Santa Clara University - School of Engineering

Master of Science in Robotics and Automation

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Know More about the SCU Engineering Master of Science in Robotics and Automation Program

Santa Clara Universitys Master of Science in Robotics and Automation provides advanced training in AI, control systems, and autonomous technologies. Located in Silicon Valley, the program emphasizes hands-on learning, research, and industry collaboration. Graduates are prepared for careers in robotics, industrial automation, autonomous vehicles, and AI-driven engineering solutions. ..... Read More

Duration

24 Months

How does the Class Profile of SCU Engineering's Master of Science in Robotics and Automation Program look like?

Class Size

25

Average Age

25.8

Average Work Experience

2.7

Want to See Who You'll Be Learning With?

Explore detailed class demographics, academic backgrounds, and industry experiences that define your future classmates.

Where do graduates of SCU Engineering's Master of Science in Robotics and Automation program land? Discover More!

Median Earnings after Graduation

USD 95,000/- year

Graduation Rate

90.00 %

Recruiters

Boston Dynamics iRobot ABB Robotics KUKA Robotics Fanuc NVIDIA Tesla Google DeepMind OpenAI Amazon Robotics Apple Intel Labs Autodesk Rockwell Automation Blue River Technology

Multiple Prospective Job Roles such as

Robotics Engineer Automation Engineer Control Systems Engineer Mechatronics Engineer AI Engineer (Robotics) Machine Vision Engineer Industrial Automation Specialist Autonomous Vehicle Engineer Embedded Systems Engineer Robot Software Developer Path Planning Engineer Automation Consultant Sensor Integration Engineer Robot Kinematics Specialist HMI Developer Industrial Robotics Technician Simulation Engineer Field Robotics Engineer SLAM Engineer Collaborative Robot Engineer

Eligibility Criteria for SCU Engineering's Master of Science in Robotics and Automation in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 43416/- PER YEAR

Application Fee

USD 95/-

Scholarship Opportunities upto

USD 3.5 Million

What makes SCU Engineering's
Master of Science in Robotics and Automation Different!

Industry-Integrated Research and Development with Silicon Valley Partners

The program’s Robotic Systems Laboratory (RSL) serves as a hub for collaborative projects with leading organizations like NASA, National Science Foundation (NSF), and Megachips Corporation, providing students with unparalleled access to real-world challenges. For example, students contribute to developing deep-sea instruments for NSF-funded expeditions, design AI-driven control algorithms for agricultural robots, and prototype satellite systems for space missions. These partnerships are further reinforced through capstone projects and industry-sponsored R&D opportunities, where students address problems posed by Silicon Valley firms such as autonomous vehicle navigation or precision manufacturing workflows. This direct engagement ensures graduates possess not only theoretical knowledge but also firsthand experience in translating research into commercial solutions.

Unique Hands-On Residency with Diverse Robotic Platforms

Unlike conventional programs, Santa Clara offers a short-term residency option where students operate specialized robotic systems, including underwater exploration robots, aerial drones, and satellite control interfaces. This hands-on component is facilitated by the RSL’s state-of-the-art facilities, which simulate environments ranging from oceanic depths to extraterrestrial terrains. For instance, students gain proficiency in teleoperating underwater robots for environmental monitoring or programming autonomous land rovers for agricultural tasks. Such immersive experiences are rare in academic settings and prepare graduates to deploy robotics solutions across unconventional domains.

Interdisciplinary Curriculum with Ethical and Societal Frameworks

The program integrates ethics, law, and social impact into its technical core, requiring courses like Engineering and Society and Technology Ethics to address challenges such as AI bias, workforce automation, and privacy concerns in smart systems. Electives span six engineering departments, allowing students to combine robotics with bioengineering, computer science, or sustainable energy studies. For example, a student might develop a medical robot using biomaterial insights or design a solar-powered drone for ecological surveys. This interdisciplinary approach ensures graduates can navigate the societal implications of their work while innovating responsibly.

Stackable Credentials and Co-Curricular Badging System

Santa Clara’s Online Certificate in Robotics and Automation (16 units) allows professionals to upskill part-time and later apply credits toward the full M.S. degree, creating a seamless pathway for career advancement. Additionally, the program’s co-curricular badging system enables students to earn digital credentials in niche areas like machine vision programming, ROS (Robot Operating System), or autonomous system design, which are showcased in an electronic portfolio. These badges provide tangible proof of expertise to employers, differentiating Santa Clara graduates in competitive job markets.

