Knowledge & Skillsets | Testimonials | Course Descriptions | Learning Objectives
MSSC-M1 Safety | MSSC-M2 Quality | MSSC-M3 Manufacturing | MSSC-M4 Maintenance
Unit |
Core Content |
Subject |
Unit Description |
1 |
Learning Techniques | Introduction of learning and study techniques necessary for success in MSSC certification course |
|
2 |
Working in Manufacturing |
Types of manufacturing, benefits of manufacturing careers, and responsibilities of six (6) types of frontline manufacturing jobs |
|
3 |
The Impact of Manufacturing |
Importance of manufacturing on everyday lives and skills needed for success in high performance manufacturing |
|
4 |
Responding to Customer |
Methods of responding to customer expectations, systems used by high performance manufacturing to produce quality products, and advanced manufacturing techniques |
|
5 |
Best Practice Companies |
Case studies in best practice techniques used by successful U.S. companies to achieve high performance manufacturing |
|
6 |
Communication Skills |
Techniques for effective verbal communication, including giving/ receiving feedback and listening |
|
7 |
Production Group |
Communicate effectively with internal and external customers; communicate effectively with production team members |
|
8 |
Communication Strategies |
Techniques for effective written communication; use email and other written communication technologies |
|
9* |
MSSC-OS1 |
Production Teams |
Techniques for building successful frontline teams, consensus decision making, idea generation |
10* |
MSSC-OS2 |
Training and Leadership |
How to deliver effective training; prepare to train; evaluate training results; lead teams; conflict resolution |
11 |
Covered by MSSC-OS2 |
Meeting Customer Needs |
Types of customers and their importance, identification of internal and external customer needs |
12* |
MSSC-OS3 |
Introduction to Safety |
Agencies that regulate safety, internal safety groups, emergency procedures, perform a job safety analysis, workplace behavior, and safety inspections |
13~ |
MSSC-OS4 |
Personal Protective Equipment |
Types, applications and use of personal protective equipment for ears, eyes, body, face, hand, foot, and respiration |
14~ |
MSSC-OS5 |
Fire and Electrical Safety |
Fire and electrical safety guidelines, use of fire extinguishers, lockout / tagout procedure, basic first aid, and accident reporting |
15* |
MSSC-OS6 |
Work Area Safety |
Housekeeping safety, work area permits, ergonomics, platform and man lift safety |
16~ |
MSSC-OS7 |
Hazardous Material Safety |
Types of hazardous materials, Hazmat safety guidelines, Hazmat labeling systems, Material Safety Data Sheets, handling and storage procedures |
17~ |
MSSC-OS8 |
Tool and Machine Safety |
Safety guidelines for machine operation, hand tools, cutting tools, compressed air, portable power tools, guards; pneumatic lockout / tagout; use of ladders |
18~ |
MSSC-OS9 |
Material Handling Safety |
Safety guidelines for powered lift trucks, cranes, rigging, and equipment movement; use a hoist; select a sling; use a pry truck; use a lift truck |
