Manufacturing Career Cluster
Program of Study: Advanced Manufacturing
8057V Manufacturing Engineering I (one credit fall semester) Grades: 11-12
8058V Manufacturing Engineering II (one credit spring semester) Grades: 11-12
Prerequisite: Principles of Applied Engineering OR Principles of Manufacturing AND Algebra II (or concurrent enrollment in Algebra II)
Students will develop skills in Automation and Mechatronics Engineering utilizing innovative computer simulations and hands-on training stations to apply learned skills in hydraulics, pneumatics, mechanical fabrication, thermodynamics, electrical control and Programmable Logic Controllers (PLC's) in a real world environment. Students will also be introduced to Fanuc controllers in Robotics and Computer Numerical Controls (CNC).
Manufacturing Engineering I & II are advanced courses for the Manufacturing career cluster.
Manufacturing Engineering II is an FHSPE third math credit option. This course can be taken for elective credit only by students who have earned credit for another course identified as an FHSPE third math credit option.
8059V Practicum in Manufacturing Engineering (two credits)
Prerequisite: Manufacturing Engineering I & II
will create solutions in Automation and Manufacturing by mastering the Tabletop
Mechatronics station, Fanuc Robotic Arm and Fanuc Computer Numerical Control
(CNC). Turn CAD drawings into 3D models using the 3D printer. Apply previously
studied manufacturing knowledge to a real world and simulated manufacturing
Practicum is an advanced course for the Manufacturing career cluster.
What is Manufacturing Engineering?
Manufacturing Engineering can broadly be defined as the branch of Engineering that focuses on the set up, continuous improvement, and operations of the manufacturing process.
A sample of their daily job tasks may include but are not limited to:
Discover and Implement the most efficient technologies to use in manufacturing
Planning and design of processes
Continuous quality control improvement
Maintain/Manage the manufacturing environment
Oversee operations of plant or manufacturing unit.
What kind of careers can Manufacturing Engineering lead too?
This course prepares you with hands-on learning and skills to better understand the manufacturing process. Future Engineers and Machine Technicians alike will benefit from the course curriculum that focuses on Mechatronics and Mechatronics Engineering. Career paths for this discipline will vary on your level of knowledge and ability, but one might work in:
What will we learn in class?
We will learn using a computer module based form of instruction accompanied with hands on trainers. We use Amatrol curriculum and equipment to focus around Mechatronics. Topics include:
Hydraulics (oil controlled cylinders, valves, pumps, fittings)
Pneumatics (air controlled cylinders, valves, regulators)
Mechanical Fabrication (fasteners, tooling)
Mechanical Drives (gear, belt, drives, soft foot etc)
Metrology (precise measurement)
Thermal Science (refrigeration concepts, thermal expansion)
AC/DC Electrical Systems
Electrical Control systems (and, nor, nand, nor logic)
Computer Control Systems (PLC control)
Mechatronics (Tying everything together in one system)
Practicum in Manufacturing students can return to continue in
FANUC CNC turning center control (Certification available)
FANUC CNC machining center control (Certification available)
FANUC Robotic Arm control (Certification available in Handling Pro)
Certification in Autodesk software is also available for both 1st and 2nd year students depending on incoming skill level
See additional resources below:
What Do Manufacturing Engineers Do?
O*net Online – Manufacturing Engineers Statistical Data
What Can I Do With My Manufacturing Engineering Technology Major?
Indeed - Learn About Being a Manufacturing Engineer