SAFETY IS NOT A CHOICE, IT'S A RESPONSIBILITY WE OWE TO OURSELVES AND THOSE AROUND US
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- DIP/AISP-1007 International Diploma in Safety, Risk and Reliability Engineering
Introduction
This comprehensive program is designed to provide
students with a thorough understanding of safety, risk, and reliability
engineering principles and practices. The curriculum covers a range of topics,
including system safety, risk assessment, reliability engineering, failure
analysis, and safety management.
Students will learn how to identify and assess
potential risks, develop and implement safety programs, and conduct reliability
and failure analyses. They will also study the latest advances in safety and
reliability engineering technology and learn how to use risk and reliability
data and metrics to continuously improve performance.
The program includes hands-on exercises, case studies,
and real-world projects, providing students with practical experience in the
field. Graduates will be well-prepared for careers as safety, risk, and
reliability engineers, coordinators, and consultants in a variety of
industries, including aerospace, defense, and transportation.
This program is suitable for individuals who are
looking to enter the field of safety, risk, and reliability engineering, as
well as for those who are seeking to advance their careers in this field. No
prior experience in safety, risk, and reliability engineering is required, and
students from a variety of backgrounds are welcome to apply.
Upon completion of the program, graduates will receive
a diploma in Safety, Risk and Reliability Engineering and will be equipped with
the knowledge and skills necessary to succeed in this important and challenging
field.
Learning Outcomes
- Understanding
of the principles of safety, risk, and reliability engineering
- Knowledge of
occupational health and safety laws and regulations
- Ability to
identify and assess workplace hazards and implement control measures
- Understanding
of risk assessment techniques and methodologies
- Knowledge of
reliability engineering and its applications in various industries
- Skills in
conducting safety and reliability audits and inspections
- Understanding
of the role of risk management in engineering projects
- Knowledge of
safety-critical systems and their design
Course Brief
- Course Contents
- Entry Requirements
- Pricing
TRAINING SHOULD EMPHASIZE ON THE FOLLOWING CONTENTS WITH INDEPTH CASE STUDIES | ||
---|---|---|
Safety Engineering | Risk Management | Reliability Engineering |
Human Factors Engineering | Fault Tree Analysis and Event Tree Analysis | Failure Modes and Effects Analysis (FMEA) |
Safety Integrity Levels (SIL) and Safety Instrumented Systems (SIS) | Life Cycle Safety and Reliability |
Training should emphasize on the following contents;
- Safety Engineering: This module covers the principles of safety engineering, including the
identification and control of hazards, the use of safety management systems,
and the management of safety training.
- Risk Management: This module covers the principles of risk management, including the
identification, assessment, and management of risks in engineering systems and
equipment.
- Reliability Engineering: This module covers the principles of reliability
engineering, including the use of reliability prediction methods, the
management of maintenance and repair, and the optimization of system
performance.
- Human Factors Engineering: This module covers the management of human factors in
engineering systems and equipment, including the use of ergonomic principles,
the management of human error, and the management of training and education.
- Fault Tree Analysis and Event Tree Analysis: This module covers the principles and
techniques of fault tree analysis (FTA) and event tree analysis (ETA),
including the use of these methods for risk assessment and risk management.
- Failure Modes and Effects Analysis (FMEA): This module covers the principles and
techniques of FMEA, including the use of FMEA for risk assessment and risk
management.
- Safety Integrity Levels (SIL) and Safety Instrumented Systems (SIS): This module covers the principles and techniques of SIL and SIS, including the use of these methods for risk assessment and risk management.
- Life Cycle Safety and Reliability: This module covers the management of safety and reliability
throughout the life cycle of engineering systems and equipment, including the
use of safety and reliability prediction methods, the management of maintenance
and repair, and the optimization of system performance.
Entry Requirements
We believe in providing high-quality learning experiences to anyone who is willing to learn and improve their occupational safety and health skills. This course is designed to cater to individuals from diverse backgrounds and levels of expertise. To ensure a positive learning experience for all students, we have established some minimum entry requirements that need to be met before enrolling in our course.
