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DIP-1007 Executive-level diploma Enrolment open

International Diploma in Safety, Risk and Reliability Engineering

The International Diploma in Safety, Risk and Reliability Engineering (DIP-1007) is the engineering-focused diploma from the American Institute of Safety Professionals, designed for safety engineers, reliability engineers, risk analysts, and structural engineers who need to combine engineering analy…

100% online, self-paced 6 assessed units Employer-verifiable certificate
International Diploma in Safety, Risk and Reliability Engineering
QR-verifiable credentials Certificate · transcript · wallet card
Duration
480hoursTotal qualification time
Credits
60creditsAcross 6 assessed units
Units
6unitsEach unit is assessed
Delivery
OnlineonlineSelf-paced study
DIP-1007 Safety, Risk and Reliability Engineering
Diploma overview

What is the International Diploma in Safety, Risk and Reliability Engineering?

The International Diploma in Safety, Risk and Reliability Engineering (DIP-1007) is the engineering-focused diploma from the American Institute of Safety Professionals, designed for safety engineers, reliability engineers, risk analysts, and structural engineers who need to combine engineering analy…

with safety and reliability science at a professional level. At 480 hours of Total Qualification Time and 48 credits, it is the only diploma in the institute's portfolio that teaches statistical programming (Python and R), machine learning for predictive safety, finite element method (FEM) analysis, structural dynamics and earthquake engineering, and systems reliability modelling alongside core safety engineering disciplines such as process hazard analysis, fire safety scienc…

Core competencies

What you'll master

Six specialist areas, each built on the standards employers and auditors work to.

  1. 01 Human Factors and Sustainable Safety Practices | GLH: 30 hours This unit explores the critical role of human factors in engineering safety and the integration of sustainability principles into safety practices.
  2. 02 Risk Assessment, Fire Safety and Process Hazard Management | GLH: 30 hours This unit develops advanced competency in structured risk assessment, fire safety engineering, and process hazard management.
  3. 03 Statistical Data Analysis, Programming and Machine Learning Applications | GLH: 30 hours This unit is unique within the American Institute of Safety Professionals diploma portfolio: it develops practical programming and machine learning competencies applied to safety and reliability engineering.
  4. 04 Structural Safety and Advanced Analysis Methods | GLH: 30 hours This unit provides advanced engineering analysis capability for structural safety.
  5. 05 Systems Reliability and Learning from Disasters | GLH: 30 hours This unit focuses on the reliability of complex socio-technical systems and the lessons from major engineering disasters.
  6. 06 Integrated Safety, Risk and Reliability Engineering | GLH: 30 hours This capstone unit synthesises all knowledge and skills from the programme into integrated professional practice.
WHO IT'S FOR

Who should take this diploma?

Prerequisite: An engineering or science background is strongly recommended. Familiarity with basic statistics and engineering principles provides an essential foundation. No formal degree is required.

  • Safety engineers seeking a diploma that combines engineering analysis (FEM, structural dynamics, computational methods) with safety and reliability science
  • Reliability engineers and asset integrity engineers who need a formal qualification integrating reliability modelling (FTA, FMEA, RBD) with safety management systems
  • Risk engineers and quantitative risk analysts in oil and gas, petrochemical, nuclear, aerospace, and infrastructure sectors
  • Structural engineers and civil engineers transitioning into safety engineering roles who need seismic analysis, structural failure analysis, and reliability assessment competency
  • Process safety engineers seeking to combine
  • HAZOP, LOPA, and fire safety with quantitative programming and predictive analytics
  • Data scientists and engineers interested in applying machine learning and statistical programming to safety and reliability problems
  • DIP-1003 (OSH Management) seeking the engineering-focused complement to their management qualification

Entry requirements

Meet any one of the first three:
1 A management-level safety qualification — CHSM, RSM, NEBOSH Diploma, CSP or equivalent
2 3+ years of safety management experience in industrial operations
3 5+ years of operational experience in process, manufacturing or energy
No university degree required Professional written English (all study is in English)
Curriculum

What will you study?

01

SRRE1007/101 Human Factors and Sustainable Safety Practices

80 hrs

| GLH: 30 hours This unit explores the critical role of human factors in engineering safety and the integration of sustainability principles into safety practices.

