ME Matrix Links

Matrix Location: 1-E Course: Manufacturing Processes/Concurrent Engineering Topic: Air Sampling and Analysis
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		Reference 1, Subpart H: Example problem: Cotton Dust Sampling. Statistical values were calculated to determine if a vertical elutriator complies with a standard flow rate. Reference to Hard Copy (Article) Reference 1, Subpart I: Example problem: Cotton Dust Sampling. Statistical values were used to find the range of the mean flow rate limits for cotton dust. Reference to Hard Copy (Article) Reference 1, Subpart J: Example problem: Air Contaminants in an Industrial Operation. The flow rate of air traveling through an exhaust hood was determined. Reference to Hard Copy (Article)

Matrix Location: 1-H Course: Fluids Topic: Air Sampling and Analysis
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		Reference 1, Subpart H: Example problem: Cotton Dust Sampling. Statistical values were calculated to determine if a vertical elutriator complies with a standard flow rate. Reference to Hard Copy (Article) Reference 1, Subpart I: Example problem: Cotton Dust Sampling. Statistical values were used to find the range of the mean flow rate limits for cotton dust. Reference to Hard Copy (Article) Reference 1, Subpart J: Example problem: Air Contaminants in an Industrial Operation. The flow rate of air traveling through an exhaust hood was determined. Reference to Hard Copy (Article) Reference 20, Subpart A: Energy Balance and Climate Change, Assignment #2, Class Instruction. Reference to Web Page Reference 20, Subpart B: Atmospheric Transport of Pollutants, Assignment #3, Class Instruction. Reference to Web Page Reference 20, Subpart C: Urban Ozone Formation and Abatement, Assignment #4 , Class Instruction. Reference to Web Page Reference 20, Subpart D: CFC Emissions and Stratospheric Ozone Depletion, Assignment #5, Class Instruction. Reference to Web Page Reference 22, Subpart I: Environmental Evaluation: Air Sampling and Analysis; Biological Monitoring. Reference to Hard Copy (Book) Reference 22, Subpart N: Indoor Air Quality. Reference to Hard Copy (Book) Reference 22, Subpart O: Air Pollution. Reference to Hard Copy (Book) Reference 25, Subpart A: Behavior of Gasses and Vapors. Reference to Hard Copy (Book) Reference 25, Subpart B: Pressure Measurements. Reference to Hard Copy (Book) Reference 25, Subpart C: Gas and Vapor Concentration in Air. Reference to Hard Copy (Book) Reference 25, Subpart D: Temperature and Pressure Effects. Reference to Hard Copy (Book) Reference 25, Subpart E: Fundamentals of Air Sampling. Reference to Hard Copy (Book) Reference 25, Subpart F: Exposure Assessment. Reference to Hard Copy (Book) Reference 25, Subpart G: Dilution Ventilation and Simple Models in Air. Reference to Hard Copy (Book) Reference 27, Subpart B: Air Sampling. Reference to Hard Copy (Workbook) Reference 27, Subpart C: Industrial Ventilation and Engineering Controls. Reference to Hard Copy (Workbook) Reference 29, Subpart B: General Sciences (Air/gasses). Reference to Hard Copy (Book) Reference 29, Subpart D: General Industrial Hygiene (Air Sampling). Reference to Hard Copy (Book) Reference 29, Subpart F: Local Exhaust Ventilation. Reference to Hard Copy (Book) Reference 29, Subpart G: Dilution Ventilation. Reference to Hard Copy (Book) Reference 29, Subpart H: Ductwork. Reference to Hard Copy (Book) Reference 29, Subpart I: Hoods. Reference to Hard Copy (Book) Reference 29, Subpart J: Fans. Reference to Hard Copy (Book) Reference 29, Subpart K: Stacks. Reference to Hard Copy (Book) Reference 29, Subpart L: Indoor Air Quality. Reference to Hard Copy (Book)

Matrix Location: 1-I Course: Design Topic: Air Sampling and Analysis
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	Case Studies
		Reference 10, Subpart C: Case Study: “Indoor Air Pollution Migration Transport Mechanisms in High-Rise Buildings.” Indoor air pollution in a high-rise building is the discussed topic in this case study. Air engineering methods to prevent or inhibit the air problem are examined. Reference to Hard Copy (Engineering Case Library Packet)
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Matrix Location: 1-J Course: Seminar Topic: Air Sampling and Analysis
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	Case Studies
		Reference 10, Subpart C: Case Study: “Indoor Air Pollution Migration Transport Mechanisms in High-Rise Buildings.” Indoor air pollution in a high-rise building is the discussed topic in this case study. Air engineering methods to prevent or inhibit the air problem are examined. Reference to Hard Copy (Engineering Case Library Packet)
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		None available at this time.

Matrix Location: 2-B Course: Statics Topic: Anthropometry
	Modules
		Cumulative Trauma Disorders/Anthropometry Packet This packet is intended for use in an introductory Statics course when the concept of force is introduced, but before the concept of moment is introduced. Its centerpiece is a homework design problem in which the students are asked to package twelve small boxes in a way that will minimize the loading on the arms of someone lifting the package. The solution is based on forces exerted by the arms (fingers) on the package when the angles of the arms with the vertical are determined by use of tabulated anthropometric data. Control and Display Design/Anthropometry This packet is intended for use in an introductory Statics course when the concept of the moment is introduced. The procedures for extracting data from anthropometric charts dealing with static posture in workstation design are presented. In the homework problem the students compute the moments for five sets of forces (weights) and distances (arm reaches). Although the moments are found to be the same, the effects on shoulder muscle fatigue are different.
	Case Studies
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	Other Resources
		Reference 33, Subpart A: Human Systems Design and Modeling. Reference to Hard Copy (Book) Reference 33, Subpart B: Biostatic Mechanics. Reference to Hard Copy (Book)

Matrix Location: 2-C Course: Dynamics Topic: Anthropometry
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		Reference 33, Subpart C: Biodynamic Mechanics. Reference to Hard Copy (Book)

Matrix Location: 2-G Course: Thermodynamics/Heat Transfer Topic: Anthropometry
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		Reference 33, Subpart E: Biothermodynamics and Bioenergetics. Reference to Hard Copy (Book)

Matrix Location: 2-I Course: Design Topic: Anthropometry
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		Reference 33, Subpart F: Ergonomic Biodynamics. Reference to Hard Copy (Book)

Matrix Location: 2-J Course: Seminar Topic: Anthropometry
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		Reference 33, Subpart A: Human Systems Design and Modeling. Reference to Hard Copy (Book) Reference 33, Subpart D: Bioelectricity and Bioelectronics. Reference to Hard Copy (Book) Reference 33, Subpart F: Ergonomic Biodynamics. Reference to Hard Copy (Book)

Matrix Location: 2-K Course: Other Topic: Anthropometry
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		Reference 33, Subpart D: Bioelectricity and Bioelectronics. Reference to Hard Copy (Book) Reference 33, Subpart F: Ergonomic Biodynamics. Reference to Hard Copy (Book) Reference 33, Subpart G: Quantitative Workload Analysis. Reference to Hard Copy (Book) Reference 33, Subpart H: Neuromuscular Control Systems. Reference to Hard Copy (Book)

Matrix Location: 3-A Course: Introduction to Mechanical Engineering Topic: Chemical Mixing
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		Reference 27, Subpart A: Industrial Hygiene and Chemistry. Reference to Hard Copy (Workbook)

Matrix Location: 3-D Course: Strength of Materials Topic: Chemical Mixing
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		Reference 3, Subpart B: General Laboratory Safety Rules. Reference to Hard Copy (Book) Reference 11, Subpart A: Example problems: Unit III sample quiz questions. These five questions are designed to emphasize the reading regarding safety procedures and programs. Reference to Hard Copy (Packet)

Matrix Location: 3-E Course: Manufacturing Processes/Concurrent Engineering Topic: Chemical Mixing
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	Other Resources
		Reference 3, Subpart B: General Laboratory Safety Rules. Reference to Hard Copy (Book) Reference 11, Subpart A: Example problems: Unit III sample quiz questions. These five questions are designed to emphasize the reading regarding safety procedures and programs. Reference to Hard Copy (Packet)

Matrix Location: 3-G Course: Thermodynamics/Heat Transfer Topic: Chemical Mixing
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		None available at this time.
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		None available at this time.
	Other Resources
		Reference 3, Subpart B: General Laboratory Safety Rules. Reference to Hard Copy (Book) Reference 11, Subpart A: Example problems: Unit III sample quiz questions. These five questions are designed to emphasize the reading regarding safety procedures and programs. Reference to Hard Copy (Packet)