Focus on Emerging Applications in Niche Industries

The program offers elective tracks tailored to high-growth sectors such as agricultural robotics, aerospace systems, and advanced manufacturing, addressing needs often overlooked by broader robotics programs. For instance, courses like Autonomous Mobile Robots and Industrial Internet of Things (IIoT) train students to optimize supply chains using automated fulfillment systems or deploy drones for precision farming. Such specialisation aligns with Silicon Valley’s demand for engineers who can innovate in targeted industries, from healthcare automation to sustainable energy infrastructure.

Connect with SCU Engineering’s
current graduate students in one click...

Want the Inside Scoop from Students?

Discover real experiences, day-in-the-life stories, and tips from students currently enrolled in the program.

Master of Science in Robotics and Automation's Global Alumni

Wondering Where This Program Can Take You?

See the impact through successful alumni—where they’re working, what they’re doing, and how this program helped shape their journey.

Upcoming SCU Engineering Events

We will be back Soon with Upcoming Events

On Demand Events

img-blur-shadow

Augmented Reality for Cultural Heritage: The Ohlone AR Tour at Santa Clara University

Bridging History, Technology, and Career Paths: An Immersive Exploration of Ohlone Culture and Alumni Insights on Navigating the U.S. Job Market""
Register to access the video

Know More about the SCU Engineering Master of Science in Robotics and Automation Program

Santa Clara Universitys Master of Science in Robotics and Automation provides advanced training in AI, control systems, and autonomous technologies. Located in Silicon Valley, the program emphasizes hands-on learning, research, and industry collaboration. Graduates are prepared for careers in robotics, industrial automation, autonomous vehicles, and AI-driven engineering solutions. ..... Read More

Duration

24 Months

How does the Class Profile of SCU Engineering's Master of Science in Robotics and Automation Program look like?

Class Size Monish

25

Average Age

25.8

Average Work Experience

2.7

Want to See Who You'll Be Learning With?

Explore detailed class demographics, academic backgrounds, and industry experiences that define your future classmates.

Where do graduates of SCU Engineering's Master of Science in Robotics and Automation program land? Discover More!

Median Earnings after Graduation

USD 95,000/- year

Graduation Rate

90.00 %

Recruiters

Boston Dynamics iRobot ABB Robotics KUKA Robotics Fanuc NVIDIA Tesla Google DeepMind OpenAI Amazon Robotics Apple Intel Labs Autodesk Rockwell Automation Blue River Technology

Multiple Prospective Job Roles such as

Robotics Engineer Automation Engineer Control Systems Engineer Mechatronics Engineer AI Engineer (Robotics) Machine Vision Engineer Industrial Automation Specialist Autonomous Vehicle Engineer Embedded Systems Engineer Robot Software Developer Path Planning Engineer Automation Consultant Sensor Integration Engineer Robot Kinematics Specialist HMI Developer Industrial Robotics Technician Simulation Engineer Field Robotics Engineer SLAM Engineer Collaborative Robot Engineer

Eligibility Criteria for SCU Engineering's Master of Science in Robotics and Automation in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 43416/- PER YEAR

Application Fee

USD 95/-

Scholarship Opportunities upto

USD 3.5 Million

What makes SCU Engineering's
Master of Science in Robotics and Automation Different!

Industry-Integrated Research and Development with Silicon Valley Partners

The program’s Robotic Systems Laboratory (RSL) serves as a hub for collaborative projects with leading organizations like NASA, National Science Foundation (NSF), and Megachips Corporation, providing students with unparalleled access to real-world challenges. For example, students contribute to developing deep-sea instruments for NSF-funded expeditions, design AI-driven control algorithms for agricultural robots, and prototype satellite systems for space missions. These partnerships are further reinforced through capstone projects and industry-sponsored R&D opportunities, where students address problems posed by Silicon Valley firms such as autonomous vehicle navigation or precision manufacturing workflows. This direct engagement ensures graduates possess not only theoretical knowledge but also firsthand experience in translating research into commercial solutions.

Unique Hands-On Residency with Diverse Robotic Platforms

Unlike conventional programs, Santa Clara offers a short-term residency option where students operate specialized robotic systems, including underwater exploration robots, aerial drones, and satellite control interfaces. This hands-on component is facilitated by the RSL’s state-of-the-art facilities, which simulate environments ranging from oceanic depths to extraterrestrial terrains. For instance, students gain proficiency in teleoperating underwater robots for environmental monitoring or programming autonomous land rovers for agricultural tasks. Such immersive experiences are rare in academic settings and prepare graduates to deploy robotics solutions across unconventional domains.

