Systems engineering requires a strong base knowledge in advanced mathematics, science, and physics in addition to computer courses and technical training. Other course topics will include design and modeling concepts, systems design, operations research, analytics, dynamic systems, probability, and engineering management. Business and communications courses develop necessary networking and presentation skills for engineers to communicate systems solutions to organizations and clients. Hands on learning lab courses develop technical skills with computer design systems, three dimensional modeling systems, and graphics technologies that will be used to create systems mockups and design presentations. Management courses develop leadership skills needed to oversee various teams of engineers and designers to ensure the development of systems follow schedule and meet client requirements while staying on time for deliverables and meeting budgetary restrictions. Evaluation skills will also be develop to analyze final plans or design concepts to avoid any project issues before development begins.

Upon graduation from accredited systems engineering schools, graduates are eligible for careers as mission directors, network analysts, project chiefs, systems architects, and integration managers. Many employment opportunities require four-year degrees as well as systems engineering certifications. Many accredited systems engineering schools provide training for certification exams, which can lead to more employment opportunities and higher earning potential. According to the Bureau of Labor Statistics, jobs for systems architects and systems engineers are expected to grow by 53% through 2018. This is significantly faster than the expected rate of growth for all occupations.

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