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DIP-1017 Executive-level diploma Enrolment open

International Diploma in Advanced Toxicology

Understand the science behind every exposure limit. Master toxicokinetics, organ toxicity, carcinogenicity and regulatory risk assessment under OSHA, EPA and FDA — fully online, at your own pace.

International Diploma in Advanced Toxicology
QR-verifiable credentials Certificate · transcript · wallet card
Duration
480hoursTotal qualification time
Credits
60creditsAcross 6 assessed units
Completion
3–12monthsSelf-paced, alongside your job
Delivery
100%onlineLMS dashboard or blended
Recognition
42countriesEmployer-verifiable worldwide
DIP-1017 Advanced Toxicology
Diploma overview

What is the International Diploma in Advanced Toxicology?

The International Diploma in Advanced Toxicology (DIP-1017) is a 480-hour, 60-credit professional diploma awarded by the American Institute of Safety Professionals, USA. Studied fully online and at your own pace, it teaches how toxic substances are absorbed, metabolised and cause harm — and how regulators turn that science into exposure limits and risk assessments.

It is the Institute's only toxicology-specific diploma. Other diplomas tell you which exposure limit applies; this one explains how those limits are derived, the assumptions behind them and where they fall short — from molecular and cellular effects, through organ systems, to population-level risk.

Core competencies

What you'll master

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

  1. 01 Toxicokinetics & dose-response Absorption, distribution, metabolism and excretion (ADME), cytochrome P450, NOAEL, LOAEL and benchmark dose modelling.
  2. 02 Target organ toxicity Liver, kidney, nervous system, heart, lungs, skin, reproductive and endocrine effects — and the biomarkers that reveal them.
  3. 03 Carcinogenicity & genotoxicity IARC classification, NTP testing, the Ames test, mutagenicity and developmental toxicity.
  4. 04 Exposure assessment Sampling strategies, biological monitoring and a critical view of OSHA PELs, ACGIH TLVs and NIOSH RELs.
  5. 05 Regulatory risk assessment The four-step paradigm under OSHA, EPA IRIS and FDA, plus GHS classification and REACH registration.
  6. 06 Emerging hazards Nanomaterials, chemical mixtures, endocrine disruptors and computational toxicology (QSAR, AOPs).
WHO IT'S FOR

Who should take this diploma?

Professionals who work with chemical hazards and need to understand — not just apply — the science behind exposure limits and risk decisions.

  • Industrial hygienists and occupational health professionals who apply PELs, TLVs and RELs and want the toxicology behind them
  • Occupational health physicians and nurses adding structured toxicology training to clinical practice
  • Toxicologists seeking a formal qualification spanning occupational, regulatory and applied toxicology
  • Regulatory affairs professionals managing OSHA, EPA or FDA compliance
  • Safety managers and HSE directors in chemicals, pharmaceuticals, petroleum and agrochemicals
  • Environmental health scientists and risk assessors working on contaminated land, air and water quality
  • Product safety professionals in consumer products, cosmetics and food

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?

How your 480 hours are spent
180 hrsGuided learning
300 hrsSelf-study, research and assessment
01

ATX1017/101 Foundations of Advanced Toxicological Science

Master the toxicokinetic and toxicodynamic principles that underpin every exposure limit.

  • Absorption routes, bioavailability and membrane transport
  • Distribution: blood–brain barrier, protein binding, volume of distribution
  • Phase I and II biotransformation and cytochrome P450 enzymes
  • Renal, biliary and pulmonary excretion
  • Threshold and non-threshold dose-response models
  • NOAEL, LOAEL, benchmark dose and reference dose derivation
02

ATX1017/102 Target Organ Toxicity and Systemic Effects

Understand how toxicants damage each organ system — and the biomarkers that reveal it.

  • Hepatic toxicity: hepatocellular injury, cholestasis and cirrhosis
  • Renal toxicity, including heavy-metal nephropathy and solvent-induced failure
  • Central and peripheral neurotoxicity, solvent encephalopathy and metal neurotoxicity
  • Cardiovascular and pulmonary toxicity: pneumoconioses, fibrosis, occupational asthma
  • Dermal toxicity: irritant and allergic contact dermatitis, sensitisation
  • Reproductive and endocrine toxicity, and biomarkers of effect
03

ATX1017/103 Genetic, Developmental and Chronic Toxicology

Assess cancer, genetic and developmental hazards using the frameworks regulators rely on.