Matrix Location: 3-H Course: Fluids Topic: Chemical Mixing
	Modules
		None available at this time.
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	Other Resources
		Reference 3, Subpart B: General Laboratory Safety Rules. Reference to Hard Copy (Book) Reference 11, Subpart A: Example problems: Unit III sample quiz questions. These five questions are designed to emphasize the reading regarding safety procedures and programs. Reference to Hard Copy (Packet)

Matrix Location: 3-I Course: Design Topic: Chemical Mixing
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		Reference 15, Subpart A: Case study: Chemical Hazards. Regulation of chemicals is discussed. Control measures and methodology are presented. Reference to Hard Copy (Book)

Matrix Location: 4-D Course: Strength of Materials Topic: Codes and Standards
	Modules
		Codes and Standards Packet This packet is intended for use in a mechanical engineering strength of materials course. Engineering codes and standards are discussed, including a brief history of standards development. Types of standards are examined, as well as the organizations that create these standards. ASTM E8 is specifically addressed, and two kinds of test specimens are reviewed, per ASTM guidelines.
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		Reference 3, Subpart D: Safety and Health Standards and Regulations. Reference to Hard Copy (Book)

Matrix Location: 4-E Course: Manufacturing Processes/Concurrent Engineering Topic: Codes and Standards
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	Case Studies
		Reference 10, Subpart E: Case Study: “Mechanical Power Press Safety Study.” This case study is a review of operator protection and guarding on a mechanical power press. Modifications made to the press with changing safety standards are discussed. The engineering investigation for a product liability suit is presented. Reference to Hard Copy (Engineering Case Library Packet) Reference 32, Subpart E: TMDL Case Study: Nomini Creek Watershed. Reference to Web Page Reference 32, Subpart F: TMDL Case Study: Albermarle/Pamlico Estuary. Reference to Web Page Reference 32, Subpart G: TMDL Case Study: The Lower Minnesota River. Reference to Web Page Reference 32, Subpart H: TMDL Case Study: Sycamore Creek, Michigan. Reference to Web Page Reference 32, Subpart II: Printed Wiring Board Case Study 5: A Continuous-Flow System for Reusing Microetchant. Reference to Web Page Reference 32, Subpart JJ: Printed Wiring Board Case Study 6: Pollution Prevention Beyond Regulated Materials. Reference to Web Page Reference 32, Subpart KK: Printed Wiring Board Case Study 7: Identifying Objectives for Your Environmental Management Systems Materials. Reference to Web Page Reference 32, Subpart LL: Printed Wiring Board Case Study 8: Building and Environental Management System: H-R Industries’ Experience. Reference to Web Page
	Other Resources
		Reference 3, Subpart D: Safety and Health Standards and Regulations. Reference to Hard Copy (Book) Reference 24, Subpart A: Manufacture of Leaded Steel. Reference to Hard Copy (Book) Reference 24, Subpart B: Manufacture of Suitcases. Reference to Hard Copy (Book) Reference 24, Subpart C: Vapor Degreasing Operations. Reference to Hard Copy (Book) Reference 24, Subpart D: Maintenance of Separators in the Petroleum Industry. Reference to Hard Copy (Book) Reference 24, Subpart E: Heat Treating in the Metals Industry. Reference to Hard Copy (Book) Reference 24, Subpart G: Aluminum Reduction Potroom Operations. Reference to Hard Copy (Book) Reference 26, Subpart A: Metals Production. Reference to Hard Copy (Book) Reference 26, Subpart B: Metal Preparation. Reference to Hard Copy (Book) Reference 26, Subpart C: Metal Product Fabrication. Reference to Hard Copy (Book) Reference 26, Subpart D: Metal Finishing. Reference to Hard Copy (Book) Reference 26, Subpart E: Chemical-Based Products. Reference to Hard Copy (Book) Reference 26, Subpart F: Electronics. Reference to Hard Copy (Book) Reference 26, Subpart G: Minerals. Reference to Hard Copy (Book) Reference 26, Subpart H: Miscellaneous. Reference to Hard Copy (Book)

Matrix Location: 4-G Course: Thermodynamics/Heat Transfer Topic: Codes and Standards
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		Reference 3, Subpart D: Safety and Health Standards and Regulations. Reference to Hard Copy (Book)

Matrix Location: 4-H Course: Fluids Topic: Codes and Standards
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		Reference 3, Subpart D: Safety and Health Standards and Regulations. Reference to Hard Copy (Book)

Matrix Location: 4-I Course: Design Topic: Codes and Standards
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart E: Case Study: “Mechanical Power Press Safety Study.” This case study is a review of operator protection and guarding on a mechanical power press. Modifications made to the press with changing safety standards are discussed. The engineering investigation for a product liability suit is presented. Reference to Hard Copy (Engineering Case Library Packet) Reference 10, Subpart G: Case Study: “Roaring Spring Foundry.” OSHA compliance for the Roaring Springs Foundry is the topic of the case study. Engineering controls, economic analysis, and toxicology of silica and olivine are a few of the topics discussed. Reference to Hard Copy (Engineering Case Library Packet)
	Other Resources
		Reference 11, Subpart D: Example problems: Unit VI sample quiz questions. Seven questions are located at the end of the unit covering safety and health standards and regulations. Reference to Hard Copy (Packet) Reference 14, Subpart D: Example problems: “Unit IV sample quiz questions.” Standards, codes, and the organizations that create these standards are the focus of this set of questions. Engineering ethics is also touched upon. Reference to Hard Copy (Book)

Matrix Location: 4-J Course: Seminar Topic: Codes and Standards
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart E: Case Study: “Mechanical Power Press Safety Study.” This case study is a review of operator protection and guarding on a mechanical power press. Modifications made to the press with changing safety standards are discussed. The engineering investigation for a product liability suit is presented. Reference to Hard Copy (Engineering Case Library Packet) Reference 10, Subpart G: Case Study: “Roaring Spring Foundry.” OSHA compliance for the Roaring Springs Foundry is the topic of the case study. Engineering controls, economic analysis, and toxicology of silica and olivine are a few of the topics discussed. Reference to Hard Copy (Engineering Case Library Packet)
	Other Resources
		Reference 11, Subpart D: Example problems: Unit VI sample quiz questions. Seven questions are located at the end of the unit covering safety and health standards and regulations. Reference to Hard Copy (Packet) Reference 14, Subpart D: Example problems: “Unit IV sample quiz questions.” Standards, codes, and the organizations that create these standards are the focus of this set of questions. Engineering ethics is also touched upon. Reference to Hard Copy (Book)

Matrix Location: 6-J Course: Seminar Topic: Confined Space
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		Reference 18, Subpart F: Fatalities during confined space entry Fatal Fact Number: 25, 36, 39. Reference to Web Page (Fatal Facts)

Matrix Location: 6-K Course: Other Topic: Confined Space
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		Reference 18, Subpart F: Fatalities during confined space entry Fatal Fact Number: 25, 36, 39. Reference to Web Page (Fatal Facts)

Matrix Location: 7-A Course: Introduction to Mechanical Engineering Topic: Construction Safety
	Modules
		Kansas City Hyatt Regency Walkway Collapse Packet This packet is intended for use in an introductory mechanical engineering course. An overview of the Kansas City Hyatt Regency Walkway collapse is presented, and construction safety issues are emphasized. A homework assignment is included, as are sample exam problems.
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Matrix Location: 7-B Course: Statics Topic: Construction Safety
	Modules
		Chicago Bridge Packet This packet is intended for use in a mechanical engineering Statics course. The Chicago bridge module should be used after the students have learned moments, preferably as a case study in a review situation. Engineering responsibilities in design are discussed.
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Matrix Location: 7-C Course: Dynamics Topic: Construction Safety
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		Reference 18, Subpart J: Fatalities due to slips and falls, construction/demolition. Reference to Web Page (Fatal Facts)

Matrix Location: 7-D Course: Strength of Materials Topic: Construction Safety
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		Reference 18, Subpart G: Fatalities due to poor selection of materials. Reference to Web Page (Fatal Facts)

Matrix Location: 7-K Course: Other Topic: Construction Safety
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		Reference 18, Subpart A: Electrocutions during construction. Reference to Web Page (Fatal Facts) Reference 18, Subpart E: Fatalities during excavation. Reference to Web Page (Fatal Facts)