  • Explain Human Factors and Sustainable Safety Practices in terms a manager can act on.
  • Apply Human Factors and Sustainable Safety Practices to a documented workplace situation from your own sector.
  • Show how Human Factors and Sustainable Safety Practices depends on the units that come before and after it.
02

SRRE1007/102 Risk Assessment, Fire Safety and Process Hazard Management

80 hrs

| GLH: 30 hours This unit develops advanced competency in structured risk assessment, fire safety engineering, and process hazard management.

  • Explain Risk Assessment, Fire Safety and Process Hazard Management in terms a manager can act on.
  • Apply Risk Assessment, Fire Safety and Process Hazard Management to a documented workplace situation from your own sector.
  • Show how Risk Assessment, Fire Safety and Process Hazard Management depends on the units that come before and after it.
03

SRRE1007/103 Statistical Data Analysis, Programming and Machine Learning Applications

80 hrs

| GLH: 30 hours This unit is unique within the American Institute of Safety Professionals diploma portfolio: it develops practical programming and machine learning competencies applied to safety and reliability engineering.

  • Explain Statistical Data Analysis, Programming and Machine Learning Applications in terms a manager can act on.
  • Apply Statistical Data Analysis, Programming and Machine Learning Applications to a documented workplace situation from your own sector.
  • Show how Statistical Data Analysis, Programming and Machine Learning Applications depends on the units that come before and after it.
04

SRRE1007/104 Structural Safety and Advanced Analysis Methods

80 hrs

| GLH: 30 hours This unit provides advanced engineering analysis capability for structural safety.

  • Explain Structural Safety and Advanced Analysis Methods in terms a manager can act on.
  • Apply Structural Safety and Advanced Analysis Methods to a documented workplace situation from your own sector.
  • Show how Structural Safety and Advanced Analysis Methods depends on the units that come before and after it.
05

SRRE1007/105 Systems Reliability and Learning from Disasters

80 hrs

| GLH: 30 hours This unit focuses on the reliability of complex socio-technical systems and the lessons from major engineering disasters.

  • Explain Systems Reliability and Learning from Disasters in terms a manager can act on.
  • Apply Systems Reliability and Learning from Disasters to a documented workplace situation from your own sector.
  • Show how Systems Reliability and Learning from Disasters depends on the units that come before and after it.
06

SRRE1007/106 Integrated Safety, Risk and Reliability Engineering

80 hrs

| GLH: 30 hours This capstone unit synthesises all knowledge and skills from the programme into integrated professional practice.

  • Explain Integrated Safety, Risk and Reliability Engineering in terms a manager can act on.
  • Apply Integrated Safety, Risk and Reliability Engineering to a documented workplace situation from your own sector.
  • Show how Integrated Safety, Risk and Reliability Engineering depends on the units that come before and after it.
Every unit: 10 credits · 80 hrs total qualification time · 30 hrs guided learning Download the full syllabus

Standards and frameworks you'll work with

Official sources, linked for reference
How it works

How is the diploma assessed?

There are no exams. You complete 12 written assessments — two per unit — of the kind you'd present to a board or a regulator, each graded by a qualified assessor.

  1. 1
    Open the learning space Enrolment gives you the units for International Diploma in Safety, Risk and Reliability Engineering, starting with Human Factors and Sustainable Safety Practices.
  2. 2
    Work through the units Study at your own pace through to Integrated Safety, Risk and Reliability Engineering. Each unit stays in the order already published for this diploma.
  3. 3
    Complete each unit assessment Each of the six units is assessed through two components: Formative Assessment (800–1,000 words): a technical discussion paper, white paper, or guidance document addressing a focused aspect of the unit content.
  4. Receive the credentials When the assessed units are complete, the diploma certificate, transcript and wallet card are issued for the package you bought.
2 per unit Written assessments, graded by a qualified assessor against a published rubric
26k–33k Words of original, referenced professional analysis across the diploma
100% checked Every submission plagiarism-checked (iThenticate / Scribbr) and APA 7th referenced
What you receive

What credentials do you receive?

Graduates of International Diploma in Safety, Risk and Reliability Engineering receive a diploma certificate, an official transcript and a professional wallet card. Each uses the verification record already issued with AISP credentials.