  • Initiation–promotion–progression; genotoxic vs non-genotoxic carcinogens
  • IARC classification (Groups 1–3) and NTP carcinogenicity testing
  • DNA damage mechanisms and chromosomal aberrations
  • The Ames test and in vivo genotoxicity assays
  • Teratogenicity, critical windows of susceptibility and the thalidomide case
  • Chronic toxicology: latency and attributing occupational disease
04

ATX1017/104 Exposure Assessment and Occupational Toxicology

Connect workplace exposure to internal dose, health outcome and the limits that govern it.

  • Inhalation, dermal and ingestion exposure pathways
  • Personal and area sampling strategies
  • Biological monitoring in blood, urine and exhaled air
  • Exposure modelling and statistical exposure distributions
  • Critical evaluation of exposure limits and their uncertainties
  • Occupational disease epidemiology
05

ATX1017/105 Regulatory Toxicology and Risk Assessment Frameworks

Apply the four-step risk assessment paradigm the way OSHA, EPA and FDA do.

  • Hazard identification, dose-response, exposure assessment and risk characterisation
  • OSHA PEL derivation, significant-risk and feasibility analysis
  • EPA IRIS, reference doses, cancer slope factors and unit risk
  • FDA acceptable daily intake, safety factors and GRAS
  • Uncertainty factors and inter- and intra-species extrapolation
  • International harmonisation: GHS classification and REACH registration
06

ATX1017/106 Applied Toxicology, Emerging Hazards and Advanced Risk Control

Get ahead of the hazards that today's exposure limits don't yet address.

  • Nanotoxicology: size-dependent toxicity and barrier translocation
  • Mixture toxicity: additive, synergistic and antagonistic effects
  • Cumulative risk assessment for multi-chemical exposure
  • Endocrine disruptors, low-dose and non-monotonic responses
  • Computational toxicology: QSAR and in silico modelling
  • Adverse outcome pathways and the move beyond animal testing
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
    Enrol and get access Your student dashboard and all learning resources, provided by the Institute.
  2. 2
    Study each unit Work through six units around your job, with your assessor on hand.
  3. 3
    Technical paper An 800–1,000 word formative paper per unit, with feedback before your report.
  4. 4
    Professional report A 3,500–4,500 word summative report, to the standard expected for board-level or regulatory review.
  5. Graduate and get verified Receive your diploma, transcript and wallet card, verifiable online.
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?

Every graduate receives a diploma certificate, an official transcript and a professional wallet card. Each carries a unique record that employers can verify online in seconds — no phone calls, no waiting.

  • Diploma certificate Hard-bound and/or PDF, depending on your package
  • Official transcript All six units with credits and results
  • Professional wallet card Front and back, with a QR code for instant checks
How verification works
Diploma certificate — International Diploma in Advanced Toxicology
Diploma certificate Sample · DIP-1017
Wallet card · front — International Diploma in Advanced Toxicology
Wallet card · front Sample
Wallet card · back — International Diploma in Advanced Toxicology
Wallet card · back Sample
Career outcomes

What careers does the diploma lead to?

Graduates work in specialist toxicology, regulatory and occupational health roles across chemicals, pharmaceuticals, petroleum, consumer products and environmental health — from Occupational Toxicologist to Corporate Toxicology Director.

Typical salary ranges, USA Annual base salary, USD
Senior Toxicologist / Corporate Toxicology Director
$110k–$180k
Regulatory Toxicologist / Risk Assessment Scientist
$100k–$160k
Occupational Toxicologist
$95k–$150k
Senior Industrial Hygienist (Toxicology)
$90k–$140k
Environmental Health Risk Assessor
$85k–$135k
Indicative ranges as published by the American Institute of Safety Professionals; actual pay depends on region, employer and experience.
Gulf region $8k–$20k / month Plant HSE Director roles, typically tax-free
Consulting $1.5k–$3k / day Principal industrial safety consultant day rates
Choosing the right diploma

Advanced Toxicology or Advanced Industrial Hygiene?

Toxicology explains why — and at what dose — a substance causes harm. Industrial hygiene measures and controls workers' exposure to it. Take both for complete occupational health competency.