Matrix Location: 8-I Course: Design Topic: Control/Display Design
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		Reference 30, Subpart A: The Typewriter: A Case History in the Evolution of Design. Reference to Hard Copy (Book) Reference 30, Subpart B: The Faucet: A Case History of Design Difficulties. Reference to Hard Copy (Book) Reference 31, Subpart B: Military Weapons System Bottom Line: Faster Deployment, Better Operator Communications. Reference to Hard Copy (Book) Reference 33, Subpart I: Human Operator Control. Reference to Hard Copy (Book)

Matrix Location: 9-E Course: Manufacturing Processes/Concurrent Engineering Topic: Cumulative Trauma Disorder
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		Reference 31, Subpart A: Manufacturing Bottom Line: Workers’ Compensation Costs Cut Dramatically. Reference to Hard Copy (Book) Reference 31, Subpart D: Meatpacking: Ergonomically Improved Boning Line Bottom Line: Increased Yields and Reduced Workers’ Compensation Costs. Reference to Hard Copy (Book) Reference 31, Subpart E: Paper Processing Bottom Line: (a) Finger Repetitions Reduced from 50,000 to Near Zero; (b) Productivity Doubled. Reference to Hard Copy (Book)

Matrix Location: 10-D Course: Strength of Materials Topic: Design for Assembly
	Modules
		Buckling This packet is intended for use in a mechanical engineering Strength of Materials course. The buckling module should be used after the students have learned buckling. This module touches on the concept of designing for assembly, namely buckling in bridges under construction. Factors to be considered in design are discussed. An example of a bridge that collapsed while under construction is presented, as is a homework problem dealing with a bridge truss. Sample exam problems are included.
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Matrix Location: 11-E Course: Manufacturing Processes/Concurrent Engineering Topic: Electrical Hazards
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		Reference 13, Subpart E: Example problems: Eight problems are found at the back of this packet. These problems involve applying system safety techniques including fault tree analysis, preliminary hazard analysis, HAZOP, event tree analysis, “what if” analysis, and failure modes, effects, and criticality analysis. Reference to Hard Copy (Book)

Matrix Location: 11-F Course: Control Systems/Mechatronics Topic: Electrical Hazards
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		Reference 14, Subpart A: Example problems: “Unit I sample quiz questions.” Basic safety and electrical concepts are tested. Reference to Hard Copy (Book)

Matrix Location: 11-I Course: Design Topic: Electrical Hazards
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	Case Studies
		Reference 14, Subpart F: NIOSH Alert Case Study: “Request for Assistance in Preventing Electrocutions from Contact Between Cranes and Power Lines.” A background to the problem and five case reports are presented, as well as recommended work practices. Reference to Hard Copy (Book) Reference 14, Subpart G: NIOSH Alert Case Study: “Request for Assistance in Preventing Electrocutions of Workers Using Portable Metal Ladders Near Overhead Power Lines.” A background, regulations, four case reports and recommendations are presented for the problem. Reference to Hard Copy (Book) Reference 14, Subpart H: NIOSH Alert Case Study: “Request for Assistance in Preventing Grain Auger Electrocutions.” A background, two case reports, regulatory status, conclusions, and recommendations are presented for the problem. Reference to Hard Copy (Book) Reference 14, Subpart I: NIOSH Alert Case Study: “Request for Assistance in Preventing Fatalities of Workers Who Contact Electrical Energy.” A background, appropriate standards and guidelines, and two case reports are given for the problem. Reference to Hard Copy (Book) Reference 14, Subpart J: NIOSH Alert Case Study: “Request for Assistance in Preventing Electrocutions Due to Damaged Receptacles and Connectors.” A background, two case reports, regulatory status, conclusions, and recommendations are presented. Reference to Hard Copy (Book)
	Other Resources
		Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet) Reference 14, Subpart A: Example problems: “Unit I sample quiz questions.” Basic safety and electrical concepts are tested. Reference to Hard Copy (Book) Reference 14, Subpart B: Example problems: “Unit II sample quiz questions.” Knowledge of the effects of electric shock on the human body is tested, along with ways to minimize the risk of shock. Reference to Hard Copy (Book)

Matrix Location: 11-J Course: Seminar Topic: Electrical Hazards
	Modules
		Electrical Hazards This packet is intended for use in a seminar after the students have a basic knowledge of electric circuits, voltage, resistance, and flow of electric current.
	Case Studies
		Reference 14, Subpart F: NIOSH Alert Case Study: “Request for Assistance in Preventing Electrocutions from Contact Between Cranes and Power Lines.” A background to the problem and five case reports are presented, as well as recommended work practices. Reference to Hard Copy (Book) Reference 14, Subpart G: NIOSH Alert Case Study: “Request for Assistance in Preventing Electrocutions of Workers Using Portable Metal Ladders Near Overhead Power Lines.” A background, regulations, four case reports and recommendations are presented for the problem. Reference to Hard Copy (Book) Reference 14, Subpart H: NIOSH Alert Case Study: “Request for Assistance in Preventing Grain Auger Electrocutions.” A background, two case reports, regulatory status, conclusions, and recommendations are presented for the problem. Reference to Hard Copy (Book) Reference 14, Subpart I: NIOSH Alert Case Study: “Request for Assistance in Preventing Fatalities of Workers Who Contact Electrical Energy.” A background, appropriate standards and guidelines, and two case reports are given for the problem. Reference to Hard Copy (Book) Reference 14, Subpart J: NIOSH Alert Case Study: “Request for Assistance in Preventing Electrocutions Due to Damaged Receptacles and Connectors.” A background, two case reports, regulatory status, conclusions, and recommendations are presented. Reference to Hard Copy (Book)
	Other Resources
		Reference 14, Subpart B: Example problems: “Unit II sample quiz questions.” Knowledge of the effects of electric shock on the human body is tested, along with ways to minimize the risk of shock. Reference to Hard Copy (Book)

Matrix Location: 11-K Course: Other Topic: Electricaal Hazards
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	Other Resources
		Reference 18, Subpart A: Electrocutions during construction. Reference to Web Page (Fatal Facts) Reference 18, Subpart B: Electrocutions during Ground Core sampling. Reference to Web Page (Fatal Facts) Reference 18, Subpart C: Electrocutions during Power Line work. Reference to Web Page (Fatal Facts) Reference 18, Subpart D: Electrocutions during Electrical Maintenance. Reference to Web Page (Fatal Facts)

Matrix Location: 12-H Course: Fluids Topic: Environmental Topics
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	Other Resources
		Reference 21, Subpart A: Lesson 1, Introduction and Definitions, Lesson Plan. Reference to Web Page Reference 21, Subpart B: Lesson 2, Flow Equation/Hydraulic Head/Darcy’s Law, Lesson Plan. Reference to Web Page Reference 21, Subpart C: Lesson 3, Flow Nets/Storage Term/Boundary Condition, Lesson Plan. Reference to Web Page Reference 21, Subpart D: Lesson 4, Wells, Lesson Plan. Reference to Web Page Reference 21, Subpart E: Lesson 5, Unsaturated Flow: Richards-Buckingham Equation; Capillary Pressure, Lesson Plan. Reference to Web Page Reference 21, Subpart F: Lesson 6, Unsaturated Flow: Air-Water Distributions in Porous Media, Lesson Plan. Reference to Web Page Reference 21, Subpart G: Assignment #1, Lesson Plan. Reference to Web Page Reference 21, Subpart H: Assignment #2, Lesson Plan. Reference to Web Page Reference 21, Subpart I: Assignment #3, Lesson Plan. Reference to Web Page Reference 21, Subpart J: Assignment #4, Lesson Plan. Reference to Web Page Reference 21, Subpart K: Assignment #5, Lesson Plan. Reference to Web Page Reference 21, Subpart L: Assignment #6, Lesson Plan. Reference to Web Page Reference 21, Subpart M: Assignment #7, Lesson Plan. Reference to Web Page

Matrix Location: 12-I Course: Design Topic: Environmental Topics
	Modules
		None available at this time.
	Case Studies
		Reference 9, Subpart C: Case Study: Wastewater Case Study. This case study looks at the health concerns of wastewater treatment plant workers. Reference to Hard Copy (Course Package) Reference 9, Subpart D: Case Study: Lead Case Study. This case study looks at the effects of lead in environmental and occupational settings. Reference to Hard Copy (Course Package) Reference 9, Subpart E: Example problems: Unit IV Study Questions. Two questions test some issues presented in the wastewater and lead case studies. Reference to Hard Copy (Course Package) Reference 9, Subpart F: Case Study: New Bedford, Massachusetts Case Study. This case study deals with the PCB contamination of New Bedford Harbor and the Acushnet River estuary. Reference to Hard Copy (Course Package) Reference 9, Subpart G: Example problems: Unit V Study Questions. Two questions ask for students’ views on the New Bedford case study. Reference to Hard Copy (Course Package) Reference 15, Subpart C: Case study: Biological Hazards. Engineering control of bacteria and viruses is stressed. Reference to Hard Copy (Document based on Workshops)
	Other Resources
		None available at this time.

