W626 – Human Factors in Industrial Processes
Module
Human Factors in Industrial Processes
Human Factors in Industrial Processes |
Module number
W626
Version: 2 |
Faculty
Business Administration
|
Level
Master
|
Duration
1 Semester
|
Semester
Winter semester
|
Module supervisor
Prof. Dr.phil. et rer.nat.habil Rüdiger von der Weth |
Lecturer(s)
Prof. Dr.phil. et rer.nat.habil Rüdiger von der Weth |
Course language(s)
English |
ECTS credits
5.00 credits |
Workload
150 hours |
Courses
4.00 SCH (2.00 SCH Lecture | 2.00 SCH Seminar) |
Self-study time
90.00 hours |
Pre-examination(s)
None
|
Examination(s)
Written examination |
Form of teaching
Methods
|
Media type
script, internet tutorials, software for work analysis, simulation environments |
Instruction content/structure
1.1. basic structure 1.2. dynamics 1.3. description levels of human activity 1.4. work tasks 1.5. work environment
2.1. description of elementary activities 2.2. description of work processes 2.3. man-machine-interaction 2.4. behavior in complex work systems 2.5. role of human prerequisites 2.5.1. cognitive processes and knowledge 2.5.2. motivation and emotion 2.5.3. communication and group processes 2.5.4. physiology and health
3.1. anthropometry (work place simulation) 3.2. simulation of cognitive processes and complex human behavior 3.3. simulation of human behavior in work flow and production processes
4.1. improvement of efficency 4.2. prevention of health risks 4.3. sustainable learning on the job 4.4. improvement of problem solving abilities of work systems
5.1. HTW projects 5.2. Human factor research worldwide |
Qualification objectives
Knowledge and understanding The graduates have familiarised themselves with fundamental technical and business contexts and acquired competences to be able to evaluate current business and technological trends and assess their significance for a medium-sized company. This is done using modern methods, e.g. big data. Graduates have learned to integrate uncertainty into strategic issues (general corporate strategy, innovation, knowledge management). Graduates have learned to systematically evaluate strategic and operational information, process and resource alternatives and to make data-based decisions. Graduates have learned to independently formulate and process an innovative scientific task from applied research. Graduates are able to evaluate the scientific content of findings from the various disciplines relevant to the subject and to derive correct scientific conclusions for the often interdisciplinary issues that arise in medium-sized enterprises. Use, application and generation of knowledge Graduates possess the ability and digital methodological knowledge to generate the necessary information from extensive data and to make well-founded (strategic) decisions. Graduates possess central competences in the area of management and business administration to independently develop, implement and control strategies, products, projects and processes in medium-sized companies in a goal-oriented and practical manner. This includes working in presence as well as in virtual space. Communication and cooperation The high level of professionalism and interdisciplinary competence imparted in this degree programme enables graduates to observe and implement the principles of good governance and corporate responsibility in all fields of activity of the company or organisation. The values and norms taught in the degree programme enable graduates to demonstrate a high degree of empathy towards employees. Scientific self-image / professionalism Graduates have acquired interdisciplinary competence and recognised its importance for entrepreneurial action. The professional development of the English language was focused on among the graduates. |
Social and personal skills
No information
|
Special admission requirements
No information
|
Recommended prerequisites
bachelor courses in human factors, ergonomy, work and organisaional psychology |
Continuation options
master thesis |
Literature
References Fransoo, J. Wäfler, T. & Wilson, J. (2011). Behavioral Operations in Planning & Scheduling. London: Springer. Norman, D.A. (2013). The Design of Everyday Things: Revised and Expanded Edition (Englisch). New York: Perseus. Salvendy, G. (2012). Handbook of Human Factors and Ergonomics, Fourth Edition. New York: John Wiley & Sons, Inc. Wickens, C.D., Hollands, J.G. Parasuraman, R. (2012). Engineering Psychology and Human Performance. Fourth Edition. London: Pearson. German: Badke-Schaub, P., Hofinger G., Lauche C. (2011). Human Factors: Psychologie sicheren Handelns in Risikobranchen. Berlin: Springer. |
Current teaching resources
script, software, human factors laboratory |
Notes
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Link to course/learning resources in OPAL
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