USC MS Industrial and Systems Engineering Guide 2026

USC Viterbi MSISE Program Overview

The Master of Science in Industrial and Systems Engineering (MSISE) at the University of Southern California’s Daniel J. Epstein Department represents one of the most established industrial engineering graduate programs on the West Coast. Housed within the prestigious Viterbi School of Engineering, the program prepares students to become technical leaders who design, implement, and optimize complex systems spanning manufacturing, supply chains, information technology, and business operations. The curriculum blends quantitative rigor with practical engineering management skills, producing graduates who can bridge the gap between technical execution and strategic decision-making.

What makes USC’s MSISE particularly compelling is its location in Los Angeles — the second largest city in the United States — which provides unparalleled access to diverse industries including technology, entertainment, healthcare, aerospace, and international trade. Students benefit from proximity to major employers while studying under world-renowned faculty who are members of the National Academy of Engineering, hold patents for innovative computer-based technologies, and collaborate with the National Science Foundation. The program’s flexibility accommodates both full-time students seeking accelerated completion and working professionals pursuing part-time study.

The Epstein Department offers the MSISE alongside several related master’s programs including Analytics, Engineering Management, Health Systems Management Engineering, Operations Research Engineering, and Product Development Engineering. This breadth of offerings within a single department creates a rich academic ecosystem where students can cross-pollinate ideas and develop versatile skill sets. For students comparing West Coast engineering programs, the USC Viterbi Online Engineering programs and UCLA MS Engineering Management offer valuable comparison points.

Curriculum Structure and Required Courses

The MSISE requires a minimum of 28 units, with at least 20 units completed within the Epstein Department of Industrial and Systems Engineering. Of the total 28 units, 20 must be at the 500 level or above, ensuring that students engage primarily with graduate-level material while allowing some flexibility for foundational 400-level courses where beneficial. The three required core courses together comprise 12 units and establish the essential competencies that every industrial and systems engineer must master.

ISE 513 (Inventory Systems) provides the theoretical and practical foundation for managing inventory across complex supply chains, covering economic order quantity models, safety stock optimization, multi-echelon inventory systems, and modern just-in-time approaches. ISE 514 (Advanced Production Planning and Scheduling) develops expertise in the analytical methods used to plan and schedule production operations in manufacturing and service environments, including mathematical programming approaches, heuristic methods, and real-time scheduling algorithms. ISE 515 (Engineering Project Management) equips students with the tools and frameworks for leading complex engineering projects from inception to completion.

Beyond the core, students select one course each from three elective groups plus one advisor-approved elective, bringing the total to 28 units. This structured yet flexible design ensures that graduates develop depth in quantitative techniques, quality management, and engineering management while maintaining the ability to tailor their education to specific career interests. The prerequisite structure assumes entering students have bachelor’s-level preparation in Engineering Probability, Statistics, and Economy, though students admitted with deficiencies are assigned additional coursework to close these gaps.

Elective Groups and Specialization Options

The MSISE elective structure organizes courses into three thematic groups, each representing a critical dimension of industrial and systems engineering practice. Group A (Quantitative Techniques) includes courses in optimization methods, linear programming, Markov models, stochastic simulation, and performance analysis with simulation. These courses develop the mathematical toolkit that distinguishes industrial engineers from general managers, enabling graduates to formulate and solve complex optimization problems that arise in production, logistics, and resource allocation.

Group B (Quality and Operations) covers Lean Operations, Design of Experiments, Quality Management for Engineers, and Enterprise Wide Information Systems. These courses address the operational excellence dimension of industrial engineering, teaching students how to eliminate waste, improve process reliability, implement statistical quality control, and leverage enterprise systems for operational visibility. In today’s manufacturing and service environments, these competencies are essential for maintaining competitive advantage and meeting increasingly stringent quality standards.

Group C (Engineering Management) offers courses in Economic Analysis for Engineering Projects, Decision Analysis, Performance Analysis, and Human Factors in Engineering. This group develops the leadership and strategic thinking capabilities needed to advance from technical roles into management positions. According to the Bureau of Labor Statistics, industrial engineering is projected to grow 12% through 2032, faster than the average for all occupations, reflecting the increasing demand for professionals who can optimize complex systems. The additional advisor-approved elective provides further customization, potentially drawing from other Viterbi departments or even the Marshall School of Business.

MSISE/MBA Dual Degree with Marshall School

One of the most distinctive features of USC’s MSISE program is the joint MSISE/MBA dual degree offered in collaboration with the Marshall School of Business. This 68-unit program combines 20 units of engineering coursework with 48 units of MBA core and elective courses, producing graduates uniquely qualified to lead at the intersection of technology and business. The dual degree is specifically designed for professionals who aspire to become managerial leaders within technically oriented companies, where both engineering expertise and business acumen are essential for success.