Matrix Location: 12-J Course: Seminar Topic: Environmental Topics
	Modules
		None available at this time.
	Case Studies
		Reference 9, Subpart C: Case Study: Wastewater Case Study. This case study looks at the health concerns of wastewater treatment plant workers. Reference to Hard Copy (Course Package) Reference 9, Subpart D: Case Study: Lead Case Study. This case study looks at the effects of lead in environmental and occupational settings. Reference to Hard Copy (Course Package) Reference 9, Subpart E: Example problems: Unit IV Study Questions. Two questions test some issues presented in the wastewater and lead case studies. Reference to Hard Copy (Course Package) Reference 9, Subpart F: Case Study: New Bedford, Massachusetts Case Study. This case study deals with the PCB contamination of New Bedford Harbor and the Acushnet River estuary. Reference to Hard Copy (Course Package)
	Other Resources
		Reference 9, Subpart G: Example problems: Unit V Study Questions. Two questions ask for students’ views on the New Bedford case study. Reference to Hard Copy (Course Package) Reference 22, Subpart V: EH&S Topics: Water, Wastes, Safety, Economics. Reference to Hard Copy (Workbook)

Matrix Location: 13-I Course: Design Topic: Epidemiology and Toxicology
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart G: Case Study: “Roaring Spring Foundry.” OSHA compliance for the Roaring Springs Foundry is the topic of the case study. Engineering controls, economic analysis, and toxicology of silica and olivine are a few of the topics discussed. Reference to Hard Copy (Engineering Case Library Packet)
	Other Resources
		Reference 9, Subpart A: Example problems: Unit II Study Questions. Two questions are provided to test knowledge of epidemiology fundamentals. Reference to Hard Copy (Course Package) Reference 9, Subpart B: Example problems: Unit III Study Questions. Two questions are provided to allow students to comment on observations and quotes dealing with toxicology. Reference to Hard Copy (Course Package)

Matrix Location: 13-J Course: Seminar Topic: Epidemiology and Toxicology
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	Other Resources
		Reference 9, Subpart A: Example problems: Unit II Study Questions. Two questions are provided to test knowledge of epidemiology fundamentals. Reference to Hard Copy (Course Package) Reference 9, Subpart G: Example problems: Unit V Study Questions. Two questions ask for students’ views on the New Bedford case study. Reference to Hard Copy (Course Package)

Matrix Location: 13-K Course: Other Topic: Epidemiology and Toxicology
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	Other Resources
		Reference 22, Subpart E: Toxicology. Reference to Hard Copy (Workbook) Reference 22, Subpart F: Occupational Medicine/Occupational Diseases. Reference to Hard Copy (Workbook) Reference 24, Subpart F: Carcinogen Exposure in a Research Laboratory. Reference to Hard Copy (Book)

Matrix Location: 14-A Course: Introduction to Mechanical Engineering Topic: Mechanical Injuries
	Modules
		Professionalism and Ethics Packet This packet is intended for use in a course which introduces students to mechanical engineering. The material in this packet should help familiarize students with the professionalism and ethics considerations found in engineering. The requirements to become a licensed professional engineer are presented. Engineering ethics is defined within the framework of the National Society of Professional Engineers Code of Ethics. A case study is used as the dominant learning tool, focusing on public safety and welfare.
	Case Studies
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Matrix Location: 14-I Course: Design Topic: Ethical Issues
	Modules
		None available at this time.
	Case Studies
		Reference 5, Subpart B: Case study: Liquefied Natural Gas Stratification and Rollover. Reference to Hard Copy (Packet)
	Other Resources
		None available at this time.

Matrix Location: 14-J Course: Seminar Topic: Ethical Issues
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		None available at this time.
	Case Studies
		Reference 5, Subpart B: Case study: Liquefied Natural Gas Stratification and Rollover. Reference to Hard Copy (Packet)
	Other Resources
		None available at this time.

Matrix Location: 15-G Course: Thermodynamics/Heat Transfer Topic: Explosion and Explosives
	Modules
		Safety in Thermodynamics Packet This packet is intended for use in an undergraduate mechanical engineering thermodynamics course, but may be used in other disciplines. The material in this packet should help familiarize students with a few basic safety considerations in thermodynamics. Emphasis is placed on designing with safety in mind, and the six basic guidelines set by the National Safety Council are presented. An example of a water heater explosion in a school is given.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 15-I Course: Design Topic: Explosions and Explosives
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 14, Subpart C: Example problems: “Unit III sample quiz questions.” Flammable and combustible materials and explosives are covered in these sample questions, with an emphasis on minimizing risk to humans. Reference to Hard Copy (Book)

Matrix Location: 15-J Course: Seminar Topic: Explosions and Explosives
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 14, Subpart C: Example problems: “Unit III sample quiz questions.” Flammable and combustible materials and explosives are covered in these sample questions, with an emphasis on minimizing risk to humans. Reference to Hard Copy (Book)

Matrix Location: 16-D Course: Strength of Materials Topic: Fires and Fire Suppression
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet)

Matrix Location: 16-E Course: Manufacturing Processes/Concurrent Engineering Topic: Fires and Fire Suppression
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet)

Matrix Location: 16-G Course: Thermodynamics/Heat Transfer Topic: Fires and Fire Suppression
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 18, Subpart I: Fatalities due to Fire. Reference to Web Page (Fatal Facts)

Matrix Location: 16-H Course: Fluids Topic: Fires and Fire Suppression
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 18, Subpart I: Fatalities due to Fire. Reference to Web Page (Fatal Facts)

Matrix Location: 16-I Course: Design Topic: Fires and Fire Suppression
	Modules
		None available at this time.
	Case Studies
		Reference 15, Subpart A: Case study: Chemical Hazards. Regulation of chemicals is discussed. Control measures and methodology are presented. Reference to Hard Copy (Document Based on Workshops)
	Other Resources
		Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet)

Matrix Location: 17-D Course: Strength of Materials Topic: Hazardous Material Use, Generation and Disposal
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 3, Subpart H: Hazard Control. Reference to Hard Copy (Packet)

Matrix Location: 17-E Course: Manufacturing Processes/Concurrent Engineering Topic: Hazardous Material Use, Generation and Disposal
	Modules
		None available at this time.
	Case Studies
		Reference 6, Subpart A: Case study: Malathion. This case deals with occupational exposure to the commercially used pesticide Malathion. A table of the signs and symptoms associated with short-term exposures to Malathion is presented. Several control strategies are developed. Reference to Hard Copy (Packet) Reference 6, Subpart B: Case study: Lead. Lead exposure and toxic effects are discussed. Practices to reduce lead exposure in the workplace are presented. Reference to Hard Copy (Packet) Reference 6, Subpart C: Case study: Inorganic mercury. This case involves the effects of inorganic mercury on short-term memory. The effects of chronic exposure are discussed. Engineering controls are developed to minimize exposure. Reference to Hard Copy (Packet)
	Other Resources
		Reference 1, Subpart D: Example problem: Hazardous Waste. Statistical values were calculated for the cyanide content of waste pickling liquor. Reference to Hard Copy (Article) Reference 1, Subpart E: Example problem: Hydrogen Sulfide Content. Statistical values were calculated for the hydrogen sulfide content of two cylinders of calibration gas. Reference to Hard Copy (Article) Reference 1, Subpart G: Example problem: Hazardous Waste. The mean cyanide content of the pickling waste is calculated. Reference to Hard Copy (Article) Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 3, Subpart H: Hazard Control. Reference to Hard Copy (Packet)

Matrix Location: 17-G Course: Thermodynamics/Heat Transfer Topic: Hazardous Material Use, Generation and Disposal
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 3, Subpart H: Hazard Control. Reference to Hard Copy (Packet)

Matrix Location: 17-H Course: Fluids Topic: Hazardous Material Use, Generation and Disposal
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart A: Safety Procedures. Reference to Hard Copy (Packet) Reference 3, Subpart H: Hazard Control. Reference to Hard Copy (Packet)

Matrix Location: 17-I Course: Design Topic: Hazardous Material Use, Generation and Disposal
	Modules
		None available at this time.
	Case Studies
		Reference 5, Subpart A: Case study: August 1985 Toxic Release at Union Carbide Facility at Institute, West Virginia. Reference to Hard Copy (Packet) Reference 6, Subpart A: Case study: Malathion. This case deals with occupational exposure to the commercially used pesticide Malathion. A table of the signs and symptoms associated with short-term exposures to Malathion is presented. Several control strategies are developed. Reference to Hard Copy (Packet) Reference 6, Subpart B: Case study: Lead. Lead exposure and toxic effects are discussed. Practices to reduce lead exposure in the workplace are presented. Reference to Hard Copy (Packet) Reference 6, Subpart C: Case study: Inorganic mercury. This case involves the effects of inorganic mercury on short-term memory. The effects of chronic exposure are discussed. Engineering controls are developed to minimize exposure. Reference to Hard Copy (Packet)
	Other Resources
		None available at this time.

