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Robotics Engineering Technology - BS

The Robotics Engineering Technology bachelor’s degree program provides a broad based foundation in current and evolving areas of robotics and mechatronics engineering technology.  The program focuses on the technology dynamics of the industry in robotic and mechatronic systems and applications.

Our immersive, lab-based approach integrates technology and engineering applications with contemporary developments in the field.

Under the guidance of faculty who combine strong theory with real-world experience, you will learn to:

  • Apply a knowledge of mathematics,  science, engineering and technology, to  engineering technology problems to perform analysis to achieve desired results.
  • Apply an understanding of engineering technology processes to analyze problems, formulate solutions, conduct simulations and experiments and interpret results.
  • Apply written, oral, and graphical communication in technical environments and have an ability to use appropriate technical literature in the engineering technology field.
  • Use the techniques, skills, and modern tools necessary to complete projects and analyze and interpret data to formulate solutions to engineering technology problems.
  • Integrate knowledge, tools, and problem solving skills to implement the testing of solutions to engineering problems.

Through our experiential education options, you’ll have the opportunity to gain work experience at a variety of industry partnership sites.

The Robotics Engineering Technology bachelor’s degree program has the following educational objectives:

  1. Produce graduates who are actively engaged in robotic engineering technology in national and international industries.
  2. Produce robotics engineering technology graduates with the necessary background and technical skills to work professionally in specialization areas such as robotic automation, manufacturing automation, and robotics research and development.
  3. Prepare graduates who excel at working in individual or team environments, achieving personal and professional success.
  4. Prepare graduates who understand the importance of lifelong learning.

Robotics Engineering Technology

A four-year program leading to the bachelor of science degree.

Major Courses
ENGN1001Digital Logic Design I4.5
ENGN2002Digital Logic Design II4.5
ENGN2003Circuit Theory I4.5
ENGN2004Circuit Theory I Lab1
ENGN2005Circuit Theory II4.5
ENGN2006Circuit Theory II Lab1
ENGN2010Industrial Electronics4.5
ENGN2011Industrial Electronics Lab1
ENGN2025Applied Mechanics I: Statics4.5
ENGN2032Industrial Robotics4.5
ENGN2035Programmable Logic Controllers4.5
ENGN2045Computer Vision4.5
ENGN2062Artificial Intelligence4.5
ENGN2075Microcontrollers I4.5
ENGN2080Microcontrollers II4.5
ENGN3010Mechatronics I4.5
ENGN3015Mechatronics II4.5
ENGN3025Applied Mechanics II: Dynamics4.5
ENGN3051Introduction to Process Control4.5
ENGN3053Strength of Materials4.5
ENGN3075Applied Fluid Mechanics4.5
ENGN4075Robotics & Automation I4.5
ENGN4080Robotics & Automation II4.5
MATH2040Calculus II4.5
Related Professional Studies
CAD1025Parametric Modeling4.5
CAR0010Career Capstone1
CSIS1020Fundamentals of C Programming4.5
CSIS2050Advanced Programming Concepts4.5
FIT1025Engineering Tools for Problem Solving2
PRMG2010Introduction to Project Management4.5
Experiential Education Electives
Choose 9 credits from the following: *9
Technical Solutions Team I
Technical Solutions Team II
Technology Internship
Directed Work Experience
A&S Core Experience
Communications Foundation Courses 13.5
English Composition
Advanced Composition and Communication
Communication Skills
Integrative Learning 9
Integrative Learning Humanities/Social Sciences
Integrative Learning Senior Level
Arts and Humanities 9
Ethics of Business Leadership
One course from ART, HIST, HUM, LIT, or REL
Precalculus (or higher, based on student's placement)
Calculus I
General Physics I
   and General Physics I Laboratory
Social Sciences 9
Two courses from different disciplines: ECON, LEAD, PSCI, PSYC, SOC
A&S Electives9
Two courses with an EASC attribute, at least one at 3000 level or higher.
Total Credits196.5

Students not meeting the requirements for experiential education may take courses with CAD, CSIS, ENGN, FIT, ITEC, or PRMG with 2000-4999 designations that are not part of program requirements, or Free Electives with Dept. Chair approval.

NOTE: Students must pass MATH0010 Basic Mathematics or have equivalent placement scores to enroll in required math course(s).

Students who graduate with a bachelor of science degree must leave Johnson & Wales University with effective writing skills. These writing skills will be assessed at the completion of ENG1021 Advanced Composition and Communication

Study Abroad programs may satisfy a variety of history, sociology, English and other elective requirements. Visit Study Abroad for details.

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Program Offered At:

  • Providence

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