BINGHAMTON UNIVERSITY, USA

Mechanical engineers (ME) design and analyze manufacturing plants, industrial equipment and machinery, heating and cooling systems, motor vehicles, aircraft, watercraft, robotics, medical devices and more. The WatsonSchool Mechanical Engineering 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.

2+2+1 BS/MS Program

For students who excel in the mechanical engineering program, it's recommended that they enroll in the Mechanical Engineering 4+1 BS/MS Program to complete both their bachelor's and master's in just five years.

The Watson Career and Alumni Connections office provides tailored tools and guidance to transform students’ Engineering background into a career they are passionate about. Graduates go on to find employment in:

• Aerospace engineering
• Architectural design
• Automotive engineering
• City planning
• Energy (fossil fuels, renewable)

Electrical engineering is one of the broadest and largest engineering disciplines. This program develops electrical engineers work in the areas of design, analysis and application of electrical / electronic components,circuits and systems and also focuses on the analysis, design and application of information processing systems such as communication systems, medical imaging and military sensors.

• Electrical engineering degree students can land a job in a variety of industries.
• Many electrical engineers work in areas focused on the analysis, design and application of electronic and electrical components, circuits and systems.
• Students can find the work of electrical engineers in cars, computers and power plants.
• Students who graduate from the electrical engineering program can also pursue their masters or PhD in electrical engineering or
  other engineering disciplines.

Computer engineering provides students with high-level skills in mathematics, science and engineering. Computer engineers serve as a bridge between electrical engineering and computer science, focusing primarily on the design of computers. The scope of products and systems containing computer technology is ever-expanding, ranging from small, embedded computers in consumer electronics, appliances and automobiles to complex, computer-based systems controlling power generation, manufacturing and telecommunications systems. The role of the computer engineer includes design, analysis and implementation of computing technology as well as its integration into devices and systems that use computers.

Students go on to work in many industries, including in the aerospace, automobile, computer, defense, electronics, information technology, consulting and telecommunications fields.

Others pursue advanced degrees in computer engineering, computerscience, electrical engineering or other engineering disciplines.

Electrical engineering degree students can land a job in a variety of industries. Many electrical engineers work in areas focused on the analysis, design and application of electronic and electrical components, circuits and systems. You can find the work of electrical engineers in cars, computers and power plants.

Students who graduate from the electrical engineering program can also to pursue their masters or PhD in electrical engineering or other engineering disciplines.