M.S. in Intelligent Systems Engineering
Design intelligent, adaptive systems that power real-world change with this two-year engineering program designed from the ground up with artificial intelligence at the center.
What you'll learn
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Graduates will be ready to thrive in high-demand careers or pursue Ph.D. studies, equipped with the skills to develop intelligent technologies, analyze complex data, and innovate in areas like health diagnostics, sensor design, and more.
Turning ideas into innovative intelligence
This program will equip you with expertise in computational engineering and artificial intelligence to design systems that gather, interpret, and apply data. You'll work on everything from smart sensors to advanced health diagnostics, data systems, and beyond.
Program details for M.S. in Intelligfent Systems Engineering
Admission requirements
The Luddy graduate admission committees will consider students who have a three- or four-year bachelor's degree. Applicants should have a minimum of a 3.0 (B) or higher GPA.
Degree Requirements
Degree requirements are listed in the Luddy academic bulletin. To review your specific requirements, choose the bulletin that represents the year you started, or plan to start, your program.
Curriculum
The M.S. program blends advanced coursework in computational engineering and AI with hands-on experience in designing intelligent systems that collect, interpret, and act on data.
The M.S. program offers flexibility to shape your degree around your goals and interests through specialized tracks. Select from four paradigms, each offering a distinct path through the 30-credit-hour program:
- Coursework: Complete all coursework to gain a strong foundation in the field.
- Internship: Combine coursework with up to 6 credits of industry internships for hands-on experience.
- Project:Pair coursework with a 6-credit capstone project, perfect for exploring a big idea.
- Research:Focus on coursework and 6 to 9 credits of research, ideal for those considering a Ph.D.
Tracks
Blend life sciences, computing, and engineering to solve real-world challenges in health, biology, and the environment—powered by IU Bloomington’s strengths in tech-driven bioengineering.
Tailor your path with a concentration that covers everything from big data and deep learning to high-performance systems and custom hardware and software solutions.
From robotics to smart homes, explore smart systems that sense and respond to the physical world by combining embedded devices with high-level software and real-world interaction.
Use biology, chemistry, and tech to address environmental challenges like pollution, climate change, and sustainability through hands-on research and innovation.
Design at the atomic level by combining materials science, nanotech, and computing to build responsive systems for medicine, energy, and advanced sensing.
Bridge brain and tech by studying the nervous system to develop smart devices, brain-computer interfaces, and machines that enhance cognition and healing.
Paying for a Luddy education
Explore tuition estimates, financial aid options, and ways to make your Luddy degree more affordable.
Start a career at Luddy
$100,550Average starting salary
100%of graduates reported full-time employment or graduate school admissions
With expertise in AI, data systems, and computational engineering, alumni are well-positioned for roles such as machine learning engineer, systems architect, data scientist, robotics engineer, and biomedical systems designer. Industries like healthcare, automotive, finance, energy, and tech are actively seeking professionals who can design smart systems and harness data for strategic decision-making.
Luddy’s career services team and faculty mentors help connect you with internships, job fairs, and biotech and healthcare leaders.
A few companies that have hired M.S. Intelligent Systyems Engineering graduates at Luddy:
Naval Surface Warfare Center (Crane), Goldman Sachs, Northrop Grunman Corportation, Medpace
What are the career possibilities with an intelligent systems engineering major?
AI Engineer, Software Development Engineer, Machine Learning Engineer, Systems Engineer and more.
The Luddy Student Experience
Real Research. Real Experience.
Discover Luddy Research
At Luddy and across IU, students and faculty tackle bold research in areas like bioinformatics, computational biology, security, and privacy.
Through the Undergraduate Research Opportunities in Computing program, computer science majors can gain hands-on experience, work closely with faculty or Ph.D. mentors, and build skills that open doors in tech and research careers.
Scholarships and Financial Aid
Explore our Financial Help
Attending the Luddy School of Informatics, Computing, and Engineering is more affordable than you think. With federal financial aid, you can reduce the cost of earning your M.S. in Intelligent Systems Engineering at IU.
Advising and Student Resources
Find Extra Help
Whether you’re an Intelligent Systems Engineering major or still exploring your options, Luddy School advisors are here to help you navigate degree requirements, seize academic opportunities, and tailor your journey to fit your goals.