** Additional Costs for Tools, Books and/or Supplies may apply.
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Unit |
Core Content |
Subject |
Unit Description |
19~ |
MSSC-OQ1 |
Introduction to Blueprint |
Reading multi-view drawings to visualize part shapes, identify features, and identify dimensions |
20~ |
MSSC-OQ2 |
Blueprint Reading 2 (Sectional |
Reading drawings to determine part hole sizes and locations, scales, title blocks, part section features, and fastener sizes |
21~ |
MSSC-OQ3 |
Blueprint Reading 3 |
Interpretation of part dimension tolerances, geometric dimensioning and tolerancing symbols and frames, and datums |
22~ |
MSSC-OQ4 |
Basic Measurement |
Interpret English and S.I. measurements; perform system conversion; use tape measures and rules; accuracy and repeatability |
23~ |
MSSC-OQ5 |
Precision Measurement Tools |
Making precision measurements using dial calipers, digital calipers, and micrometers |
24~ |
MSSC-OQ6 |
Dimensional Gauging |
Gaging parts using dial indicators, digital indicators, and data acquisition software; calibration of instruments; part mastering |
25* |
MSSC-OQ7 |
Quality Systems |
Quality system elements, definition of quality, ISO 9000 standard, types of quality management systems |
26 |
Covered by MSSC-OQ8 |
Quality Improvement |
Basic concepts of statistical process control: central tendency, control charts, histograms |
27~ |
MSSC-OQ8 |
Introduction to SPC |
Calculate mean, range, construct and analyze histograms, determine and interpret Cpk |
28~ |
MSSC-OQ9 |
Control Charts |
Types and applications of control charts; construct and analyze an X bar and R chart |
29~ |
MSSC-OQ10 |
Continuous Improvement - 1 |
Use of PDCA cycle; construct and analyze Pareto charts; use brainstorming and fishbone diagrams to solve production problems |
30 |
Covered by MSSC-OQ7 |
Continuous Improvement - 2 |
Role of production in quality, quality teams, methods of improving quality and benchmarking |
31 |
Covered by MSSC-OQ7 |
Quality Inspections |
Methods of quality inspection at different stages of manufacturing; develop a sampling plan; document and communicate inspection results |
32 |
Covered by MSSC-OQ7 |
Quality Audits |
Types of quality audits, Quality audit procedures, document quality audit results; develop an action plan and recommendation from a quality audit |
33 |
Covered by MSSC-OQ10 |
Preventive and Corrective |
Types of nonconformities and methods of detection; perform a root cause failure analysis; decide when / how to take preventive and corrective action |
34 |
Covered by MSSC-OQ10 |
Verification and |
Perform an effectiveness check; document and report preventive and corrective actions |
** Additional Costs for Tools, Books and/or Supplies may apply.
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Unit |
Core Content |
Subject |
Unit Description |
35 |
Customer Contact |
Interpretation of specifications, work orders, and technical drawings. |
|
36 |
Creating Products |
Identification of the major stages of production, production resources, and factors for production method selection. |
|
37 |
Types of Production |
Identification of the characteristics and advantages of major types of production systems. |
|
38~ |
MSSC-OP1 |
Mechanical Principles |
Six (6) types of simple machines, operation and application of levers, and concepts of force and weight. |
39~ |
MSSC-OP2 |
Mechanical Linkages |
Effect of friction on machine operation; operation of machine linkages, cams, and turnbuckles. |
40~ |
MSSC-OP3 |
Gear Drives |
Operation of spur gear drives, speed and torque reduction concepts, operation of fixed and movable pulleys. |
41 |
Production Materials |
Types, properties, and applications of materials and chemicals used to manufacture products, including food and beverage products |
|
42 |
Testing, Selecting, and |
Factors used to select materials for a given product, methods of testing material quality, and advances in material design |
|
43 |
Production Processes |
Types, operation and application of casting, molding, machining, finishing, assembly, separation, conditioning, combining, and filling |
|
44~ |
MSSC-OP4 |
Machining Processes |
Interpret stock material sizes and types from specifications; use a band saw to cut stock material to size; types of machine tools |
45~ |
MSSC-OP5 |
Machine Tooling |
Use basic layout techniques to prepare a part for machining, size a drill bit, identify drill bit by size, select and install drill press tooling, operate a drill press |
46~ |
MSSC-OP6 |
Machine Operations |
Use a drill press to perform basic drilling operations: reaming, counterboring, countersinking, and tapping |
47 |
Covered by MSSC-OP7 |
Tools and Equipment Use |
Types, applications and use of hand tools, portable power tools, and equipment |
48* |
MSSC-OP7 |
Equipment Procedures |
Interpret standard operating procedures; read technical manuals to obtain information; Total Productive Maintenance; machine operation procedures |
49* |
MSSC-OP8 |
Production Planning and |
Basic concepts of production planning, work flow, and facilities layout; read flow charts and Gannt charts; identify bottlenecks and ways to balance workflow |
50 |
Covered by MSSC-OP8 |
Production Components |
Types of inventory and inventory management concepts; read a bill of material; identify cost of downtime and calculate product cost |
51* |
MSSC-OP9 |
Production Control |
Operation of push and pull production systems, just-in-time production, lean manufacturing, methods of feedback to control quality, use of calibration |
52 |
Covered by MSSC-OP9 |
Documenting the Process |
Types of production documents, methods of retaining documents, and use of electronic data exchange; read and handle production documents |
53 |
Covered by MSSC-OP9 |
Product Packaging |
Types and applications of product packaging; packaging regulations and laws; select packaging for given product; interpret package labels |
54 |
Covered by MSSC-OP9 |
Product Distribution |
Methods and applications of transporting produced products; interpret shipping documents; use a tracking system |
