Engineering Science Association of New York State. Qualified graduates of the Nassau Engineering Science program transfer as juniors to numerous outstanding accredited engineering colleges in New York State, including such institutions as RPI, NYU Polytechnic School of Engineering, Manhattan College, Rochester Institute of Technology, Cornell University, Columbia University, Clarkson University, Hofstra University, Syracuse University, Union College, New York Institute of Technology, SUNY at Stony Brook, SUNY Maritime, SUNY at Buffalo and SUNY Binghamton. The program is also accepted with liberal arts transfer credit at accredited out-of-state schools of engineering, such as Penn State and the Stevens Institute of Technology.

Program description:
This program lays the foundation careers in a variety of engineering fields such as mechanical, aerospace, civil, environmental, chemical, clectrical and computer engineering.

Program description:
This program enables students to transfer, with junior status, to the upper-level engineering colleges or universities to complete the BS degree in engineering. Core courses in calculus, chemistry, engineering, physics and engineering science constitute the nucleus of this program. Selected courses in the liberal arts support and enhance this central core.

Program description:
This program combines liberal arts and general education with a rigorous concentration in mathematics, physics, chemistry, and basic engineering courses.

Program description:
This joint program provide basic training for students to enter a wide range of industries or to proceed to graduate studies in engineering fields.

Program description:
This program provides fundamental scientific and technical preparation for students wishing to continue their studies toward baccalaureate degrees in computer engineering, electrical engineering, mechanical engineering, and general engineering science at four-year institutions. Graduates not electing to continue professional study are prepared for employment in industrial and scientific organizations as engineering aides or research assistants.

Program description:
This program emphasizes mathematics and basic sciences and prepares students for transfer with junior class at four-year colleges or universities. Upon earning the associate degree, students continue their studies in chemical engineering, civil engineering, electrical engineering, or mechanical engineering, as well as aeronautical, agricultural, environmental, geological, industrial, and petroleum engineering, or bioengineering.

Program description:
This program provides basic preparation for students plan to continue their engineering studies at four-year colleges. Applicants should have above-average grades in high school mathematics and chemistry, and high school physics is recommended. Students choose from four concentrations: aeronautical, civil, industrial, mechanical and nuclear engineering; chemical engineering; computer engineering; and electrical engineering.

Program description:
This program integrates science and mathematics with design and laboratory studies that parallel the first two years of the four-year engineering curriculum of most engineering schools throughout the country. Students learn the fundamental concepts of calculus, chemistry, physics, electricity, energy, engineering mechanics, and computer science.

Program description:
This program provides a broad understanding in the areas of aerospace, civil, mechanical, environmental, industrial, and biomedical engineering. At the core of the curriculum are mathematics and science-based classes.

Program description:
This certificate program combines the principles of electrical-mechanical and computer control used by highly skilled maintenance technicians working in automated manufacturing.

Program description:
This program provides students with knowledge and hands-on experience through traditional courses such as statics, strength of materials, and material science. It is ideal for students wishing to enter careers in manufacturing process and systems design, operations, quality, continuous improvement, lean manufacturing, and sustainability.

Program description:
This AAS degree prepares students for immediate employment in a variety of areas such as manufacturing processes, metrology, principles of continuous improvement, CNC and statistical quality control. It is designed for full-time, part-time, day or evening students seeking a degree in a technical skills area with a non-calculus mathematics approach.

Program description:
- Description Coming Soon -

Program description:
The program covers an array of areas relating to the fields of precision metalwork, computer numeric control machining, sheet-metal fabrication, additive manufacturing (3D printing) and operation of milling machines, lathes, grinders, band saws, drill presses, and computerized machinery. It also prepares students in the use of various design software products, such as CAD and CAM.

Program description:
This program provides students with a data intensive perspective of materials science and engineering including the study of materials theory, characterization, synthesis, processing, and data science and simulation techniques. Topics are integrated with a strong program in the use of advanced information science tools including but not limited to topics such as data mining, machine learning, statistics and scientific visualization.

Program description:
This ABET accredited program provides exposure to the concepts relating to multi-material and composite technologies, as well as composite material interactions with living biological systems. It is designed for students interested in focusing on biomedical materials science.

