*SMT recommends a 50% cut score when using the Standard Timing Model mechanical skill assessment program in the hiring process. Participants in these classes had little to no previous manufacturing experience or training. Scientific Management Techniques, Inc. Pre Training & Post Training Mechanical Skill Assessment Scores SMT’s Manufacturing Skills Training Curriculum; 32 Classes, 664 Participants Data Represents the Average Pre & Post Percentile Scores per Class Average Pre-Test Score 16%, Average Post-Test Score 74%* Assessments Administered with SMT’s Standard Timing Model Assessment Machine Pre-Assessment Post-Assessment 2012 A 2012 B 2012 C 2012 D 2012 E 2012 F 2012 G 2012 H 2012 I 2012 J 2012 K 2012 L 2012 M 2012 N 2012 O 2013 A 2013 B 2013 C 2013 D 2013 E 2013 F 2013 G 2013 H 2013 I 2013 J 2013 K 2013 L 2013 M 2013 N 2013 O 2014 A 2014 B 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0%
Transcript
Scientific Management Techniques, Inc. Pre Training & Post Training Mechanical Skill Assessment Scores
SMT’s Manufacturing Skills Training Curriculum; 32 Classes, 664 Participants Data Represents the Average Pre & Post Percentile Scores per Class
Average Pre-Test Score 16%, Average Post-Test Score 74%* Assessments Administered with SMT’s Standard Timing Model Assessment Machine
*SMT recommends a 50% cut score when using the Standard Timing Model mechanical skill assessment program in the hiring process. Participants in these classes had little to no previous manufacturing experience or training.
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100%
Pre-Assessment Post-Assessment
Scientific Management Techniques, Inc. Pre Training & Post Training Mechanical Skill Assessment Scores
SMT’s Manufacturing Skills Training Curriculum; 32 Classes, 664 Participants Data Represents the Average Pre & Post Percentile Scores per Class
Average Pre-Test Score 16%, Average Post-Test Score 74%* Assessments Administered with SMT’s Standard Timing Model Assessment Machine
*SMT recommends a 50% cut score when using the Standard Timing Model mechanical skill assessment program in the hiring process. Participants in these classes had little to no previous manufacturing experience or training.
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Pre-Assessment Post-Assessment
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Pre Training & Post Training Mechanical Skill Assessment Scores Using The Standard Timing Model
32 Classes 664 Participants This Data Represents The Average Pre And Post Percentile Score Per Class
Average Pre-test Score 16%, Average Post-test Score 74%
Pre-Assessment Post-Assessment
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Pre Training & Post Training Mechanical Skill Assessment Scores Using The Standard Timing Model
32 Classes 664 Participants This Data Represents The Average Pre And Post Percentile Score Per Class
Average Pre-test Score 16%, Average Post-test Score 74%
Volume 6: Bearings & LubricationUnit 1: Principles of Bearing Operation, Components, BearingsUnit 2: Principles of Friction and Lubricants
Volume 7: Basic Mechanical Components IIUnit 1: Levers, Cranks, Linkages, and SpringsUnit 2: Types and Uses of Cams, Timing AdjustmentsUnit 3: Use of Elementary Timing Model in Timing Adjustments
Volume 8: Machine Adjustment Fundamentals Using The ATMUnit 1: Troubleshooting, Problem Solving, and Problem Identification
TechniquesUnit 2: Set Up Machine Standards Using the ATMUnit 3: Problem Solving on Multiple Systems Using the ATM
Volume 8-A: Basic Pneumatics & HydraulicsUnit 2A: Air Compression, Properties of AirUnit 2B: Basic Pneumatics, Compressors, and Air Pressure Gauges Unit 3A: Hydraulic Flow and Control
Volume 9: Electrical ComponentsUnit 1: Principles of Electricity, AC & DC CircuitsUnit 2: Basic Circuit Components, Switches, and RelaysUnit 3: Digital Multimeter, Basic MeasurementsUnit 4: Input and Output DevicesUnit 5: Electrical SchematicsUnit 6: Generators & TransformersUnit 7: DC MachinesUnit 8: Three-Phase AC & DC Motors
Volume 10: Pump BasicsUnit 1: Pumping Basics
Volume 11: Valve Operation & TypesUnit 1: Valve Operation and Type
Vol 11A: Basic Process ControlUnit 1: Introduction to Process Control Unit 2: Basic Definitions Unit 3: Pressure Unit 4: TemperatureUnit 5: LevelUnit 6: FlowUnit 7: Analytical instruments and TerminologyUnit 8: TransmittersUnit 9: ControllersUnit 10: Process Control and Control LoopsUnit 11: Control Schemes
Level Two – Advanced Mechanics Training ProgramVolume 12: Introduction to Industrial Maintenance
Volume 17: Advanced ElectricalUnit 1: CapacitorsUnit 2: InductorsUnit 3: Power in AC CircuitsUnit 4: Electrical Troubleshooting Using the ESTDUnit 5: Troubleshooting, AC MotorsUnit 6: Troubleshooting, DC Motors
Volume 19: Introduction to WeldingUnit 1: Welding SafetyUnit 2: Gas Welding, Cutting, and HeatingUnit 3: Introduction to Arc Welding, MIG - TIG
Volume 20: Machine Shop PracticesUnit 1: Machine Shop SafetyUnit 2: Hand Tools and Bench WorkUnit 3: Metal CuttingUnit 4: The LatheUnit 5: The Milling MachineUnit 6: The Drilling MachineUnit 7: The Grinding Machine
Volume 21: Advanced Machine Adjustment Fundamentals Using the PMSUnit 1: Troubleshooting, Problem Solving, and Problem Identification TechniquesUnit 2: Set Up Machine Standards Using The Packaging Machine
Simula torUnit 3: Problem Solving on Multiple Systems Using the Packaging
Machine Simulator
Volume 22: Ladder LogicUnit 1: Basic Ladder LogicUnit 2: Planning and I/O SymbolsUnit 3: Numbering Systems, Codes, and LogicUnit 4: Symbols and Ladder Logic BasicsUnit 5: Ladder Logic FormatUnit 6: Program FunctionsUnit 7: Program ExamplesUnit 8: Glossary of Terms
Volume 23: PLC Advanced ElectricalUnit 1: Introduction to the PLCUnit 2: PLC Programming and OperationUnit 3: Maintenance and Troubleshooting