** Additional Costs for Tools, Books and/or Supplies may apply.
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Unit |
Core Content |
Subject |
Unit Description |
55* |
MSSC-OM1 |
Welding |
Types of welding, applications, operation of the welding process, welding safety |
56~ |
MSSC-OM2 |
Basic Electrical Circuits |
Operation of basic electrical circuits, input devices, output devices; basic concept of AC and DC electricity; read and interpret an electrical schematic |
57~ |
MSSC-OM3 |
Electrical Measurements |
Basic concepts of electrical resistance, voltage, current, series circuits, parallel circuits; use of multimeter to measure electrical signals |
58~ |
MSSC-OM4 |
Electrical Power |
Basic concepts of power consumption in series and parallel electrical circuit; select and size circuit protection devices; reset circuit protection devices |
59~ |
MSSC-OM5 |
Pneumatic Power Systems |
Basic concepts of pneumatic system operation with linear actuators; adjust and read pressure; connect an air hose; operate pneumatic circuit; drain a filter |
60~ |
MSSC-OM6 |
Basic Pneumatic Circuits |
Basic concepts of pneumatic system operation with rotary actuators; read and interpret a pneumatic schematic |
61~ |
MSSC-OM7 |
Principles of Pneumatic Pressure and Flow |
Determine pressure required for specified actuator force output; factors that affect system pressure loss; adjust actuator speed using flow control valves |
62~ |
MSSC-OM8 |
Lubrication and Coolants |
Types, properties, and applications of grease and oil for lubrication; use of viscosimeter; use of grease gun; lubrication management, recycling |
63~ |
MSSC-OM9 |
Bearings and Couplings |
Types, operation, and application of bearings and couplings; mechanical power transmission safety guidelines; importance of proper shaft alignment |
64~ |
MSSC-OM10 |
Belt Drives |
Types, operation, and application of belt drives; calculate speed and torque ratios; align a belt drive and adjust tension |
65~ |
MSSC-OM11 |
Chain Drives |
Types, operation, and application of chain drives; calculate speed and torque ratios; align a chain drive and adjust tension |
66~ |
MSSC-OM12 |
Machine Control Concepts |
Basic concepts of electrical relay logic; solenoid valve operation; connect a basic electrical logic circuit; interpret a basic ladder diagram schematic |
67~ |
MSSC-OM13 |
Machine Automation |
Basic concepts of electrical relay control; limit switch and sensor operation; connect a basic cylinder reciprocation relay circuit |
68~ |
MSSC-OM14 |
Machine Operation Modes |
Basic concepts of electrical relay control; timer operation; operation of automatic/manual machine modes; connect a basic timer control circuit |
69~ |
MSSC-OM15 |
Electric Motor Control |
Basic operation of motor control relay circuit; operation of motor starters and overload protection; basic AC motor operation; operate a motor control circuit |
** Additional Costs for Tools, Books and/or Supplies may apply.
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