Program description:
This BS degree prepares graduates to design and analyze manufacturing plants, industrial equipment and machinery, heating and cooling systems, motor vehicles, aircraft, watercraft, robotics, medical devices, and more. The curriculum offers a balance among theory, design and laboratory experience, and provides excellent preparation for the many mechanical engineering career paths or for graduate studies.

Program description:
Specific areas of degree focus include computer-aided design and manufacturing, robotics, autonomous systems, sustainable energy systems, power-producing machines, engines, materials, vehicles and systems of transportation, industrial production equipment, control and sensor devices, instrumentation, biomedical devices, pollution control devices, underwater technology, space flight equipment advanced propulsion systems, and safety devices and sensors. Graduates are involved in research and development, innovation, design, manufacturing, and technical sales of a wide variety of products.

Program description:
Students in this program focus on designing and building innovative mechanical components and systems.

Program description:
This program provides students with knowledge of math, science and engineering concepts and the ability to apply them to engineering problems. It serves full- and part-time students, traditional and non-traditional students, and students new to engineering, as well as those who have some experience in technical areas.

Program description:
This program provides students with the fundamental principles of mechanical engineering through engineering design and analysis coursework. An emphasis is placed on project-based course work, giving them practical experience inherent to the field.

Program description:
This program is one of the core disciplines of engineering and encompasses a large number of sub-disciplines that are at the heart of both traditional and leading-edge technologies. It requires aptitude and interest in the physical sciences, the language of mathematics, and the ability to apply these to societal needs.

Program description:
This AAS degree prepares graduates for mechanical technologist or industry technician jobs in industry-related areas. These include: automotive component design; heating, ventilation, and air conditioning (HVAC); process and component design; mechanical systems design; energy systems; product development; and technical support and sales. Students will be able to design, specify, test, analyze, and install mechanical systems.

Program description:
This BS degree is recognized as a "professional degree" that qualifies for experience/education credit toward Professional Engineering (PE) licensure.

Program description:
A vital part of any engineering field, this program prepares students in the applied aspects of engineering. It requires the application of scientific and engineering knowledge and methods, combined with practical technical skills in support of engineering activities.

Program description:
This degree provides a broad education in the areas of mechanical design, mechanics, stress analysis, thermosciences, and manufacturing. Graduates are in high demand and are employed by manufacturing companies, consulting firms, government agencies, testing laboratories, and other enterprises that require people with strong mechanically oriented backgrounds.

Program description:
This program is appropriate for students who like hands-on experience, enjoy technology, and want to use their heads. Math ability is important and students center much of their effort on experimentation and problem solving. From manufacturing and construction to equipment testing and power generation, employment opportunities exist in production, product/system testing, quality improvement, and technical services support.

Program description:
Students in this BTech degree learn design skills and manufacturing tools and techniques, apply mathematical and science skills in a hands-on world, utilize sophisticated laboratory equipment in testing products and processes, and develop computer skills for solving technical problems. Communication and project management skills are very important, and students often participate in small team projects.

Program description:
This program offers an in-depth study of mechanical engineering technology courses, as well as liberal arts and social science courses. Analytical mechanics, strength of materials, fluid mechanics and electricity for mechanical equipment are among the subjects covered in the curriculum. Graduates either assume positions as mechanical technicians or continue their education toward a bachelor or advanced degree in engineering or technology.

Program description:
This program provides students with a foundation of knowledge and hands-on experience required and utilized by the industry. It offers traditional courses such as statics, dynamics, strength of materials, material science, machine and product design, applied fluid mechanics, applied thermodynamics, and applied heat transfer providing graduates with a solid foundation of the field. The program also offers numerous technology-based and practical courses, providing students with a well-balanced and needed background.

Program description:
Mechanical engineering technicians are problem solvers who study system design, and the production, installation and monitoring of products. This degree provides students with practical, hands-on experience, and prepares them to enter the workforce as a mechanical engineering technician or offers the opportunity to transfer to a four-year college to pursue a bachelor's degree.

Program description:
This program prepares students to fill mechanical engineering technician (or related) career fields. It also lays a foundation for students who plan on pursuing a four-year mechanical technology curriculum. The program includes topics in technical computing, mechanical analysis, manufacturing systems, and material testing.

