Fundamentals Of Ergonomics

A Short Course

What you'll learn

Students in Ergonomics and Related Fields

Occupational Health and Safety Professionals

Human Resources Personnel

Industrial and Product Designers

Engineers and Architects

Doctors And Nurses

Requirements

Fast Internet

Description

The course is designed to be completed over a span of 8-10 weeks, with approximately 2-3 hours of study per week.Target Audience:Professionals involved in occupational health and safetyHuman resources personnel responsible for workplace well-beingIndustrial and product designersEngineers and architectsHealth practitioners and therapistsStudents pursuing degrees in ergonomics, human factors, industrial engineering, or related fieldsPrerequisites: There are no specific prerequisites for this course, although a basic understanding of human anatomy and workplace environments would be beneficial.Assessment and Certification: To ensure the comprehension and application of ergonomics principles, the course will include various assessment methods. These may include:Quizzes: Short quizzes throughout the course to assess knowledge and understanding of key concepts.A comprehensive final examination that covers the course material to evaluate overall understanding and proficiency.Participants who successfully complete the course and meet the assessment criteria will receive a certificate of achievement in Fundamentals of Ergonomics. This certificate serves as a recognition of their knowledge and competence in the foundational aspects of ergonomics and can be beneficial for professional development and career advancement. For any queries and confusion please feel free to contact me. Please leave feedback at the end of the course as it will help us to improve our curriculum.

Overview

Section 1: Introduction

Lecture 1 Welcome

Lecture 2 Introduction To Ergonomics

Lecture 3 Historical background and evolution

Lecture 4 Importance and benefits of ergonomics

Section 2: Human Factors and Ergonomics

Lecture 5 Human Anatomy Relevant To Ergonomics

Lecture 6 Human Physiology Relevant To Ergonomics

Lecture 7 Human capabilities and limitations

Lecture 8 Cognitive and perceptual factors

Lecture 9 Effective Back Care

Section 3: Workstation Design and Layout

Lecture 10 Principles of workstation design

Lecture 11 Anthropometry and workspace dimensions

Lecture 12 Seating and posture considerations

Lecture 13 Display and control placement

Section 4: Ergonomic Risk Factors

Lecture 14 Common ergonomic hazards and risks

Lecture 15 Musculoskeletal disorders (MSDs) and their prevention

Lecture 16 Repetitive strain injuries (RSIs)

Lecture 17 Repetitive strain injuries (RSIs)

Lecture 18 Environmental factors (lighting, noise, temperature)

Lecture 19 Tech Neck And How To Prevent That?

Section 5: Tools and Techniques for Ergonomic Evaluation

Lecture 20 Task analysis and work measurement

Lecture 21 Ergonomic assessment methods

Lecture 22 Surveys and questionnaires

Lecture 23 Workplace observation and data collection

Section 6: Ergonomic Solutions and Interventions

Lecture 24 Design guidelines and recommendations

Lecture 25 Engineering controls for hazard reduction

Lecture 26 Administrative controls and work organization

Lecture 27 Personal protective equipment (PPE)

Section 7: Ergonomics in Specific Environments

Lecture 28 Office ergonomics

Lecture 29 Industrial and manufacturing settings

Lecture 30 Healthcare ergonomics

Lecture 31 Transportation and vehicle ergonomics

Lecture 32 Ergonomics Assessment Worksheet

Lecture 33 Ergonomics In The Workplace

Section 8: Ergonomics and Technology

Lecture 34 Human-computer interaction (HCI)

Lecture 35 Ergonomics considerations for digital interfaces

Lecture 36 Virtual reality (VR) and augmented reality (AR) applications

Lecture 37 Computer Mouse Ergonomics

Lecture 38 Keyboard Ergonomics

Section 9: Ergonomics Program Development

Lecture 39 Developing an ergonomic program in organizations

Lecture 40 Regulatory requirements and compliance

Lecture 41 Training and education for employees

Section 10: Case Studies and Practical Applications

Lecture 42 Real-world examples of ergonomic design

Lecture 43 Successful implementation of ergonomic interventions

Lecture 44 Evaluation of ergonomic programs and their impact

Lecture 45 Ergonomics Assessment Chart ( Template )

Section 11: Videos

Lecture 46 Table Design

Lecture 47 Ergonomics Of Working from Home

Lecture 48 Ergonomics Of Nursing Station In A Hospital

Section 12: Quiz

The intended learners of an ergonomics course can vary depending on the specific course and its level of complexity. Generally, ergonomics courses cater to individuals who have an interest or need to understand and apply ergonomic principles in their work or daily activities. The following groups of individuals are commonly targeted as learners in ergonomics courses: Occupational Health and Safety Professionals: Professionals who specialize in occupational health and safety, including safety officers, safety engineers, and occupational health practitioners, can benefit from ergonomics courses to enhance their knowledge and skills in identifying and addressing ergonomic hazards in the workplace. Human Resources Personnel: Human resources professionals responsible for workplace well-being and employee welfare can benefit from ergonomics courses. They can apply ergonomic principles in the design of workstations, selection of office furniture, and implementation of ergonomic policies and programs. Industrial and Product Designers: Ergonomics courses can provide industrial and product designers with an understanding of human factors and ergonomics principles, enabling them to design products, equipment, and workspaces that are safe, comfortable, and user-friendly. Engineers and Architects: Engineers and architects can benefit from ergonomics courses to integrate ergonomic considerations into their designs. This includes the design of industrial equipment, machinery, buildings, and infrastructure to ensure they are ergonomically sound and promote worker safety and comfort. Health Practitioners and Therapists: Health practitioners, such as physical therapists, occupational therapists, and chiropractors, can benefit from ergonomics courses to enhance their understanding of ergonomic principles and apply them in their practice. They can provide ergonomic assessments, recommendations, and interventions to prevent or manage musculoskeletal disorders. Students in Ergonomics and Related Fields: Students pursuing degrees in ergonomics, human factors, industrial engineering, occupational health, or related fields can take ergonomics courses as part of their academic curriculum. These courses provide them with foundational knowledge and skills in applying ergonomic principles in their future careers. It's important to note that ergonomics courses can range from introductory to advanced levels, catering to individuals with different levels of knowledge and experience. Some courses may have prerequisites or require a basic understanding of human anatomy, physiology, or workplace environments. However, many introductory ergonomics courses are designed to be accessible to learners from diverse backgrounds, providing a solid foundation in ergonomics principles and practices.