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Engineering Technologies & Robotics

Engineering Technology & Robotics

In this program, you are introduced to the engineering design process, where you will use sketching, technical drawing, and basic modeling to brainstorm and plan creative solutions to real-world problems. You will explore various engineering fields including mechanics, material science, electricity, and fluid dynamics to analyze and build mechanical and electrical systems. You will learn how to program, operate, and maintain industrial robots and PLC systems.

A person with dark hair wearing a dark shirt focuses intently on soldering at a desk.

Career Expectations

  • Sit and work at a computer for long periods of time
  • Study/read blueprints/sketches/plans
  • Understand/use materials specified in blueprints/plans
  • Install/calibrate/operate robotic systems and equipment
  • Troubleshoot issues including mechanical failures/maintenance issues
  • Integrate robotics with peripheral equipment (controllers/3D printers)
  • Record/write information accurately (time/materials used/data)
  • Understand/use continuous improvement manufacturing processes
  • Research feasibility/design/operation of robotic equipment
  • Communicate effectively with employees/co-workers/managers/customers/end-users
  • Continue education to advance and stay current with emerging technology
A person uses a handheld device to program a robotic arm in an industrial workspace.

Ohio Department of Education & Workforce Development Courses

Year 1

  • Engineering Design
  • Engineering Principles 

Year 2

  • Automation Technologies
  • Industrial Robotics 

 

View complete course guide here

Next Ready Skills

At Great Oaks, you’ll do more than learn a trade; you’ll master NextReady skills like clear communication and problem-solving that help you get hired. You will get a head start on building a professional reputation for being dependable, adaptable, and technically skilled before you even graduate

Effective Communicators

Express thoughts clearly, describe processes, explain solutions and participate actively in a collaborative environment.

Critical Thinkers

Read blueprints, use math and physics to fix real-world problems, program robot movement, and confidently explain the engineering choices behind your designs.

Adapt­able Navigators

Stay up to date on shifting automation trends, adjust quickly to changes in project scope, be responsive to issues as they arise, taking into account input from others.

Account­able Employees

Take ownership of design decisions, promote collaboration across engineering pathways, maintain highly organized, professional workspaces, and prioritize safety.

Skilled Professionals

Focus on high attention to detail, master industry software, obtain/maintain industry credentials to compete in this high-demand field.

Bottom Line: If you are a natural tinkerer who loves technology, enjoys designing and building, and wants to engineer the future, Engineering Technologies & Robotics may be right for you.

Contact the Instructors

Peter Leeper

Scarlet Oaks