Program description:
This laboratory-oriented curriculum emphasizes technical graphics communication, manufacturing processes and mechanical design. Students work hands-on with industry-standard, state-of-the-art equipment as they take courses in computer-aided drafting (CAD) and manufacturing, 3D modeling, machining, and engineering. The program, accredited by the Engineering Technology Accreditation Commission of ABET, prepares students for careers as engineering aides, laboratory technicians, and plant engineering technicians in areas such as design and drafting, mechanical design, metal working, and foundry industries.

Program description:
This program prepares students to be problem solvers with hands-on skills and well-rounded technical backgrounds. They work in a wide range of advanced mechanical systems and processes, including design and development, installation, maintenance, documentation, manufacturing, fabricating, testing and evaluation, and technical sales. Graduates pursue careers in MET, as well as related fields of computer science, industrial, manufacturing, and civil engineering.

Program description:
This program prepares students for employment in the field of mechanical design and drafting, with an in-depth course of study in the technological aspects of the design profession. Students are exposed to the current technology used in industry and prepared for careers in the field of mechanical design and technology. There are concentrations in computer aided design, facilities design, mechatronics, and precision machining.

Program description:
This AAS degree prepares students for employment in the manufacturing industries, and they may enter directly from high school or by transferring from another college or university. The program is comprised of general education courses, general industrial technology subjects common to most manufacturing industries, and elective courses providing an area of emphasis in one of three specialties: pulp & paper, plastics, or computer-assisted manufacturing (CAM).

Program description:
This program prepares students to enter the workforce after graduation to aid engineers with the design, development, testing, and manufacturing of industrial machinery and consumer products. Students will use 2D and 3D CAD (computer-aided design and drafting) software as a design, drafting, and presentation tool in the workforce.

Program description:
This degree program is for students desiring employment in the field of mechanical or industrial engineering technology. Graduates may qualify for positions such as machine, tool, and product designer; industrial laboratory technician; inspector; production control technician; sales, field, or safety technician; CAD operator; and other related positions. Students can choose from either the machine tool concentration or the design concentration and must complete all concentration requirements to earn the degree. Graduates also have the option of transferring to four-year institutions offering the bachelor's degree in mechanical technology.

Program description:
This program provides students with an introduction to the principles, materials, and equipment of mechanical technology. Courses include topics in manufacturing, physics, materials, electronics, thermal dynamics, and related subjects. Upon completion, students will have earned a strong credential for entry-level positions in mechanical design, with potential for advancement.

Program description:
This broad-based program prepares students to pursue a wide variety of career positions, including engineering design, product development, laboratory testing, technical sales, technician, and manufacturing. Additionally, it includes hands-on application courses, such as robotics, machining, CNC programming, CADD, and hydraulics and pneumatics.

Program description:
This program prepares students for a wide array of technical positions in manufacturing. They learn about computer-aided design, conventional and CNC machining techniques, and advanced manufacturing methods and processes.

Program description:
Students in this program learn to interpret engineering drawings, design parts, analyze designs, construct parts through 3D printing and CNC technology, and learn other aspects of the manufacturing process. A state-of-the-art CAD lab and fully equipped mechanical laboratory (mechanical and computerized) enables students to combine both the theoretical and practical aspects of designing and manufacturing a product.

Program description:
This AAS degree represents a blend of applied design theory with the most recent innovations in computer-aided design (CAD), rapid prototyping, computer numerical control, and traditional industrial practices. Initial courses focus on topics common to all technical fields, including mathematics, engineering graphics, machine tools, and basic electricity.

Program description:
Students will study a combination of electrical and mechanical topics and have an opportunity to complete an internship to reinforce classroom concepts with real world applications. Among the classes students take are electricity, robotics, automation and controls, mechanical technology, hydraulics and pneumatics, and introduction to networking. Graduates will be prepared for direct employment for technician roles in the manufacturing industry or transfer to a 4-year BT program in a compatible field upon completion of this degree.

Program description:
The Mechatronics Certificate Program prepares graduates to enter the workforce in a wide range of industries with the skills necessary to work on electro-mechanical systems. System-level analysis, control systems, troubleshooting techniques, and repair of electrical and mechanical devices is emphasized with a focus on hands-on laboratory experiences that complement classroom-based instruction.

Program description:
This certificate program prepares students for employment as production technicians in manufacturing locations throughout the Buffalo-Niagara region. It is a two-semester program, comprised of 25 credit hours of training and development. Graduates pursue pathways for achieving associate or baccalaureate degrees in mechanical engineering, electrical engineering, and industrial technology.