The engineering component of the dual degree includes the three required MSISE courses (ISE 513, 514, and 515) plus two additional courses from Groups A, B, or C, and four units of advisor-approved engineering electives. The business component covers all MBA core courses plus electives, providing comprehensive training in finance, marketing, strategy, organizational behavior, and entrepreneurship. Applicants must satisfy admission criteria for both the ISE Department and the Graduate School of Business Administration, ensuring that dual-degree students demonstrate both technical capability and business potential.

The MSISE/MBA dual degree positions graduates for senior leadership roles that require the ability to understand both the technical details of engineering operations and the strategic context of business decisions. In industries such as technology, aerospace, healthcare, and consulting, this combination is increasingly valued by employers seeking leaders who can translate between engineering teams and executive suites. The efficiency of the dual-degree format — requiring fewer total units than pursuing each degree separately — makes it an attractive option for ambitious students willing to invest in a more intensive program. For students interested in comparing MBA-engineering combinations, the Kellogg Full-Time MBA offers another perspective on blending management with technical education.

Admission Requirements and Application Process

Admission to the USC MSISE is competitive and evaluated holistically by faculty reviewers who consider academic preparation, GPA, standardized test scores, work experience, statements of purpose, and letters of recommendation. The primary prerequisite is a bachelor’s degree in Industrial Engineering or an equivalent field, with specific coursework in Engineering Probability, Engineering Statistics, and Engineering Economy. Students admitted without all prerequisites are assigned additional coursework to address deficiencies, allowing talented candidates from adjacent disciplines to enter the program while ensuring adequate preparation for graduate-level material.

Required application materials include GRE scores, a Statement of Purpose, three letters of recommendation, official transcripts, and — for international students — TOEFL scores and a Financial Statement. Applications are submitted online through the USC Graduate Admissions portal and reviewed jointly by the university admissions office and the Viterbi Graduate Admissions Office. Conditional admission may be granted when applicants demonstrate strength in most areas but show deficiency in one; conditions typically must be satisfied during the first semester of enrollment.

The program also offers a Limited Status enrollment option for students who wish to take courses without formal admission to a degree program. Up to 12 units taken under Limited Status may later be applied toward the master’s degree if the student is subsequently admitted. Additionally, the Progressive Degree Option (PDP) allows qualified USC undergraduates to begin their MSISE coursework during their final undergraduate year, requiring only 20 units to complete the master’s degree — a significant advantage for students who plan their academic trajectory early. The USC Graduate Admissions website provides the most current application deadlines and requirements.

Tuition, Financial Aid, and Funding Options

While specific tuition rates are published in the USC Catalogue and updated annually, USC’s graduate engineering tuition is among the highest for private universities in the United States. However, the program’s strong career outcomes and the earning potential of ISE graduates typically justify this investment. Students should consult the USC Bursar’s office for current tuition rates and factor in additional costs for living in Los Angeles, course materials, and health insurance when calculating total program costs.

Financial support is available at three institutional levels. At the university level, The Graduate School administers fellowships that provide the most generous funding packages. At the school level, the Viterbi School of Engineering Dean and Director of Graduate Studies review admissions information to identify candidates for school-specific awards. At the department level, the Epstein Department offers a limited number of Grader and Course Producer positions to highly qualified graduate students, which provide both income and valuable teaching experience. Applications for these positions are submitted through the myViterbi portal.

Graduate School and Viterbi School financial aid is primarily awarded to American citizens, though international students can access external funding sources. The National Science Foundation publishes fellowship opportunity lists, and the Institute of International Education offers resources for foreign nationals seeking funding for US study. Many ISE students supplement their funding through summer internships, which are frequently available in the Los Angeles area — particularly to international students after completing nine months of US residency. The combination of institutional aid, external scholarships, and internship income makes the MSISE financially accessible for a wide range of qualified students.

Career Outcomes and Industry Connections

The USC MSISE prepares graduates for a diverse array of careers at the intersection of engineering, technology, and management. Graduates lead the design and implementation of information systems that control supply chains, production equipment, and business operations. They manage technology workers in design firms, manufacturers, and service organizations spanning hospitals, airlines, and financial institutions. The program’s emphasis on both quantitative techniques and engineering management creates professionals who are equally comfortable building optimization models and presenting strategic recommendations to executive teams.

