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The swift progress in information technology has led to an enormous surge in data production in recent times. This data originates from diverse channels including digital transactions, mobile apps, sensor networks, video surveillance, and social platforms, reaching massive scales of terabytes or petabytes. Organizations now have significant potential to extract valuable operational and strategic insights through systematic data collection, processing, and examination.
Program Educational Objectives 1. Utilize analytical techniques to enhance decision-making and effective communication of insights. 2. Design and construct database systems aligned with business needs while mastering query languages. 3. Comprehend the complete machine learning pipeline along with fundamental supervised and unsupervised algorithms. 4. Participate in data acquisition, refinement, and governance processes. 5. Articulate confidently about implementing machine learning solutions for practical business challenges. 6. Acquire foundational competencies to adapt to emerging technologies. 7. Investigate the psychological and structural aspects of workplace ethics, applying ethical frameworks to future choices. 8. Select suitable probability models for representing real-world scenarios. 9. Employ Bayesian computational methods to evaluate plausible data generation models. 10. Present analytical findings through clear language and impactful visual representations. 11. Implement machine learning approaches for data examination. 12. Identify business scenarios where management science methodologies are applicable. 13. Cultivate abilities for information collection, model development, and outcome interpretation to support decisions. 14. Differentiate among modeling approaches (optimization, decision analysis, simulation) based on data characteristics and analytical requirements, understanding each method's constraints and suitability. 15. Evaluate challenges and convey implementable solutions using case information and specialized software. 16. Investigate how analytics influences corporate strategy formulation. 17. Develop expertise in machine learning methods for processing unorganized data. 18. Create and execute causal analysis frameworks for critical business choices. 19. Address actual business issues using analytical modeling and computational tools.