Engineering and Operational Excellence
Workplace Design and Human Factors Engineering
Please select a city/session before registration.
About this program
Human factors engineering aims to enhance the interaction between individuals, machinery, and their environment. By incorporating ergonomic principles and effective workplace design methodologies, organizations can mitigate risks, boost efficiency, and establish safer, more sustainable operational settings. This Human Factors Engineering and Workplace Design Training Course equips participants with actionable frameworks to embed human-centered design within engineering and operational workflows.
The curriculum addresses ergonomics, cognitive aspects of human factors, workplace layout planning, safety integration, and the latest developments such as digital ergonomics. Attendees will engage in case studies and practical exercises to assess and refine real-world workplace systems.
Upon completing the course, participants will be proficient in designing work environments and processes that correspond with human abilities, reduce hazards, and improve overall organizational effectiveness.
Course benefits
- Enhance workplace ergonomics and promote employee health.
- Implement human-centered design principles in engineering initiatives.
- Bolster safety measures and risk management approaches.
- Increase productivity via optimized workplace configurations.
- Incorporate digital ergonomics and future-oriented design concepts.
Key outcomes
- Explain fundamental principles and applications of human factors engineering.
- Identify ergonomic risks and potential workplace hazards.
- Utilize cognitive and physical ergonomics in workplace design planning.
- Formulate strategies to create safe and efficient work settings.
- Integrate human factors considerations into system and product development.
- Assess workplace performance and gather user feedback.
- Compare and apply best practices in human-centered engineering.
Who should attend
- Engineers and workplace design professionals.
- Health, Safety, and Environment (HSE) and occupational health specialists.
- Operations and facility management personnel.
- Project managers accountable for workplace enhancement.
Course outline
Unit 1: Fundamentals of Human Factors Engineering
- Core concepts of human factors and ergonomics.
- Their significance in engineering and occupational safety.
- Advantages of designing with a human-centered focus.
- Industry case studies illustrating applications.
Unit 2: Ergonomics and Physical Environment Design
- Study of physical ergonomics and biomechanics.
- Design principles for workplace layout and tools.
- Methods for assessing ergonomic risks.
- Strategies to prevent musculoskeletal injuries.
Unit 3: Cognitive Aspects of Human Factors
- Exploration of perception, attention, and decision processes.
- Creating systems that minimize cognitive strain.
- Analysis of human error and operational dependability.
- Examples of cognitive ergonomics in practice.
Unit 4: Enhancing Workplace Safety and Minimizing Risks
- Techniques for hazard recognition and risk evaluation.
- Implementing safety-focused design within workplaces.
- Combining ergonomic principles with safety management systems.
- Establishing monitoring and feedback mechanisms.
Unit 5: Innovations in Digital and Future Workplace Design
- Principles of digital ergonomics and human-computer interfaces.
- Effects of automation and robotics on workspace configuration.
- Development of smart workplaces and wearable tech integration.
- Emerging trends in optimizing future work environments.
Unit 6: Designing Sustainable and Inclusive Workspaces
- Approaches to environmentally friendly and sustainable workplace design.
- Creating designs that promote inclusivity and accessibility.
- Modifying workplaces to accommodate diverse employee populations.
- Incorporation of circular economy concepts in design.
Unit 7: Practical Application of Human Factors Principles
- Performing comprehensive workplace assessments.
- Formulating actionable plans for improvement.
- Comparing and adopting human factors best practices.
- Guidelines for implementing user-centered workplace designs.