  • Diploma certificate Hard-bound and/or PDF, depending on the package already offered for this diploma.
  • Official transcript Credits and results for each of the 6 assessed units.
  • Professional wallet card Front and back, with a QR code that opens the existing verification record.
How verification works
Diploma certificate — International Diploma in Safety, Risk and Reliability Engineering
Diploma certificate Sample · DIP-1007
Wallet card · front — International Diploma in Safety, Risk and Reliability Engineering
Wallet card · front Sample
Wallet card · back — International Diploma in Safety, Risk and Reliability Engineering
Wallet card · back Sample
Career outcomes

What careers does the diploma lead to?

Graduates use this diploma where safety decisions depend on reliability data, from risk engineer to the specialist who supports safety cases.

Gulf region $8k–$20k / month Plant HSE Director roles, typically tax-free
Consulting $1.5k–$3k / day Principal industrial safety consultant day rates
Typical work settings
  • Safety cases
  • Reliability engineering
  • Risk analysis
  • Asset integrity
Choosing the right diploma

Safety, Risk and Reliability Engineering or Process Safety Management?

This diploma is for engineers who quantify risk and reliability. Process safety management is the operational sister qualification.

Compare This diplomaSafety, Risk and Reliability Engineering Also offeredProcess Safety Management
Subject Safety, Risk and Reliability Engineering Process Safety Management
Opens with Human Factors and Sustainable Safety Practices Process Safety Management Systems
Also covers Risk Assessment, Fire Safety and Process Hazard Management Risk-Based Process Safety
Published length 480 hours 480 hours
Enroll in this diploma → View Process Safety Management
Your qualification pathway
  1. Certification CHSO
  2. Certification CHSM
  3. Certification RHSM
  4. You are here International Diploma
Other industry diplomas: Safety, Risk & Reliability Engineering · Safety Engineering · Electrical Safety · Fire Safety Engineering · Oil & Gas Safety · Construction Safety
Fees and enrolment

How much does the diploma cost?

The fee shown is the price already stored for this diploma. It covers tuition, assessor support and the credentials for the package you choose.

Digital

PDF credentials, delivered online
$900$975.99
  • All assessed units and learning resources
  • Assessor feedback on submitted work
  • Diploma, transcript and wallet card (PDF)
  • Online verification record
Enroll — $900
Includes printed diploma

Complete

Hard-bound diploma plus PDF
$950$1,050.99
  • Everything in Digital
  • Hard-bound printed diploma
  • Shipped to your address (courier extra)
Enroll — $950

Enrolling a team?

Talk to an advisor about enrolling several people. Talk to an advisor
Secure checkout Open enrolment, self-paced Replies within 24 hours Fee questions: accounts@amiosp.com Fees and VAT may apply. Courier charges for printed diplomas are extra.
Why choose us

Why study with us?

A full executive diploma 480 hours of study in International Diploma in Safety, Risk and Reliability Engineering.
6 assessed units Each unit is assessed before you move on.
Study around your job This diploma program is fully self-paced, giving candidates the flexibility to progress through their studies in line with their own schedules, learning pace, and professional commitments.
Assessed on application Each of the six units is assessed through two components: Formative Assessment (800–1,000 words): a technical discussion paper, white paper, or guidance document addressing a focused aspect of the unit content.
A credential employers can check Certificate, transcript and wallet card, each with a number an employer can verify.
FAQ

Frequently asked questions

Still deciding? Speak to an advisor about your experience and goals. We reply within 24 hours. +1 689 286 3561 info@amiosp.com Contact an advisor

What is the International Diploma in Safety, Risk and Reliability Engineering?

The International Diploma in Safety, Risk and Reliability Engineering (DIP-1007) is the engineering-focused diploma from the American Institute of Safety Professionals, designed for safety engineers, reliability engineers, risk analysts, and structural engineers who need to combine engineering analy…

Who is this diploma for?

Safety engineers seeking a diploma that combines engineering analysis (FEM, structural dynamics, computational methods) with safety and reliability science Reliability engineers and asset integrity engineers who need a formal qualification integrating reliability modelling (FTA, FMEA, RBD) with safe…

How long does it take?

This diploma program is designed to deliver flexible, self-paced online learning, with a minimum instructional contact time of 480 hours.

How is it assessed?

Each of the six units is assessed through two components: Formative Assessment (800–1,000 words): a technical discussion paper, white paper, or guidance document addressing a focused aspect of the unit content.

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