Matrix Location: 17-J Course: Seminar Topic: Hazardous Material Use, Generation and Disposal
	Modules
		Hazardous Material Use, Generation and Disposal Material Safety Data Sheets (MSDS) This packet is intended as a seminar presentation, but could be included in an introductory course. It introduces the students to the material safety data sheets (MSDS). The assignment gives the students practice in doing research on the Internet.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 18-I Course: Design Topic: Hazards
	Modules
		None available at this time.
	Case Studies
		Reference 5, Subpart D: Case study: 4-Pronged Spider. Many different topics relating to the seat were discussed, including a description of how the product will be used, a description of the user population, hazards associated with the product, and safe combinations of features. Reference to Hard Copy (Packet)
	Other Resources
		Reference 11, Subpart H: Example problems: Unit X sample quiz questions. Eight questions involving hazard control are provided. Control requirements, control principles, and control options are covered. Reference to Hard Copy (Packet)

Matrix Location: 20-G Course: Thermodynamics/Heat Transfer Topic: Heat/Cold Stress
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 22, Subpart Q: Thermal Environments. Reference to Hard Copy (Workbook) Reference 27, Subpart F: Heat Exposure. Reference to Hard Copy (Workbook) Reference 29, Subpart M: Thermal Conditions. Reference to Hard Copy (Useful Equations Book)

Matrix Location: 21-D Course: Strength of Materials Topic: Industrial Hygiene Fundementals
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart F: Introduction to Industrial Hygiene. Reference to Hard Copy (Packet)

Matrix Location: 21-E Course: Manufacturing Processes/Concurrent Engineering Topic: Industrial Hygiene Fundementals
	Modules
		None available at this time.
	Case Studies
		Reference 6, Subpart A: Case study: Malathion. This case deals with occupational exposure to the commercially used pesticide Malathion. A table of the signs and symptoms associated with short-term exposures to Malathion is presented. Several control strategies are developed. Reference to Hard Copy (Packet) Reference 6, Subpart B: Case study: Lead. Lead exposure and toxic effects are discussed. Practices to reduce lead exposure in the workplace are presented. Reference to Hard Copy (Packet) Reference 6, Subpart C: Case study: Inorganic mercury. This case involves the effects of inorganic mercury on short-term memory. The effects of chronic exposure are discussed. Engineering controls are developed to minimize exposure. Reference to Hard Copy (Packet)
	Other Resources
		Reference 1, Subpart H: Example problem: Cotton Dust Sampling. Statistical values were calculated to determine if a vertical elutriator complies with a standard flow rate. Reference to Hard Copy (Article) Reference 1, Subpart I: Example problem: Cotton Dust Sampling. Statistical values were used to find the range of the mean flow rate limits for cotton dust. Reference to Hard Copy (Article) Reference 1, Subpart J: Example problem: Air Contaminants in an Industrial Operation. The flow rate of air traveling through an exhaust hood was determined. Reference to Hard Copy (Article) Reference 3, Subpart F: Introduction to Industrial Hygiene. Reference to Hard Copy (Packet) Reference 4, Subpart A: Introduction and Discussion of Potential Foundry Hazards. Reference to Hard Copy (Packet) Reference 4, Subpart B: Control Methods: Substitution and Isolation. Reference to Hard Copy (Packet)

Matrix Location: 21-G Course: Thermodynamics/Heat Transfer Topic: Industrial Hygiene Fundementals
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart F: Introduction to Industrial Hygiene. Reference to Hard Copy (Packet)

Matrix Location: 21-H Course: Fluids Topic: Industrial Hygiene Fundementals
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart H: Example problem: Cotton Dust Sampling. Statistical values were calculated to determine if a vertical elutriator complies with a standard flow rate. Reference to Hard Copy (Article) Reference 1, Subpart I: Example problem: Cotton Dust Sampling. Statistical values were used to find the range of the mean flow rate limits for cotton dust. Reference to Hard Copy (Article) Reference 1, Subpart J: Example problem: Air Contaminants in an Industrial Operation. The flow rate of air traveling through an exhaust hood was determined. Reference to Hard Copy (Article) Reference 3, Subpart F: Introduction to Industrial Hygiene. Reference to Hard Copy (Packet)

Matrix Location: 21-I Course: Design Topic: Industrial Hygiene Fundementals
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 4, Subpart A: Introduction and Discussion of Potential Foundry Hazards. Reference to Hard Copy (Packet) Reference 4, Subpart B: Control Methods: Substitution and Isolation. Reference to Hard Copy (Packet) Reference 6, Subpart A: Case study: Malathion. This case deals with occupational exposure to the commercially used pesticide Malathion. A table of the signs and symptoms associated with short-term exposures to Malathion is presented. Several control strategies are developed. Reference to Hard Copy (Packet) Reference 6, Subpart B: Case study: Lead. Lead exposure and toxic effects are discussed. Practices to reduce lead exposure in the workplace are presented. Reference to Hard Copy (Packet) Reference 6, Subpart C: Case study: Inorganic mercury. This case involves the effects of inorganic mercury on short-term memory. The effects of chronic exposure are discussed. Engineering controls are developed to minimize exposure. Reference to Hard Copy (Packet) Reference 11, Subpart F: Example problems: Unit VIII sample quiz questions. Twelve questions involving basic industrial hygiene concepts are presented. Reference to Hard Copy (Packet) Reference 22, Subpart H: Standards and Guidelines of Good Practice. Reference to Hard Copy (Workbook)

Matrix Location: 21-J Course: Seminar Topic: Industrial Hygiene Fundementals
	Modules
		None available at this time.
	Case Studies
		Reference 6, Subpart A: Case study: Malathion. This case deals with occupational exposure to the commercially used pesticide Malathion. A table of the signs and symptoms associated with short-term exposures to Malathion is presented. Several control strategies are developed. Reference to Hard Copy (Packet) Reference 6, Subpart B: Case study: Lead. Lead exposure and toxic effects are discussed. Practices to reduce lead exposure in the workplace are presented. Reference to Hard Copy (Packet) Reference 6, Subpart C: Case study: Inorganic mercury. This case involves the effects of inorganic mercury on short-term memory. The effects of chronic exposure are discussed. Engineering controls are developed to minimize exposure. Reference to Hard Copy (Packet)
	Other Resources
		Reference 4, Subpart A: Introduction and Discussion of Potential Foundry Hazards. Reference to Hard Copy (Packet) Reference 4, Subpart B: Control Methods: Substitution and Isolation. Reference to Hard Copy (Packet) Reference 11, Subpart F: Example problems: Unit VIII sample quiz questions. Twelve questions involving basic industrial hygiene concepts are presented. Reference to Hard Copy (Packet) Reference 22, Subpart H: Standards and Guidelines of Good Practice. Reference to Hard Copy (Workbook)

Matrix Location: 22-A Course: Introduction to Mechanical Engineering Topic: Lockout/Tagout
	Modules
		Energy Release Packet This packet is intended for use in an introductory mechanical engineering course. The material in this packet addresses control of hazardous energy by lockout and tagout, as well as a brief overview of OSHA. The lecture is based on a lockout/tagout handout, which is provided for the student's reference. Questions related to the handout are given as an assignment.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 23-E Course: Manufacturing Processes/Concurrent Engineering Topic: Maintainability
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 4, Subpart E: Maintenance, Monitoring, Housekeeping, and the Search for New and Improved Control Methods. Reference to Hard Copy (Packet)

Matrix Location: 23-I Course: Design Topic: Maintainability
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 4, Subpart E: Maintenance, Monitoring, Housekeeping, and the Search for New and Improved Control Methods. Reference to Hard Copy (Packet) Reference 18, Subpart M: Fatalities due to poor equipment maintenance Fatal Fact Number: 45. Reference to Web Page (Fatal Facts)

Matrix Location: 23-K Course: Other Topic: Maintainability
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 18, Subpart M: Fatalities due to poor equipment maintenance Fatal Fact Number: 45. Reference to Web Page (Fatal Facts)