USC’s location in Los Angeles provides an extraordinary advantage for career development. The city hosts headquarters and major operations of companies across technology, entertainment, aerospace, healthcare, biotechnology, and international logistics — creating an unusually diverse job market for industrial engineering graduates. Many students secure internships during their studies, building professional networks and practical experience that accelerate post-graduation job searches. The USC Trojan network, one of the most powerful alumni networks in the world, provides additional career support that extends well beyond graduation.

Specific career paths for MSISE graduates include supply chain management, operations consulting, data analytics, manufacturing systems design, quality engineering, project management, and technology management. The dual MSISE/MBA graduates are particularly well-positioned for general management roles in technology companies, consulting firms, and startups. As industries increasingly rely on data-driven decision-making and operational optimization, the demand for professionals with industrial and systems engineering expertise continues to grow, making the MSISE a strong investment in long-term career potential.

Faculty Research and Academic Excellence

The Epstein Department’s faculty are described as top-ranked, world-renowned researchers and experienced engineers who bring both academic rigor and practical relevance to the classroom. Faculty members include prestigious members of the National Academy of Engineering, the highest professional distinction for engineers in the United States. Their research spans software development, control systems, engineering management, optimization, simulation, and human factors — covering the full spectrum of industrial and systems engineering disciplines.

Research collaborations with the National Science Foundation, the Integrated Media Systems Center (based at USC), and private companies ensure that faculty are working at the frontier of their fields. These collaborations also create opportunities for graduate students to participate in funded research projects, gaining hands-on experience with cutting-edge problems. Faculty patents for innovative computer-based technologies demonstrate the department’s commitment to not only advancing knowledge but also translating research into practical applications that benefit industry and society.

The quality of faculty research directly benefits MSISE students through course content that reflects the latest developments in the field, thesis and directed research opportunities for students interested in deeper investigation of specific topics, and professional networking connections that facilitate career placement. Students can pursue up to 8 units of directed research (ISE 590) as part of their degree, working one-on-one with faculty on problems at the forefront of industrial engineering. This combination of research excellence and teaching commitment makes the Epstein Department a leading destination for industrial engineering graduate education.

Student Organizations and Campus Life

The Epstein Department supports four student organizations that enrich the graduate experience beyond the classroom. The Student Chapter of the Institute of Industrial Engineers (IIE) connects students with the broader professional community of industrial engineers, providing networking events, professional development workshops, and reduced-rate student memberships. Alpha Pi Mu, the industrial engineering honors society, recognizes outstanding academic achievement by invitation, adding a prestigious credential to graduates’ resumes.

The Engineering Management Student Association (EMSA), established in 2012, specifically focuses on increasing interaction between industry professionals, alumni, current students, and professors. This organization is free to all USC students and provides a platform for career exploration and professional networking. Omega Rho, the operations research honors society, recognizes academic excellence in the quantitative dimensions of industrial engineering. Together, these four organizations create a supportive community that helps students navigate the challenges of graduate study while building the professional relationships that drive career success.

Beyond departmental organizations, USC’s broader campus community offers hundreds of student groups, cultural events, athletic competitions, and social activities. The university’s central location in Los Angeles provides easy access to world-class cultural institutions, entertainment venues, outdoor recreation, and a diverse food scene. Graduate students in the Viterbi School also benefit from school-wide events, career fairs, and networking opportunities that connect them with employers and alumni across all engineering disciplines.

How to Apply to USC MSISE

Prospective students should begin the application process by visiting the USC Graduate Admissions portal at gradadm.usc.edu and selecting the Viterbi School of Engineering programs. Applications require GRE scores, official transcripts, a Statement of Purpose, three letters of recommendation, and TOEFL scores for international applicants. The Statement of Purpose should clearly articulate the applicant’s academic interests, career goals, and reasons for choosing USC’s MSISE program over alternatives.

Applicants are evaluated holistically, with faculty reviewers considering the complete profile rather than relying on any single metric. Strong candidates typically demonstrate solid academic preparation in quantitative disciplines, relevant work or research experience, clear career goals aligned with the program’s strengths, and strong communication skills. Conditional admission is available for candidates who show exceptional strength in most areas but have a specific deficiency, providing a pathway for talented individuals from non-traditional backgrounds.

For questions about the program, curriculum, or admissions, prospective students can contact the Epstein Department directly at isedept@usc.edu or (213) 740-4893. The department is located at 3715 McClintock Ave, GER 240, Los Angeles, CA 90089-0193. Campus visits and information sessions are recommended for applicants who want to experience the USC environment firsthand and connect with current students and faculty. Early application is advised, as admission is competitive and financial aid considerations may favor earlier applicants.