Interdisciplinary Curriculum with Ethical and Societal Frameworks

The program integrates ethics, law, and social impact into its technical core, requiring courses like Engineering and Society and Technology Ethics to address challenges such as AI bias, workforce automation, and privacy concerns in smart systems. Electives span six engineering departments, allowing students to combine robotics with bioengineering, computer science, or sustainable energy studies. For example, a student might develop a medical robot using biomaterial insights or design a solar-powered drone for ecological surveys. This interdisciplinary approach ensures graduates can navigate the societal implications of their work while innovating responsibly.

Stackable Credentials and Co-Curricular Badging System

Santa Clara’s Online Certificate in Robotics and Automation (16 units) allows professionals to upskill part-time and later apply credits toward the full M.S. degree, creating a seamless pathway for career advancement. Additionally, the program’s co-curricular badging system enables students to earn digital credentials in niche areas like machine vision programming, ROS (Robot Operating System), or autonomous system design, which are showcased in an electronic portfolio. These badges provide tangible proof of expertise to employers, differentiating Santa Clara graduates in competitive job markets.

Focus on Emerging Applications in Niche Industries

The program offers elective tracks tailored to high-growth sectors such as agricultural robotics, aerospace systems, and advanced manufacturing, addressing needs often overlooked by broader robotics programs. For instance, courses like Autonomous Mobile Robots and Industrial Internet of Things (IIoT) train students to optimize supply chains using automated fulfillment systems or deploy drones for precision farming. Such specialisation aligns with Silicon Valley’s demand for engineers who can innovate in targeted industries, from healthcare automation to sustainable energy infrastructure.

Master of Science in Robotics and Automation's Current Students

Want the Inside Scoop from Students?

Discover real experiences, day-in-the-life stories, and tips from students currently enrolled in the program.

Master of Science in Robotics and Automation's Global Alumni

Wondering Where This Program Can Take You?

See the impact through successful alumni—where they’re working, what they’re doing, and how this program helped shape their journey.

Upcoming SCU Engineering Events

We will be back Soon with Upcoming Events

On Demand Events

img-blur-shadow

Augmented Reality for Cultural Heritage: The Ohlone AR Tour at Santa Clara University

Bridging History, Technology, and Career Paths: An Immersive Exploration of Ohlone Culture and Alumni Insights on Navigating the U.S. Job Market""
Register to access the video

Explore other SCU Engineering programs

Master of Science in Aerospace Engineering (MSAE)

Duration
24 MONTHS
Know More

Master of Science in Applied Mathematics

Duration
24 MONTHS
Know More

Master of Science in Bioengineering

Duration
24 MONTHS
Know More

Master of Science in Civil Engineering

Duration
24 MONTHS
Know More

Master of Science in Computer Science and Engineering

Duration
24 MONTHS
Know More

Master of Science in Electrical and Computer Engineering

Duration
24 MONTHS
Know More

Master of Science in Engineering Management and Leadership

Duration
24 MONTHS
Know More

Master of Science in Mechanical Engineering

Duration
24 MONTHS
Know More

Master of Science in Power Systems and Sustainable Energy

Duration
24 MONTHS
Know More
View All

Frequently Asked Questions

Get all your questions answered about Master of Science in Robotics and Automation by SCU Engineering

The program includes courses in autonomous systems, robotic kinematics and dynamics, control systems, machine vision, AI for robotics, and human-robot interaction, providing a well-rounded foundation for modern robotics.
Applicants typically need a bachelor’s in engineering, computer science, or a related field, along with transcripts, letters of recommendation, a statement of purpose, and optionally GRE scores.
Yes, students have access to dedicated robotics labs equipped with robotic arms, drones, automation systems, and simulation tools to develop and test real-world projects.
Graduates often work in roles such as robotics engineer, automation specialist, mechatronics engineer, or AI developer in industries like manufacturing, automotive, healthcare, and aerospace.
Yes, this is a STEM-designated program, which qualifies international students for extended OPT benefits after graduation.

Contact us

For any queries, please feel free to reach out to us!

email
Email

scu.eweatherhead@case.edu

call
Phone

+ 216.368.2030