Matrix Location: 24-I Course: Design Topic: Manual Material Handling - Biomechanical
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart B: Case Study: “My Aching Back.” This case study focuses on a railroad maintenance worker that claimed to have injured his back. Circumstances of the injury are discussed, as well as exploration of human factors and physical capabilities of potential users. Some unique aspects of the litigation are covered. Reference to Hard Copy(Engineering Case Library Packet) Reference 18, Subpart M: Fatalities due to poor equipment maintenance Fatal Fact Number: 45. Reference to Web Page (Fatal Facts)
	Other Resources
		Reference 31, Subpart C: Design of Photocopying Machine Bottom Line: Drastic Cut in Service Costs. Reference to Hard Copy (Book)

Matrix Location: 25-B Course: Statics Topic: Mechanical Injuries
	Modules
		Mechanical Injury (Workpiece Control)/the Couple This packet is intended for use in an introductory Statics course when the concept of the couple is introduced. After a brief introduction, a drill press is used to reinforce instruction on the couple and simultaneously sensitize the students to the need to constrain workpieces during machining operations.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 25-C Course: Dynamics Topic: Mechanical Injuries
	Modules
		Car crash test packet This packet is intended for use in a mechanical engineering dynamics course. Dynamic loading in an automobile crash is used to present the argument for properly securing passengers, especially children, in moving vehicles. The material in this packet involves a crash test example, and the forces behind the crash. A short lecture outline is presented.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 25-E Course: Manufacturing Processes/Concurrent Engineering Topic: Mechanical Injuries
	Modules
		Mechanical Injury/Machine Guards This packet is intended for presentation during a manufacturing or machine shop orientation course. It addresses hazards, with emphasis on those related to use of machinery. It emphasizes the design concepts that deal with hazard mitigation. The types of machine guards are presented and the concept of lockout/tagout is introduced.
	Case Studies
		Reference 10, Subpart D: Case Study: “How to Design, Manufacture, and Install an Unsafe Blower System.” A worker suffered a head injury while cleaning out a trim blower. Questions arise about the possibility of a defective design and inadequate warnings for the usage of the equipment. Both sides of the case are presented. Reference to Hard Copy(Engineering Case Library Packet) Reference 10, Subpart E: Case Study: “Mechanical Power Press Safety Study.” This case study is a review of operator protection and guarding on a mechanical power press. Modifications made to the press with changing safety standards are discussed. The engineering investigation for a product liability suit is presented, Engineering Case Library Packet. Reference to Hard Copy(Engineering Case Library Packet) Reference 10, Subpart F: Case Study: “Human Factors in the Design of Machinery Controls.” User safety is the prime concern in this case study. A sanitation worker had several fingers crushed while attempting to free a wooden pallet from his collection truck’s compactor. The resulting legal proceedings are presented. Reference to Hard Copy(Engineering Case Library Packet)
	Other Resources
		Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet)

Matrix Location: 25-I Course: Design Topic: Mechanical Injuries
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart D: Case Study: “How to Design, Manufacture, and Install an Unsafe Blower System.” A worker suffered a head injury while cleaning out a trim blower. Questions arise about the possibility of a defective design and inadequate warnings for the usage of the equipment. Both sides of the case are presented. Reference to Hard Copy(Engineering Case Library Packet) Reference 10, Subpart E: Case Study: “Mechanical Power Press Safety Study.” This case study is a review of operator protection and guarding on a mechanical power press. Modifications made to the press with changing safety standards are discussed. The engineering investigation for a product liability suit is presented, Engineering Case Library Packet. Reference to Hard Copy(Engineering Case Library Packet) Reference 10, Subpart F: Case Study: “Human Factors in the Design of Machinery Controls.” User safety is the prime concern in this case study. A sanitation worker had several fingers crushed while attempting to free a wooden pallet from his collection truck’s compactor. The resulting legal proceedings are presented. Reference to Hard Copy(Engineering Case Library Packet)
	Other Resources
		Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet)

Matrix Location: 25-J Course: Seminar Topic: Mechanical Injuries
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart D: Case Study: “How to Design, Manufacture, and Install an Unsafe Blower System.” A worker suffered a head injury while cleaning out a trim blower. Questions arise about the possibility of a defective design and inadequate warnings for the usage of the equipment. Both sides of the case are presented. Reference to Hard Copy(Engineering Case Library Packet) Reference 10, Subpart E: Case Study: “Mechanical Power Press Safety Study.” This case study is a review of operator protection and guarding on a mechanical power press. Modifications made to the press with changing safety standards are discussed. The engineering investigation for a product liability suit is presented, Engineering Case Library Packet. Reference to Hard Copy(Engineering Case Library Packet) Reference 10, Subpart F: Case Study: “Human Factors in the Design of Machinery Controls.” User safety is the prime concern in this case study. A sanitation worker had several fingers crushed while attempting to free a wooden pallet from his collection truck’s compactor. The resulting legal proceedings are presented. Reference to Hard Copy(Engineering Case Library Packet)
	Other Resources
		None available at this time.

Matrix Location: 26-I Course: Design Topic: Noise
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart A: Case Study: “Excessive Workplace Noise in the ‘Polymer’ Department.” This case study emphasizes the need to protect workers from excessive noise at a polymer grinding facility. An engineering solution is obtained. Reference to Hard Copy(Engineering Case Library Packet) Reference 15, Subpart B: Case study: Physical Hazards. The use of engineering controls for physical hazards is discussed. Noise is emphasized. Reference to Hard Copy (Document based on Workshops)
	Other Resources
		Reference 22, Subpart R: Sound, Noise, and Hearing. Reference to Hard Copy (Workbook) Reference 27, Subpart D: Noise. Reference to Hard Copy (Workbook) Reference 29, Subpart N: Sound and Noise. Reference to Hard Copy (Useful Equations Book)

Matrix Location: 27-A Course: Introduction to Mechanical Engineering Topic: Nuclear Radiation Safety
	Modules
		None available at this time.
	Case Studies
		Reference 19, Subpart A: HRA: A Case Study for a Nuclear Power Plant: Processing Facility Design. Reference to Hard Copy (Data Handbook) Reference 19, Subpart B: HRA Case Study for a Nuclear Power Plant: Containment Venting Procedure. Reference to Hard Copy (Data Handbook) Reference 32, Subpart U: A Case Study of Environmental, Health and Safety Issues Involving the Burlington, Massachusetts Public School System: Radioactive Materials. Reference to Web Page Reference 32, Subpart Y: A Case Study of Environmental, Health and Safety Issues Involving the Burlington, Massachusetts Public School System: Radon. Reference to Web Page
	Other Resources
		Reference 27, Subpart E: Ionizing and Non-Ionizing Radiation. Reference to Hard Copy (Workbook)

Matrix Location: 27-J Course: Seminar Topic: Nuclear Radiation Safety
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 22, Subpart T: Ionizing Radiation. Reference to Hard Copy (Workbook) Reference 27, Subpart E: Ionizing and Non-Ionizing Radiation. Reference to Hard Copy (Workbook) Reference 29, Subpart O: Radiation. Reference to Hard Copy (Useful Equations Book)

Matrix Location: 28-J Course: Seminar Topic: Mechanical Material Handling, Transport and Storage
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 18, Subpart O: Leg Partly Severed by Forklift Prong. Reference to Web Page (Fatal Facts)

Matrix Location: 29-B Course: Statics Topic: Pressure Hazards
	Modules
		Pressure Hazards Packet This packet is intended for use in a mechanical engineering Statics course. An example problem involving pressure loading, caused by wind on a pickup truck, is presented. The importance of modeling is emphasized. The packet assumes the presentation is during a review session or late in the course, when assignment of a homework problem would not be appropriate. Under different conditions, the problem discussed might be given as a homework assignment.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 29-D Course: Strength of Materials Topic: Pressure Hazards
	Modules
		Pressure Hazards/Pressure Vessels This packet is intended for presentation in Strength of Materials I shortly after the thin-walled pressure vessel equations are developed. It gives an overview of several concepts that lead to safe design. Specifically, it introduces the students to safety issues in the design of pressure vessels. The ill-fated Comet aircraft debacle is used to introduce fracture mechanics and the importance of considering fracture mechanics concepts, such as fracture toughness, in design. Proof testing, "yield before break", and "leak before break" concepts are discussed. The 1988 Aloha Airplane accident is used to introduce fail-safe design. Because of the "overview level" of discussion, it is ideal for presentation in conjunction with review for an examination or some other period when the students can sit back and absorb concepts instead of focusing on equations.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 29-E Course: Manufacturing Processes/Concurrent Engineering Topic: Pressure Hazards
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet)

