

The Master of Science in Systems Engineering is a two year full time program designed for students seeking advanced knowledge in designing, analyzing, and managing complex engineering systems. The curriculum integrates systems modeling, optimization, risk analysis, project management, and decision support to provide a comprehensive foundation for addressing challenges in industrial and technological environments. Through this program, students develop systems analysis skills, optimization and modeling expertise, risk management abilities, and project management competencies, preparing them to design efficient systems, improve operational processes, and drive technological innovation in a variety of industries.
This on campus program provides a collaborative and applied learning environment where lectures, workshops, case studies, and hands on projects offer practical experience in systems engineering. Students refine systems integration techniques, data driven decision making, process improvement skills, and complex problem solving abilities through team projects, simulations, and applied research. Graduates are prepared to work in manufacturing, logistics, aerospace, consulting, and technology driven organizations, equipping them to lead engineering projects, implement optimized solutions, enhance operational efficiency, and contribute to the development of innovative, reliable, and sustainable systems.
Semester 1 – Foundations in Systems Engineering
• Introduction to Systems Engineering
• Systems Modeling and Simulation
• Optimization Techniques
• Research Methods and Project Management
Semester 2 – Applied Systems Analysis
• Risk Assessment and Management
• Decision Support Systems
• Seminar in Systems Integration
• Applied Systems Engineering Project
Semester 3 – Advanced Systems Design and Evaluation
• Advanced Modeling and Simulation Techniques
• Process Improvement and Quality Management
• Research Project in Systems Engineering
• Elective Modules in Industrial or Systems Engineering
Semester 4 – Capstone and Professional Practice
• Independent Research / Thesis
• Systems Design and Implementation
• Leadership and Project Management Seminar
• Professional Development Portfolio
Graduates of this program are prepared for careers in systems engineering, project management, industrial optimization, and technology consulting. Career paths include systems engineer, process improvement specialist, project manager, operations analyst, and technology consultant. Graduates are equipped to design, analyze, and optimize complex systems, implement strategic engineering solutions, manage projects effectively, and improve operational efficiency. The program also prepares learners for leadership and advisory roles, enabling them to influence system design, technology adoption, and process optimization across diverse industrial and technological sectors.
Students choose this program because it combines advanced systems engineering knowledge, optimization and modeling skills, applied project experience, and leadership development opportunities within a two year intensive framework. The curriculum emphasizes practical application, research driven approaches, and collaborative learning, allowing learners to develop analytical, managerial, and technical skills necessary for success in complex engineering environments. Graduates gain the knowledge, confidence, and competencies to pursue careers in systems design, industrial optimization, project management, and technology consulting while contributing meaningfully to innovation and operational excellence.
For further information, please contact the admissions office at:
Phone: +1 212 854 1754
Email: admissions@columbia.edu
Address: University of Columbia, Admissions Office, New York, NY, United States