CERTIFIED RELIABILITY ENGINEER

The Certified Reliability Engineer Course is intended for specialists who understand the principles of performance evaluation and prediction to improve the safety and maintainability of goods and systems. This Body of Knowledge (BOK) and applied technologies cover design review and control, projection, estimation, and apportionment methodologies, failure mode effects and analysis, reliability testing and field failures, including mathematical modelling, comprehension of human factors in reliability, and the ability to create and manage reliability information systems for failure analysis, design, and performance.

CERTIFIED RELIABILITY ENGINEER
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CERTIFIED RELIABILITY ENGINEER COURSE OVERVIEW

The Certified Reliability Engineer Course is intended for specialists who understand the principles of performance evaluation and prediction to improve the safety and maintainability of goods and systems. This Body of Knowledge (BOK) and applied technologies cover design review and control, projection, estimation, and apportionment methodologies, failure mode effects and analysis, reliability testing and field failures, including mathematical modelling, comprehension of human factors in reliability, and the ability to create and manage reliability information systems for failure analysis, design, and performance.Read More

KEY FEATURES

CERTIFIED RELIABILITY ENGINEER

Course Benefits

CERTIFIED RELIABILITY ENGINEER

Personal Impact

  • Increase product usable lifetime, minimise time to market and improve service.
  • Lower equipment downtime, life-cycle costs, and failure and warranty costs
  • Identify and address failure causes before they occur.
  • Increase safety by lowering risks.
  • Individuals will gain from being able to apply the concepts and procedures to identify, evaluate, and improve workplace concerns.
  • Engaging colleagues more successfully during team-based problem-solving
  • Understanding essential phrases in the language of business development
  • enhancing their professional abilities and critical thinking, Using structured, disciplined techniques to solve difficulties Making business decisions based on data

Organizational Impact

  • Increase the usable lifetime of products, reduce time to market, and improve service through engineering.
  • Lower equipment downtime, life-cycle costs, and failure and warranty costs.
  • Identify and address failure causes before they occur.
  • Improve customer satisfaction by reducing unit failures.
  • Increase safety by lowering risks.
  • Maintain dependability as new materials, processes, and complex systems rapidly evolve.
CERTIFIED RELIABILITY ENGINEER

Course Outlines

CERTIFIED RELIABILITY ENGINEER
  1. Reliability Fundamentals
  2. Risk Management
  3. Probability and Statistics for Reliability
  4. Reliability Planning, Testing and Modeling
  5. Life-Cycle Reliability

Course Schedules

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Course Name
Duration
Course Date
Location
Delivery Method
Course Fee
REGISTER

CERTIFIED RELIABILITY ENGINEER

3 DAYS

FEBRUARY 9TH-11TH

LAGOS

CLASSROOM/VIRTUAL

N250,000

CERTIFIED RELIABILITY ENGINEER

3 DAYS

JUNE 15TH - 17TH

LAGOS

CLASSROOM/VIRTUAL

N250,000

CERTIFIED RELIABILITY ENGINEER

3 DAYS

AUGUST 24TH -26TH

LAGOS

CLASSROOM/VIRTUAL

N250,000

CERTIFIED RELIABILITY ENGINEER

3 DAYS

OCTOBER 26TH -28TH 

LAGOS

CLASSROOM/VIRTUAL

N250,000

CERTIFIED RELIABILITY ENGINEER

3 DAYS

NOVEMBER 8TH -10TH 

LAGOS

CLASSROOM/VIRTUAL

N250,000

Training Options

Classroom Trainings

N250,000

  • Interactive,excitingly serious action oriented learning methodology
  • Classroom training by top instructors and practitioners

Live Online Virtual Training

N250,000

  • 90 days of flexible access to online classes
  • Live, online classroom training by top instructors and practitioners

Corporate Trainings

Customized to your team learning needs and organizational goals

  • Customized learning delivery model (digital material and/or instructor-led)
  • Flexible pricing options
  • Enterprise grade Learning Management System (LMS)
  • Enterprise dashboards for individuals and teams
  • 24×7 learner assistance and support

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FAQ

Most frequent questions and answers

Candidates who have completed a degree from
a college, university, or technical school can waive
some part of the eight-year experience requirement as
follows (only one of these waivers may be claimed):
• Diploma from a technical or trade school—
one year waived
• Associate’s degree—two years waived
• Bachelor’s degree—four years waived
• Master’s or doctorate degree—five years waived

Candidates must have eight years of on-the-job
experience in one or more of the areas of the
Certified Reliability Engineer Body of Knowledge

Those who benefit most from this course are people in reliability and maintenance, regardless of the organizational department.  It is especially useful for staff assigned to develop a reliability department.  Past participants include reliability engineers and technicians, quality, maintenance, process and design engineers, as well as the managers of each of these departments.

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