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This dual degree program focuses on electronic systems, computer systems, and communication systems while expanding students' knowledge in fields that complement their engineering expertise. High-tech industries and research facilities, particularly in robotics, data analytics, cybersecurity, and telecommunications, increasingly seek engineers with project management capabilities, software development skills, and specialized engineering knowledge.
Program learning objectives
Show mastery of fundamental natural and physical sciences along with deep expertise in computer systems engineering specialties.
Analyze critically and employ proven engineering approaches and research techniques to solve complex computer systems challenges.
Utilize structured engineering design processes to execute and oversee computer systems projects with considerable autonomy.
Exhibit comprehensive understanding of mathematical, statistical, and computational foundations supporting the engineering field while skillfully applying computer systems methodologies and tools.
Communicate effectively both verbally and in writing for professional and general audiences.
Maintain a global perspective and awareness of factors influencing computer systems engineering, including cultural diversity and indigenous competencies.
Function effectively as both team member and leader in engineering initiatives, adhering to ethical standards, sustainability principles, and professional responsibilities.
Take ownership of continuous learning, exercise professional judgment, and understand the boundaries, ethics, and responsibilities of modern engineering practice.