Inspire Solutions that Improve Modern Society with an
Industrial and Robotics Engineering Degree from Gannon University
Gannon’s industrial and robotics engineering program combines the fields of engineering and business to prepare you to drive technological
advancements in an increasingly global marketplace. Learn how working environments that integrate human-robot relationships can increase
efficiency, productivity and profitability for companies while ensuring a safer environment for employees. Join a team of professionals who
define the future of technology and create innovative products and process designs when you secure your career in the field.
- Earn a BS in industrial and robotics engineering
and an MS in mechanical engineering or
business administration in only five years.
Accredited by the Engineering
Accreditation Commission of ABET.- Expert program faculty enable an exceptional learning environment where you become a future professional in your field.
Learn to Lead the Way in Industrial and Robotics Engineering
- Program coursework integrates science, mathematics,
business and engineering methods and teaches you to
apply these to complex systems and processes.
- Acquire the knowledge and skills needed in a wide
variety of engineering, management and robotics
disciplines.
- Learn to work with project teams and serve as a liaison
between management and professionals.
Experience an Exceptional Learning Environment
Our industrial and robotics engineering laboratories and
facilities let you engage with faculty in advanced research
projects using cutting-edge technologies to assess and
improve product and process designs. These include:
- A surgical training robot that laparoscopic surgeons use
in training.
- Collaborative research robots that work alongside
humans.
- Additive manufacturing capabilities so you can generate
prototypes of your designs using 3D printing equipment.
Inspire Your Academic Success
Gain real-world knowledge through key industrial and
robotics engineering courses including:
Project Management: Perform industrial engineering
analyses and investigations in teams to form complex
activities into integral plans.
Supply Chain and Logistics Engineering: : Manage
supplier relationships and performance, and maintain
product quality, delivery and cost.
Ergonomics/Human Factors: Apply ergonomics principles
to new product design. Ensure companies’ ergonomic
policies minimize employee injury and discomfort.
Achieve the Possibilities
- Students experience internship opportunities as early
as their first year.
- Access to industry-standard technology prepares
graduates to achieve 100% job placement rate in
the field.
- Recent graduates have earned jobs at companies such
as Wabtec Corp., Industrial Sales and Manufacturing,
and the U.S. Army.
- Graduates are trained for various professional roles,
such as industrial engineer, project engineer and
manufacturing engineer.
- According to the Bureau of Labor Statistics, the median
annual wage of an industrial engineer is $87,040.