Week
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Topics
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Study Metarials
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1
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Introduction and basic concepts. Human Factors and the purpose of Human Engineering, scope, philosophy, approach, HCl, cybernetics.
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R1-R7 and SR1-SR7
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2
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History of Human Engineering, international and national organizations BCPE, CPE, AEP, CREE, IEA, HSIT, TED. Physical, cognitive and organizational components of IEA.
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R1-R7 and SR1-SR7
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3
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HSIT cognitive, environmental, hardware, business design and macro components. Technical and socio-technical system approach, business organization
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R1-R7 and SR1-SR7
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4
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Business arrangement, hierarchy, motivation, efficiency, activity. Biomechanics, anatomical and mechanical structure of human body, muscles and tendons.
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R1-R7 and SR1-SR7
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5
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Basic biomechanical analysis, labor. Calculation of energy consumption, requirement, amount of calories spent. Burden, strain, fatigue, exhaustion, weariness.
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R1-R7 and SR1-SR7
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6
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Physical and mental work capacity. Fatigue in motor-endplate and contractile mechanism, lactic acid, ATP and PC, glycogen.
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R1-R7 and SR1-SR7
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7
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Fatigue, fatigue, recovery, pulse, oxygen requirement, heart rhythm, ATP, ADP, anaerobic energy, aerobic capacity. Static and dynamic muscle contractions.
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R1-R7 and SR1-SR7
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8
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Central nervous system, muscular fatigue, local muscular fatigue. Effects of muscle type on muscular fatigue.
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K8-K10 ve YK8-YK10
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9
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Muscle lower speed-power relationship. Rest, active and passive rest.
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K8-K10 ve YK8-YK10
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10
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Rest break and time calculation. Calculation of rest periods, Lehman, Murrell, American rest period calculations.
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K8-K10 ve YK8-YK10
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11
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Rest break calculations. Active breaks. Sleep and sleep. Working postures and musculoskeletal disorders
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K8-K10 ve YK8-YK10
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12
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Manual lifting works, NIOSH equation, waist problems.
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K8-K10 ve YK8-YK10
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13
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Occupational Health and Safety in Human Engineering, OSH. Process design.
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K8-K10 ve YK8-YK10
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14
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Method and Time Study. Standard Time calculation.
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K8-K10 ve YK8-YK10
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