Compare This diplomaAdvanced Toxicology Also offeredAdvanced Industrial Hygiene
Core question Why, and at what dose, is a substance harmful? How much are workers exposed, and how is it controlled?
Focus Toxicological science and regulatory risk assessment Exposure measurement and control
Typical methods ADME, dose-response, organ toxicity, risk characterisation Air sampling, analytical methods, ventilation design
Exposure limits How limits are derived, and where they fall short Measuring compliance against limits
Enroll in this diploma → View Advanced Industrial Hygiene
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?

$900 for the Digital package, or $950 with a hard-bound printed diploma. One fee covers tuition, all 12 assessments, assessor support and your credentials.

Digital

PDF credentials, delivered online
$900$975.99
  • All 6 units and learning resources
  • 12 assessments with assessor feedback
  • Dedicated account manager
  • 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?

ADME and dose-response in depth From membrane transport and CYP450 metabolism to NOAEL, LOAEL and benchmark dose modelling.
Every organ system covered Hepatic, renal, neurological, cardiovascular, pulmonary, dermal and reproductive toxicity, with biomarkers for each.
OSHA, EPA and FDA frameworks PEL derivation, EPA IRIS, cancer slope factors, uncertainty factors and the policy behind standard-setting.
Frontier topics Engineered nanomaterials, mixture toxicity, endocrine disruptors, QSAR modelling and adverse outcome pathways.
Academic rigour 480 hours, 60 credits and dual assessment, with plagiarism checks and strict integrity policies.
Recognised in 42 countries Fully online and verifiable by any employer, anywhere in the world.
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 Advanced Toxicology?

It is a 480-hour, 60-credit online professional diploma (DIP-1017) awarded by the American Institute of Safety Professionals, USA. It covers toxicokinetics, target organ toxicity, carcinogenicity, exposure assessment, regulatory risk assessment under OSHA, EPA and FDA, and emerging hazards such as nanomaterials and endocrine disruptors.

How is it different from the Advanced Industrial Hygiene diploma?

This diploma teaches the toxicological science behind exposure limits — how substances are absorbed, metabolised and cause harm at a given dose. The Advanced Industrial Hygiene diploma covers measuring and controlling exposure through air sampling, analytical methods and ventilation design. Choose this one for the science, and take both for complete occupational health competency.

Do I need a degree to enrol?

No. A science background in chemistry, biology, pharmacology, medicine, environmental science or a related field is strongly recommended, and practical experience of chemical hazard management helps, but no formal degree is required. All teaching and assessment are in English, so professional written English is needed.

How long does it take?

The diploma carries 480 hours of total qualification time, including 180 hours of guided learning. It is fully self-paced, and most learners finish within 3 to 12 months while working full-time, depending on their pace and prior experience.

How is it assessed?

There are no exams. Each unit has a formative assessment (an 800–1,000 word technical paper) and a summative assessment (a 3,500–4,500 word professional report) — about 26,000–33,000 words in total. A qualified assessor grades your work against a defined rubric, and every submission is plagiarism-checked.

How much does the diploma cost?

$900 for the Digital package, which includes a PDF diploma, transcript and wallet card, or $950 for the Complete package, which adds a hard-bound printed diploma. The fee covers tuition, all 12 assessments and assessor support. Fees and VAT may apply, and courier charges for printed diplomas are extra.

Is it equivalent to a university degree?

No — it is a professional qualification, not a university degree. Its 480-hour structure, 60 credits, dual-assessed units and academic-integrity standards are designed to compete with university postgraduate diplomas on employer value and career outcomes.

Does it cover regulatory risk assessment under OSHA, EPA and FDA?

Yes. Unit 5 (ATX1017/105) covers the four-step risk assessment paradigm — hazard identification, dose-response, exposure assessment and risk characterisation — as applied by OSHA, EPA and FDA, including uncertainty factors and inter-species extrapolation. Unit 2 covers organ-specific toxicity in depth.

Does it cover nanotoxicology and emerging hazards?

Yes. Unit 6 (ATX1017/106) covers nanotoxicology, mixture toxicity, endocrine-disrupting chemicals and computational toxicology, including QSAR modelling and adverse outcome pathways.

Is the diploma studied online?

Yes. You study through the Institute's online student dashboard (LMS), with blended learning also available. Enrolment is open from January 2026 to December 2027, all learning resources are provided, and you can start and progress at your own pace.

What will I receive when I finish?

A diploma certificate, an official transcript and a professional wallet card from the American Institute of Safety Professionals. Every credential can be verified by employers at amiosp.com/student-verifications.

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