Program description:
This two-year program gives students hands-on learning that focuses on developing technical skills needed to support installation, maintenance, repair, calibration and troubleshooting of control circuitry and machine-to-machine networks. The program is one of only a few across the region that offers this training.

Program description:
Mechatronics is an interdisciplinary field that combines elements of engineering, machining, information technology, robotics, and electronics. It synergizes these diverse fields to keep production lines, manufacturing floors, and industry processes working smoothly. Graduates of this program will be prepared to operate and maintain electro-mechanical systems found in automated or robotically controlled environments.

Program description:
This program prepares graduates for entry-level positions that involve the operation and maintenance of electro-mechanical systems commonly found in automated manufacturing environments. Graduates are prepared to work in the operations, installation, and maintenance of automated and robotically controlled systems.

Program description:
This two-year AAS degree interweaves electrical, mechanical, and computer engineering technology with applications in automated industrial processes and robotics. Mechatronics technicians and engineers design and maintain automated equipment and work toward the same goal of producing safe and efficient automated equipment. While technicians primarily maintain machinery, engineers are more concerned with the design and development of components and products. Graduates design, adapt, and troubleshoot electro-mechanical systems that are controlled by programmable digital devices.

Program description:
This BS degree interweaves electrical, mechanical, and computer engineering technology with applications in automated industrial processes and robotics. Mechatronics technicians and engineers design and maintain automated equipment and work toward the same goal of producing safe and efficient automated equipment. While technicians primarily maintain machinery, engineers are more concerned with the design and development of components and products. Graduates design, adapt, and troubleshoot electro-mechanical systems that are controlled by programmable digital devices.

Program description:
The Mechatronics Technology Bachelor of Science degree integrates mechanical engineering, computer science and electronics into one program. The multidisciplinary program allows students to integrate mechanical, electrical, software, and controls into practice through applied problem-solving strategies. Mechatronics impacts the production of smartphones, automobiles and the assembly and distribution of consumer appliances. A broad spectrum of employment opportunities allows graduates to pursue jobs seeking Mechanical, Electrical, Computer, Telecommunications, Systems, and Control Engineers.

Program description:
With this BTech degree, students build on the foundation from the Mechatronics Design associate degree program with experience in welding, machining, pneumatics and hydraulics, sheet metal work, advanced design, and advanced work with programmable logic controllers.

Program description:
This program offers an academically rigorous preparation for students intending to pursue scientific, technical, or professional careers in nanotechnology-enabled fields or graduate studies in nanoscale engineering or nanoscale science. It also prepares students for careers in other physical sciences or interdisciplinary sciences such as materials science, physics, biophysics, chemistry, or biochemistry.

Program description:
This program prepares graduates for employment in the semiconductor and superconductor industries in manufacturing, research or development fields while providing a solid foundation in material and physical sciences, mathematics, and electronics.

Program description:
This program features a cutting-edge, interdisciplinary, and truly innovative instructional portfolio centered on scholarly excellence. It is an academically rigorous preparation for students intending to pursue scientific, technical, or professional careers in nanotechnology-enabled fields or graduate studies in nanoscale engineering or nanoscale science. It also prepares students for careers in other physical sciences or interdisciplinary sciences such as materials science, physics, biophysics, chemistry, or biochemistry.

Program description:
Through this program, students study electronic device and circuit behavior, basic chemistry and fabrication techniques used to create micron and submicron scale structures. Techniques covered include reactive ion etching, metallization, thick and thin film deposition, and photolithography. Graduates enter the job market prepared for employment in electronic/semiconductor fabrication, biotechnology/biomimetics, and materials design and testing.

Program description:
Through this certificate program, students learn the most current optical fabrication techniques.

Program description:
This program prepares students for careers in the semiconductor manufacturing industry. It requires a solid foundation in mathematics and physical sciences, as well as technical knowledge and good problem-solving and teamwork skills. Graduates secure employment as manufacturing and process technicians, maintenance and installation/facility support technicians, and quality control and metrology technicians.

Program description:
This certificate provides students with highly specialized training in semiconductor and nanotechnology, digital electronics, electro-mechanical devices, semiconductor manufacturing and the nanofabrication processes. The program is primarily designed for those who wish to enter the workforce in entry-level roles such as semiconductor processors and nanotechnology technicians.