In-person and online
Full time or part time
Three semesters
The M.S. in digital twin technology is a forward-focused engineering master’s program that prepares graduates to lead in advanced manufacturing, digital transformation and emerging technologies. The program emphasizes how creating digital modeling systems can optimize performance, accelerate growth, predict and mitigate risk, and navigate real-world implementation.
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The SMU program prepares students to be creative by providing a solid background in fundamentals of science and engineering without compromising the practical aspects of mechanical engineering. Essential entrepreneurial know-how, interpersonal skills and an understanding of the importance of lifelong learning complement the educational experience of SMU students. The program also stimulates professional and social leadership.
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graduate student-to-faculty ratio
of Lyle engineering students are women
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ME 5355/7355
Introduces digital twin modeling through simulation, artificial intelligence and real-time data integration, with hands-on development using Python and Unreal Engine for visualization, control and interactive system design.
ME 5356/7356
Focuses on applying digital twins in manufacturing, integrating materials, sensors and AI-driven simulation to enable intelligent design, process optimization and predictive system performance.
CEE 5374/7374
Explores digital twin applications in smart cities and urban infrastructure, integrating real-time sensing, simulation and AI-driven decision support to enhance system resilience, situational awareness and proactive urban management.
Grow as an engineer with collectives that promote leadership, innovation and entrepreneurship.
Get practical experience to develop industry skills, build a professional network and gain valuable insights. Internships can open doors to future opportunities and contribute to long-term career success.
Explore interests, develop leadership skills and connect with like-minded peers.
Apply your classroom knowledge to real-world issues while making a positive impact.
Research alongside renowned faculty on engineering and applied science projects funded by government agencies, foundations and private companies. SMU Lyle supports innovative new research through seed funding, bridging the gap between ideas and external funding. We combine our expertise and seek out collaborators to enable novel research with societal impact.
Our distinguished faculty members are industry leaders and subject matter experts, bringing real-world experience and industry insights to the classroom. SMU Lyle maintains small class sizes, allowing students to develop meaningful mentorships with their professors.
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SMU Lyle students have access to state-of-the-art facilities where they can conduct research, meet with industry leaders, and gain skills on new and established technologies.
The center combines research innovation and industry partnerships to explore how digital twins, AI, virtual reality and more will shape the future of manufacturing.
A co-venture of SMU Cox and SMU Lyle, the institute provides opportunities to create new products and processes for the marketplace, and business plans to determine how to take these products to the world.
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The M.S. in digital twin technology is a forward-focused engineering master’s program that prepares graduates to lead in advanced manufacturing, digital transformation and emerging technologies. They learn how digital twins enable real-time virtual modeling of physical systems, enhancing design, simulation, monitoring and optimization processes.
You can become a digital twin developer, systems engineer, data analyst or project manager, among other roles. Potential fields hiring a person with a master’s in digital twin technology include:
Very much so. The median annual wage for computer and information research scientists was $140,910 in May 2024.
Absolutely. Employment of computer and information research scientists, including those who design innovative uses for new and existing computing technology, is projected to grow 20% from 2024 to 2034, much faster than the average for all occupations.
McKinsey analysis indicates the global market for digital twin technology will grow about 60% annually over the next five years, reaching $73.5 billion by 2027.
Yes – SMU’s digital twin technology specialization sits inside the mechanical engineering M.S. program, and SMU requires applicants to hold a B.S. in mechanical engineering or a closely related discipline.
SMU’s Lyle School has launched a center dedicated to exploring how digital twins can transform manufacturing. Their work emphasizes:
SMU’s digital twin initiatives position the University as a leader in:
Their combination of AI supercomputing, VR environments and human-centric digital twins is particularly cutting-edge.
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