Matrix Location: 29-H Course: Fluids Topic: Pressure Hazards
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart K: Example problem: Static Pressure in a Duct. The two components of static pressure in a duct were found using conservation of mass and energy equations. Reference to Hard Copy (Article)

Matrix Location: 29-I Course: Design Topic: Pressure Hazards
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 11, Subpart E: Example problems: Unit VII sample quiz questions. Twenty-one questions covering topics such as fires, pressure relief systems, machinery, machine guarding, and electrical hazards are provided. Reference to Hard Copy (Packet)

Matrix Location: 30-D Course: Strength of Materials Topic: Process Safety Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 30-E Course: Manufacturing Processes/Concurrent Engineering Topic: Process Safety Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 30-G Course: Thermodynamics/Heat Transfer Topic: Process Safety Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 30-H Course: Fluids Topic: Process Safety Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 30-I Course: Design Topic: Process Safety Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart R: Example problem: Human Factors Procedures. A poor operating procedure rewritten to be less conducive to human error. Reference to Hard Copy (Article) Reference 11, Subpart A: Example problems: Unit III sample quiz questions. These five questions are designed to emphasize the reading regarding safety procedures and programs. Reference to Hard Copy (Packet) Reference 11, Subpart C: Example problems: Unit III sample quiz questions. These five questions are designed to emphasize the reading regarding safety procedures and programs. Reference to Hard Copy (Packet)

Matrix Location: 30-K Course: Other Topic: Process Safety Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 21, Subpart A: Lesson 1, Introduction and Definitions, Lesson Plan. Reference to Web Page Reference 31, Subpart A: Manufacturing Bottom Line: Workers’ Compensation Costs Cut Dramatically. Reference to Hard Copy (Book) Reference 31, Subpart F: Metal Manufacturing. Reference to Hard Copy (Book)

Matrix Location: 31-B Course: Statics Topic: Product Safety
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 5, Subpart C: Example problem: Biotechnology in Human Systems Design. This problem involves computing the center of gravity of a figure and determining if the figure is stable in several different configurations. Strain is also computed. Reference to Hard Copy (Packet)

Matrix Location: 31-D Course: Strength of Materials Topic: Product Safety
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 5, Subpart C: Example problem: Biotechnology in Human Systems Design. This problem involves computing the center of gravity of a figure and determining if the figure is stable in several different configurations. Strain is also computed. Reference to Hard Copy (Packet)

Matrix Location: 31-I Course: Design Topic: Product Safety
	Modules
		None available at this time.
	Case Studies
		Reference 5, Subpart D: Case study: 4-Pronged Spider. Many different topics relating to the seat were discussed, including a description of how the product will be used, a description of the user population, hazards associated with the product, and safe combinations of features. Reference to Hard Copy (Packet)
	Other Resources
		Reference 1, Subpart Q: Example problem: Inherent Safety Example. Inherently safer alternate designs for a water treatment plant near a school were suggested. Reference to Hard Copy (Article)

Matrix Location: 33-D Course: Strength of Materials Topic: Reliability
	Modules
		Factor of Safety Packet This packet is intended for use in a mechanical engineering Strength of Materials course. A brief overview of factors of safety is included, and a reliability standpoint is adopted. Interference between stress and strength normal curves is discussed. A homework problem involving the reliability aspect is presented, and sample exam problems are included.
	Case Studies
		None available at this time.
	Other Resources
		None available at this time.

Matrix Location: 33-E Course: Manufacturing Processes/Concurrent Engineering Topic: Reliability
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart F: Example problem: Tensile Strengths. Statistical values were obtained for tensile strengths of synthetic fibers used for parachute cords. Reference to Hard Copy (Article) Reference 1, Subpart O: Example problem: Fault Tree. A fault tree was constructed for a pump, valve, and tank system. Reference to Hard Copy (Article) Reference 1, Subpart P: Example problem: Variation on the Fault Tree Problem. A fault tree was constructed for a modified pump, valve, and tank system. Reference to Hard Copy (Article)

Matrix Location: 33-I Course: Design Topic: Reliability
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart O: Example problem: Fault Tree. A fault tree was constructed for a pump, valve, and tank system. Reference to Hard Copy (Article) Reference 1, Subpart P: Example problem: Variation on the Fault Tree Problem. A fault tree was constructed for a modified pump, valve, and tank system. Reference to Hard Copy (Article) Reference 11, Subpart G: Example problems: Unit IX sample quiz questions. Ten questions regarding experiment preparation are found at the end of the unit. Topics include safety documentation, preliminary hazard analysis, failure modes and effect analysis, and fault tree analysis. Reference to Hard Copy (Packet)

Matrix Location: 34-D Course: Strength of Materials Topic: Risk Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart C: Preparation for Laboratory Emergencies. Reference to Hard Copy (Packet) Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 34-E Course: Manufacturing Processes/Concurrent Engineering Topic: Risk Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart C: Preparation for Laboratory Emergencies. Reference to Hard Copy (Packet) Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 34-G Course: Thermodynamics/Heat Transfer Topic: Risk Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart C: Preparation for Laboratory Emergencies. Reference to Hard Copy (Packet) Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 34-H Course: Fluids Topic: Risk Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart C: Preparation for Laboratory Emergencies. Reference to Hard Copy (Packet) Reference 3, Subpart E: Safety Principles for Laboratory Projects. Reference to Hard Copy (Packet)

Matrix Location: 34-J Course: Seminar Topic: Risk Management
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 22, Subpart L: Respiratory Protection. Reference to Hard Copy (Book) Reference 22, Subpart M: Personal Protective Equipment and Clothing. Reference to Hard Copy (Book)

Matrix Location: 35-E Course: Manufacturing Processes/Concurrent Engineering Topic: Robotic Safety
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 18, Subpart N: OSHA Technical Manual: Section IV: Chapter 4; Industrial Robots and Robot System Safety. Reference to Web Page (Technical Manual)

Matrix Location: 36-E Course: Manufacturing Processes/Concurrent Engineering Topic: Safety Analysis Methodology
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart O: Example problem: Fault Tree. A fault tree was constructed for a pump, valve, and tank system. Reference to Hard Copy (Article) Reference 1, Subpart P: Example problem: Variation on the Fault Tree Problem. A fault tree was constructed for a modified pump, valve, and tank system. Reference to Hard Copy (Article)

Matrix Location: 36-I Course: Design Topic: Safety Analysis Methodology
	Modules
		Preliminary Hazard Analysis (PHA) Packet This packet is intended for use in the fourth year mechanical engineering design sequence. The material in this packet should help design teams perform a Preliminary Hazard Analysis (PHA) on their design projects. A PHA is a design tool that helps engineers identify and deal with hazards in the earliest stages of design. By performing a PHA, the students will be more likely to recognize and correct the hazards associated with their designs.
	Case Studies
		Reference 13, Subpart A: Case study: “Preliminary Design of an Ethylene Production Plant.” This case study emphasizes FTA and PHA analysis of the plant. Results of the analyses are discussed. Reference to Hard Copy (Book) Reference 13, Subpart B: Case study: “Preliminary Design of an Alkylation Process.” System safety techniques are used to evaluate an alkylation process. An event tree analysis is used, as is cause-consequence analysis. Reference to Hard Copy (Book) Reference 13, Subpart C: Case study: “Preliminary Design of a High Pressure/Low Density Polyethylene Plant.” System safety techniques including “what if” analysis and hazard and operability study (HAZOP) are used to evaluate the HPLD polyethylene plant. Reference to Hard Copy (Book) Reference 13, Subpart D: Case study: “The Batch Process of Industrial and Military Explosive Production.” “What if” analysis and PHA are applied to the nitrocellulose manufacturing process. Reference to Hard Copy (Book)
	Other Resources
		Reference 1, Subpart O: Example problem: Fault Tree. A fault tree was constructed for a pump, valve, and tank system. Reference to Hard Copy (Article) Reference 1, Subpart P: Example problem: Variation on the Fault Tree Problem. A fault tree was constructed for a modified pump, valve, and tank system. Reference to Hard Copy (Article) Reference 11, Subpart G: Example problems: Unit IX sample quiz questions. Ten questions regarding experiment preparation are found at the end of the unit. Topics include safety documentation, preliminary hazard analysis, failure modes and effect analysis, and fault tree analysis. Reference to Hard Copy (Packet) Reference 13, Subpart E: Example problems: Eight problems are found at the back of this packet. These problems involve applying system safety techniques including fault tree analysis, preliminary hazard analysis, HAZOP, event tree analysis, “what if” analysis, and failure modes, effects, and criticality analysis. Reference to Hard Copy (Book) Reference 14, Subpart E: Example problems: “Unit V sample quiz questions.” System safety techniques including PHA, FMEA, and FTA are tested. Reference to Hard Copy (Book)

