Pathfinder Tech
Advanced Manufacturing
SKILLS ACQUIRED AT EACH GRADE LEVEL
Grade 9
- General Shop Safety & proper conduct in a shop setting
- Osha and ‘Right to Know’
- Work holding fundamentals
- Fundamentals of Manual Machining (Lathe and Milling)
- Introduction to Surface Grinding
- Fundamentals of blueprint reading & interpretation of technical drawings
- Introduction to Metrology (Measurement and Inspection)
Grade 10
- General Shop Safety & proper conduct in a shop setting
- Osha & ‘Right to Know’
- Intermediate Manual Machining (Lathe, Milling, Grinding)
- Fundamentals of Proto Trak CNC (Milling & Turning)
- Fundamentals of Solid Modeling & Annotation (Solidworks)
- Fundamentals of CAM Operation (Master Cam and SmartCam)
- Intermediate blueprint reading & interpreting technical drawings
- Intermediate Metrology (Measurement and Inspection)
- Fundamentals of CMM operation
Grade 11
- General Shop Safety & proper conduct in a shop setting
- Advanced Proto Trak CNC (Milling & Turning)
- Fundamentals of G-Code CNC Programming (Lathe & Milling)
- Fundamentals of CNC Milling set-up & operation
- Fundamentals of CNC Turning set-up & operation
- Intermediate Solid Modeling & annotation (Solidworks)
- Intermediate CAM operation (Master Cam, SmartCam)
- Intermediate CMM operation
Grade 12
- General Shop Safety & proper conduct in a shop setting
- Osha & ‘Right to Know’
- Advanced CNC Programming (Lathe & Milling)
- Advanced CNC Milling set-up & operation
- Intermediate CNC Turning set-up & operation
- Intermediate to Advanced Solid Modeling & annotation (Solidworks)
- Intermediate to Advanced CAM operation (Master Cam and SmartCam)
- Fundamentals of GD&T (Geometric Dimensioning & Tolerancing)
- Intermediate to Advanced CMM operation
Advanced Manufacturing
A machinist’s main job function is to set-up and operate machine tools that remove material to shape metal and other materials into precision parts. The principle goal of the Advanced Manufacturing program at Pathfinder is to provide the resources that students need to stimulate their motor skills and mental capabilities. These abilities are developed in the student by providing instruction and experiences in designing, modeling, CNC set-up and programming, troubleshooting, observing, analyzing outcomes, investigating problems and machining precision parts. The transition from manual machining to CNC/CAM manufacturing processes is based on each individual’s ability and competencies. Individual instruction is the hallmark of this program: therefore, each student has the potential to be a productive machinist upon graduation.
NOTEWORTHY PROJECTS
- Community projects
- Senior class projects
- Annual model Car Race and Show
- Collaboration with Academic and other Technical Programs
OPPORTUNITIES FOR INDUSTRY RECOGNIZED CREDENTIALS
- OSHA 10hr Basic Industry Certification
- MACWIC Levels 1&2
THIS PROGRAM RELIES HEAVILY ON THE FOLLOWING ACADEMIC SKILLS and/or DISCIPLINES
- Geometry
- Trigonometry
- Physics
- Chemistry
- Technical Reading and Writing
POSSIBLE CAREER OPPORTUNITIES UPON COMPLETION OF PROGRAM
Upon graduation:
- Apprentice Machinist
- CNC Operator
- Manual Milling and Turning operator
- Assembler
- Quality Control Inspector
- Machine Tool Maintenance
- Deburring Technician
After completion of 1-2 years of post-secondary technical training (apprenticeship, certificate program or associate’s degree):
- CNC Programmer
- Tool and Die Maker
- Mold Maker
- CNC Lathe and Milling Machinist
- Cutter Grinder
- Finnish Grinder
- Engineering Technician
- Quality Control Technician
After completion of Advanced degree (4 year college degree or higher)
- Mechanical Design Engineer
- Manufacturing Engineer
- Machine Shop Supervisor
- Tool Applications Engineer
- Machine Shop Owner
- Quality Control Manager
- Purchasing Manager
- Materials Manager
- Software Engineer