Applicants to this program must possess the following:
- have a recognized undergraduate degree or equivalent in engineering or a relevant science discipline, or
- demonstrate equivalent academic ability based on industrial experience or membership of a professional institution, or
- minimum one year of experience in occupational safety and health.
STATUS | COURSE FEE (PDF) | COURSE FEE (HARD BOUND CERTIFICATES) |
---|---|---|
International | $900.00 | $950.00 |
* Shipping and handling fee is not included
Program Duration
This
diploma program is designed to help you reach your goals at your own pace and
on your own schedule. Instructional contact-time must be a minimum of 200
hours. Most students intend to complete their studies via online learning
within 6 months.
Career Opportunities
Following careers typically involve designing and implementing safety and reliability systems in various industries, including manufacturing, construction, energy, and transportation. Graduates with a Diploma in Safety, Risk, and Reliability Engineering may work for engineering consulting firms, government agencies, or large corporations in industries such as aerospace, defense, and petrochemical. They may also work as independent consultants, providing safety and reliability services to a variety of clients.
- Safety, Risk, and Reliability Engineer
- Health and Safety Specialist
- Safety Coordinator
- Safety Inspector
- Risk Management Specialist
- Reliability Engineer
- Emergency Response Planner
- Safety-Critical Systems Designer
Program Features
The course features a range of benefits and features that are designed to enhance your learning experience and provide you with the knowledge and skills you need to succeed.
Some of the key features of our course include:
- Comprehensive curriculum
- Convenient online format
- Interactive learning experience
- Certificate of completion, Transcript, and Wallet Card
- Access to the online community
Professional Recognition
Our program has been designed to meet the highest standards of quality and rigor and is backed by the expertise of our experienced instructors.
Upon completion of the course, you will receive a certificate of completion that is widely recognized in the industry as a demonstration of your knowledge and commitment to safety. Certificate issued by the American Institute of Safety Professionals is accepted by a wide range of employers and regulatory agencies, making it a valuable addition to your resume or professional portfolio.
In addition to the certificate, you will also receive access to our online community of safety professionals, where you can network with others in the field and continue to build your knowledge and expertise. Our community is a vibrant and supportive network of professionals who are committed to promoting a safe and healthy work environment. Our program is also recognized by a number of professional organizations and regulatory agencies.
We are proud to offer a program that is widely recognized as a leading resource in the field of Occupational Health, Safety, and Environment. This course is accredited by the American Institute of Safety Professionals, upon successful completion of the course candidate shall be awarded with a master certificate, course certificate (if applicable) transcript, and wallet cards.
English language requirements
To enroll in AISP diploma, programs or courses, prospective students are typically required to meet certain English language requirements. These requirements are put in place to ensure that students are able to effectively communicate and comprehend course material, participate in discussions and group projects, and complete written assignments to a high standard.
Meeting English language requirements is an important part of the enrollment process as it ensures that students are able to effectively communicate and comprehend course material, participate in discussions and group projects, and complete written assignments to a high standard.
- Applicants will need a good English Language ability to succeed in their program. Those for whom English is not their first language are suggested to have;
- Achieved a minimum of IELTS 6.5 or equivalent and
- Or have successfully completed courses (of 1 year or more in duration) delivered in English.
Final Examination Information
All students must achieve a minimum 70% score to successfully pass the examination which shall be taken online through AISP assigned portal. After successful completion of the examination, students will get their results immediately on their registered emails. This is an open-book exam and students are permitted to use a separate browser window to review course content while taking the exam. If you do not pass the examination you may retake the examination. Students are allowed to take an exam three times within one month. During this time, students should review the course material to improve their understanding.
Additional fees information
For questions about American Institute of Safety Professionals online fees, replacement certificates, additional hardbound materials or any other financial related issues please feel free to contact accounts@amiosp.com