CIP Code #48.0501 Standard Occupational Classifications 2015 Pennsylvania High Priority Occupations 51-4111.00 Tool and Die Makers 51-4081.00 Multiple Machine Tool Setters, Operators, and Tenders, Metal and Plastic 51-4033.00 Grinding, Lapping, Polishing, and Buffing Machine Tool Setters, Operators, and Tenders, Metal and Plastic 51-4194.00 Tool Grinders, Filers, and Sharpeners 51-4012.00 Numerical Tool and Process Control Programmers 51-4012.00 Numerical Tool and Process Control Programmers 51-4011.00 Computer-Controlled Machine Tool Operators, Metal and Plastic 51-4041.00 Machinists 17-2141 Mechanical Engineers 3 51-4011 Computer-Controlled Machine Tool Operators, Metal & Plastic 3 51-4012 Computer Numerical Tool & Process Control Programmers 3 51-4041 Machinists 3 51-4081 Multiple Machine Tool Operators, Metal & Plastic 3 51-9061 Inspectors, Testers, Sorters, Samplers and Weighters 3 Student Certifications ECTS Program Participant or Completer Pennsylvania Skills Certificate National Institute of Metalworking Skills (NIMS) Certifications- Machining Level I: 1. Measurement, Materials and Safety 2. Job Planning, Bench Work, and Layout 3. Manual Milling 4. Manual Turning Between Centers 5. Manual Turning with Chucking 6. Manual Surface Grinding 7. Manual Drill Press Operations 8. CNC Turning: Programming Setup & Operations 9. CNC Milling: Programming Setup & Operations 10. CNC Turning: Operator 11. CNC Milling: Operator OSHA 10-Hour General Industry Certification WIN Certification (Gold/Platinum) Key: 1 Statewide HPO 2 Regional HPO 3 Both Statewide and Regional HPO For more information, go to: http://online.onetcenter.org/find/family?f=17&g=go
Course Prerequisites Expected Characteristics and Traits for Success Students considering the field of Precision Machining will be entering an environment of rapidly changing technology. Electronics, computerization, robotics and automation are the driving force in today's work environment. This course is designed to prepare a student with a variety of skills for entry level employment. Students can aspire to a wide variety of career opportunities. Students entering this program should possess the following traits: Have an excellent attendance record- the industry standard is 95%. Be safety conscious and aware of the surrounding area. Have good mathematics skills- should have taken Algebra I and earned a C or better. Be physically fit and able to remain on their feet for long periods. Have good hand/eye coordination. Possess good communication skills, both verbal and written. Be a self-starter and able to stay on long tasks from written and verbal instructions. Ability to read- technical material is used often. Grade 9 reading skill or better Have the ability to work as both part of a team, and independently. Be detail-oriented. Materials/Supplies Provided by the Student: Full grain, steel toe leather work boots with non-slip sole. (Or Similar) (Or Similar) *Sneakers, flip flops etc are not allowed on the shop floor!
A professional appearance is expected. T shirts / Polo shirts etc are O.K Long heavy cotton / denim pants that are not baggy or torn. Scientific calculator: TI-30X (Approx. $14.00) Casio (Approx. $12.00) Our school most commonly uses the TI-30X but you may use any brand. You are usually NOT allowed to use Cell Phone calculators during tests. (1) one inch three ring binder with pockets and 100 sheets of college ruled paper (12) #2 pencils and (4) pens in a variety of colors
Planned Courses Content Area Course Title Course Course Hours Number 00 Safety and Career Pathways Machine Shop Knowledge and Safety Practices PMT101 45 NIMS Measurement Materials and Safety PMT104 15 Leadership PFS109 PFS110 Machine Shop Knowledge and Safety Concepts PMT201 30 NIMS Lathe and Grinding Concepts PMT202 45 NIMS Milling and Drilling Concepts PMT203 45 Business Principles PFS209 PFS211 Career Pathways in Machining I PMT302 30 Career Pathways in Machining II PMT303 45 NIMS Projects and Credentials Preparation PMT304 45 Total Quality Principles PFS309 PFS310 10 Benchwork & Special Processes NIMS Bench work and Layout PMT111 15 Layout and Preparatory Procedures PMT113 30 Heat Treatment of Metals and Processes PMT211 30 20 CNC Lathe and Mill Applications CNC Mill & Lathe I PMT121 15 CNC Mill & Lathe II PMT122 45 CNC Mill & Lathe III PMT123 15 CNC Mill & Lathe IV PMT124 30 CNC Practical Applications I PMT125 45 CNC Practical Applications II PMT126 30 Applied CNC Practices PMT222 30 NIMS CNC Mill PMT224 45 Intermediate CNC Lathe PMT225 30 Applied CNC Machine Practices I PMT321 30 Applied CNC Machine Practices II PMT322 45 Applied CNC Machine Practices III PMT323 30 30 Design Concepts in Machining Multipart Design and Assembly I PMT332 45 Multipart Design and Assembly II PMT333 45 Fixture and Electrode Design Concepts PMT334 30 40 Manual Operations Turning and Lathe Tooling PMT141 30 Milling and Associated Tooling PMT142 45
50 Precision Grinding Precision Surface Grinding PMT251 30 60 Blueprints & Design Introductory Blueprint Reading PMT161 15 Blueprint Reading and CNC Practices PMT261 45 Intermediate Blueprint Reading PMT262 30 Lean Production Concepts and Control PMT361 15 70 Mathematics Math: Fractions and Decimals PMT171 15 Math: Ratios, Proportions and Percentages PMT172 15 Linear Measurement Methods and Applications PMT173 15 Math: Fundamentals of Algebra PMT174 15 Math: Fundamentals of Plane Geometry PMT271 15 Math: Geometric Figures, Areas and Volumes PMT272 15 Math: Trigonometry for Machining PMT273 15 Math: Compound Angles PMT274 15 Math: Numeration and Coordinate Systems PMT371 15 Math: Algebraic Formulas, Equations & Operations PMT372 15 Math: Trigonometric Functions & Applications PMT373 15 Machine Time Study PMT374 30 Mathematics Review PMT375 15 80 Programming Machine Tool Programming I PMT281 30 Machine Tool Programming II PMT282 45 G-Code/M-Code Programming PMT283 30 90 EDM RAM EDM PMT393 30