MSSC Course Descriptions

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MSSC-M1 Safety  |   MSSC-M2 Quality   |   MSSC-M3 Manufacturing   |   MSSC-M4 Maintenance

MSSC-M1: SAFETY

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
Expectations

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
Communication

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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MSSC-M2: QUALITY AND CONTINUOUS IMPROVEMENT

Unit

Core Content

Subject

Unit Description

19~

MSSC-OQ1

Introduction to Blueprint
Reading 1 (Multi-view Drawings)

Reading multi-view drawings to visualize part shapes, identify features, and identify dimensions

20~

MSSC-OQ2

Blueprint Reading 2 (Sectional
Drawings and Fasteners)

Reading drawings to determine part hole sizes and locations, scales, title blocks, part section features, and fastener sizes

21~

MSSC-OQ3

Blueprint Reading 3
(Geometric Dimensioning &
Tolerancing)

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
(Statistical Process Control)

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
Actions

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
Documentation

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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MSSC-M3: MANUFACTURING PROCESS ANDPRODUCTION

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
Developing Materials

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
Workflow

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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MSSC-M4: MAINTENANCE AWARENESS

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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