Major Minor

B.S.

Major in Robotics and Mechatronics Engineering

Design robotic systems • Sharpen engineering skills • Make a difference

Connect with our admissions team

Solve advanced problems.

Robotics and mechatronics are interdisciplinary fields that expertly combine mechanical and electrical engineering, as well as computer science. At JBU, you'll gain the knowledge and hands-on experience you need to make your impact on these ever-growing industries. 

Start your application

Get hands-on experience

You'll gain hands-on experience from courses such as electronics and embedded systems and gain a deep understanding of configuration space and rigid-body motion in robotics. 

Enjoy fantastic facilities & equipment

The Balzer Technology Center houses over 40,000 square feet for classroom, lab and fabrication areas. Students have access to a laser cutter, a new mill, a carbon fiber 3D printer and more.

Get technical skills

At JBU, you will gain a strong background in robotics, machine design, 3D computer-aided drafting and computational modeling.

What to expect as a robotics and mechatronics engineering student

""

Understand design

Engineering students begin learning design in their first year and culminate in a senior capstone project with a real-world situation. 

""

Apply for prestigious internships

Our students regularly take summer internships at top companies like NASA, Texas Instruments and Lockheed Martin. Our faculty help connect and guide you to great opportunities.

""

Expand your degree

You'll be able to expand your robotics and mechatronics degree with one of our many minors, such as artificial intelligence, game design or renewable energy. 

Not sure which degree to choose? 

Learn more about our other engineering and computer science programs.

Key robotics and mechatronics courses

Embedded Systems

An introduction to the design of embedded systems including their hardware and software architectures, design methodologies and tools, and communication protocols. 

Linear Signals and Systems

This course provides a systematic introduction to continuous-time signals and systems with a focus on linear, time-invariant systems. The course begins by developing the necessary mathematical machinery to describe and analyze continuous-time signals. Systems are then considered including their description using standard models, their properties, and how they respond to various input signals. The course culminates with a study of the Fourier transform and how Fourier techniques can be used to describe and analyze signals and systems in terms of frequency. These topics are widely applicable across many engineering disciplines. Applications include the analysis of vibrations in mechanical systems (e.g., jet engines) and the analysis of electrical signals (e.g., in communications). 

Robotics

This course provides an introductory survey of fundamental topics for robotic mechanisms including mechanics, planning, and other selected topics. The course begins with an overview of configuration space and rigid-body motion. These topics provide the necessary mathematical framework for what follows: forward kinematics (how joint positions determine end-effector position and orientation), velocity kinematics and statics, and inverse kinematics (determining joint positions to achieve the desired end-effector configuration). The course concludes with selected topics based on student interest which may include kinematics of closed chains, dynamics of open chains, trajectory generation, motion planning, robot control, grasping and manipulation, and/or wheeled mobile robots. 

Machine Design

Practical application of kinematics, materials mechanics, and mechanical processes to the design of machines and machine elements. Static and dynamic load analysis, stress analysis, material selection, and failure analysis are explored.

Sign up for personalized information and deadline reminders

Loading...

The future you starts here.

Equip yourself for a successful career and a life of purpose.

)}}