Bachelor of Science in System Engineering

Students in system engineering bachelor's degree programs use engineering principles to assess a given industry and create models that improve functionality. Students engage in research that allows them to develop innovative methods of tackling problems and improving operations. Systems may include computer networking, building design, product assembly, transportation or health delivery. Along with general education classes, students in this field must typically complete specialized mathematics, computer and science courses. Topics of study could include:

• Engineering management
• Dynamic systems
• Design and modeling
• System design
• Physics and probability
• Operations research

Popular Career Options

System improvement can benefit virtually any industry, therefore graduates can work in a wide range of fields, including bio-medicine, telecommunications, transportation, information technology, manufacturing and government. Careers in systems engineering might involve research, training, testing and system cost planning. Job titles could include:

• Integration manager
• Mission director
• Network analyst
• System architect
• Project chief

Continuing Education

Graduates can focus on a variety of systems engineering specializations by enrolling in certificate programs in systems engineering management, systems architecture and power systems engineering. Some graduate certificate programs in systems engineering include coursework that can be applied toward advanced degrees. Those interested in expanding their career opportunities can pursue master's degrees in systems engineering. Master's degree programs explore advanced theories in system modeling and analysis, risk analysis and research methods.

Students seeking to earn a bachelor's degree in system engineering will often get hands-on experience while learning. Graduates may choose careers in a variety of fields doing research, testing or cost planning work.