Matrix Location: 36-J Course: Seminar Topic: Safety Analysis Methodology
	Modules
		None available at this time.
	Case Studies
		Reference 13, Subpart A: Case study: “Preliminary Design of an Ethylene Production Plant.” This case study emphasizes FTA and PHA analysis of the plant. Results of the analyses are discussed. Reference to Hard Copy (Book) Reference 13, Subpart B: Case study: “Preliminary Design of an Alkylation Process.” System safety techniques are used to evaluate an alkylation process. An event tree analysis is used, as is cause-consequence analysis. Reference to Hard Copy (Book) Reference 13, Subpart C: Case study: “Preliminary Design of a High Pressure/Low Density Polyethylene Plant.” System safety techniques including “what if” analysis and hazard and operability study (HAZOP) are used to evaluate the HPLD polyethylene plant. Reference to Hard Copy (Book) Reference 13, Subpart D: Case study: “The Batch Process of Industrial and Military Explosive Production.” “What if” analysis and PHA are applied to the nitrocellulose manufacturing process. Reference to Hard Copy (Book)
	Other Resources
		Reference 13, Subpart E: Example problems: Eight problems are found at the back of this packet. These problems involve applying system safety techniques including fault tree analysis, preliminary hazard analysis, HAZOP, event tree analysis, “what if” analysis, and failure modes, effects, and criticality analysis. Reference to Hard Copy (Book)

Matrix Location: 38-B Course: Statics Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 5, Subpart C: Example problem: Biotechnology in Human Systems Design. This problem involves computing the center of gravity of a figure and determining if the figure is stable in several different configurations. Strain is also computed. Reference to Hard Copy (Packet) Reference 18, Subpart K: Fatalities due to slips and falls. Reference to Web Page (Fatal Facts)

Matrix Location: 38-D Course: Strength of Materials Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart G: Experiment Preparation. Reference to Hard Copy (Packet) Reference 5, Subpart C: Example problem: Biotechnology in Human Systems Design. This problem involves computing the center of gravity of a figure and determining if the figure is stable in several different configurations. Strain is also computed. Reference to Hard Copy (Packet)

Matrix Location: 38-E Course: Manufacturing Processes/Concurrent Engineering Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart D: Case Study: “How to Design, Manufacture, and Install an Unsafe Blower System.” A worker suffered a head injury while cleaning out a trim blower. Questions arise about the possibility of a defective design and inadequate warnings for the usage of the equipment. Both sides of the case are presented. Reference to Hard Copy (Engineering Case Library Packet)
	Other Resources
		Reference 3, Subpart G: Experiment Preparation. Reference to Hard Copy (Packet)

Matrix Location: 38-G Course: Thermodynamics/Heat Transfer Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart G: Experiment Preparation. Reference to Hard Copy (Packet)

Matrix Location: 38-H Course: Fluids Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 3, Subpart G: Experiment Preparation. Reference to Hard Copy (Packet)

Matrix Location: 38-I Course: Design Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		Reference 5, Subpart D: Case study: 4-Pronged Spider. Many different topics relating to the seat were discussed, including a description of how the product will be used, a description of the user population, hazards associated with the product, and safe combinations of features. Reference to Hard Copy (Packet) Reference 10, Subpart D: Case Study: “How to Design, Manufacture, and Install an Unsafe Blower System.” A worker suffered a head injury while cleaning out a trim blower. Questions arise about the possibility of a defective design and inadequate warnings for the usage of the equipment. Both sides of the case are presented. Reference to Hard Copy (Engineering Case Library Packet)
	Other Resources
		None available at this time.

Matrix Location: 38-J Course: Seminar Topic: Safety Through Design
	Modules
		None available at this time.
	Case Studies
		Reference 10, Subpart D: Case Study: “How to Design, Manufacture, and Install an Unsafe Blower System.” A worker suffered a head injury while cleaning out a trim blower. Questions arise about the possibility of a defective design and inadequate warnings for the usage of the equipment. Both sides of the case are presented. Reference to Hard Copy (Engineering Case Library Packet)
	Other Resources
		None available at this time.

Matrix Location: 39-B Course: Statics Topic: Slips, Falls, Falling Objects and Other Impacts
	Modules
		Ladder Safety Packet This module has been created for use in a statics course as a case study to show the need for engineers to take a holistic view of their projects, especially where safety is involved. The ladder case study should follow a block of instruction which develops concepts of dry friction. It is ideal for presentation after an examination review when the students can relax without concern for homework requirements. A lecture outline is presented that discusses the basic rules of ladder safety and design. A three part example is also featured.
	Case Studies
		None available at this time.
	Other Resources
		Reference 18, Subpart J: Fatalities due to slips and falls, construction/demolition. Reference to Web Page (Fatal Facts) Reference 18, Subpart K: Fatalities due to slips and falls. Reference to Web Page (Fatal Facts) Reference 18, Subpart L: Fatalities due to falling objects. Reference to Web Page (Fatal Facts)

Matrix Location: 39-C Course: Dynamics Topic: Slips, Falls, Falling Objects and Other Impacts
	Modules
		Dynamics Packet This packet is intended for use in a mechanical engineering dynamics course. Impact injuries are discussed, and a homework problem is presented. Energy methods are encouraged for the homework problem, which compares the impact energy to a construction worker's head with and without a hard hat.
	Case Studies
		None available at this time.
	Other Resources
		Reference 18, Subpart J: Fatalities due to slips and falls, construction/demolition. Reference to Web Page (Fatal Facts) Reference 18, Subpart K: Fatalities due to slips and falls. Reference to Web Page (Fatal Facts)

Matrix Location: 39-D Course: Strength of Materials Topic: Slips, Falls, Falling Objects and Other Impacts
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 18, Subpart G: Fatalities due to poor selection of materials. Reference to Web Page (Fatal Facts) Reference 18, Subpart K: Fatalities due to slips and falls. Reference to Web Page (Fatal Facts) Reference 18, Subpart L: Fatalities due to falling objects. Reference to Web Page (Fatal Facts)

Matrix Location: 40-E Course: Manufacturing Processes/Concurrent Engineering Topic: Ventilation
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart H: Example problem: Cotton Dust Sampling. Statistical values were calculated to determine if a vertical elutriator complies with a standard flow rate. Reference to Hard Copy (Article) Reference 1, Subpart I: Example problem: Cotton Dust Sampling. Statistical values were used to find the range of the mean flow rate limits for cotton dust. Reference to Hard Copy (Article) Reference 1, Subpart J: Example problem: Air Contaminants in an Industrial Operation. The flow rate of air traveling through an exhaust hood was determined. Reference to Hard Copy (Article) Reference 4, Subpart C: Control Methods: Introduction to Ventilation, Enclosing and Exterior Hoods. Reference to Hard Copy (Packet) Reference 4, Subpart D: Control Methods: Non-Receiving Hoods and General Ventilation. Reference to Hard Copy (Packet)

Matrix Location: 40-H Course: Fluids Topic: Ventilation
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 1, Subpart H: Example problem: Cotton Dust Sampling. Statistical values were calculated to determine if a vertical elutriator complies with a standard flow rate. Reference to Hard Copy (Article) Reference 1, Subpart I: Example problem: Cotton Dust Sampling. Statistical values were used to find the range of the mean flow rate limits for cotton dust. Reference to Hard Copy (Article) Reference 1, Subpart J: Example problem: Air Contaminants in an Industrial Operation. The flow rate of air traveling through an exhaust hood was determined. Reference to Hard Copy (Article) Reference 22, Subpart K: Ventilation. Reference to Hard Copy (Workbook)

Matrix Location: 40-I Course: Design Topic: Ventilation
	Modules
		None available at this time.
	Case Studies
		None available at this time.
	Other Resources
		Reference 4, Subpart C: Control Methods: Introduction to Ventilation, Enclosing and Exterior Hoods. Reference to Hard Copy (Packet) Reference 4, Subpart D: Control Methods: Non-Receiving Hoods and General Ventilation. Reference to Hard Copy (Packet)

Matrix Location: 42-K Course: Other Topic: Vision
	Modules
		None available at this time.
	Case Studies
		Reference 32, Subpart V: A Case Study of Environmental, Health and Safety Issues Involving the Burlington, Massachusetts Public School System: Lasers. Reference to Web Page
	Other Resources
		None available at this time.