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This dual degree program expands students' comprehensive understanding in fields that complement their technical expertise. High-tech industries and research centers increasingly seek engineers with additional knowledge and professional capabilities in business management and finance. Course learning outcomes include: Demonstrate advanced comprehension of commerce principles along with fundamental natural and physical sciences, plus specialized expertise within both engineering and commerce fields; Employ systematic planning, synthesis, and design methodologies to conduct and oversee engineering or commerce projects with considerable autonomy; Apply critical thinking and established research methodologies to address complex challenges in engineering and commerce; Show conceptual grasp of mathematics, numerical analysis, statistics, computer science, and information technology that form the foundation of engineering and commerce disciplines, while proficiently using engineering techniques, tools, and resources alongside commerce research capabilities; Exhibit clear, organized verbal and written communication suitable for both professional and general audiences; Maintain global perspective and awareness of contextual influences affecting engineering and commerce fields, including cultural diversity appreciation and indigenous cultural understanding; Function effectively as both team member and leader to execute engineering or commerce initiatives following ethical standards, sustainable practices, and professional responsibility; Take ownership of continuous learning, exercise professional judgment, and understand current practice boundaries, principles, norms, and accountabilities in both engineering and commerce professions.