MSc Actuarial Science
An accelerated postgraduate programme designed for graduates seeking fast-track professional actuarial qualification. Gain CT/CM exam exemptions, master advanced insurance mathematics, and enter the profession as a near-qualified actuary.
Advanced Actuarial Studies
The MSc Actuarial Science is an intensive one-year programme for those who already hold a strong mathematics, statistics, or finance undergraduate degree. It provides the advanced technical knowledge required for near-instant IFoA/SOA qualification and senior-level industry entry.
- Advanced Life Insurance: Multi-state modelling, profit testing, and embedded options in life products.
- Non-Life Mathematics: Stochastic reserving, extreme value theory, and catastrophe reinsurance pricing.
- Solvency II: Pillar 1 SCR/MCR calculations, internal models, and ORSA frameworks.
- Research Project: A substantial actuarial dissertation conducted in partnership with an industry sponsor.
Fast-Track Qualification
Every module in this programme is explicitly aligned to IFoA Core Technical (CT) and Core Principles (CM/CS/CB) syllabus requirements. Students leaving this programme typically hold exemptions from 6 to 9 IFoA papers — the maximum achievable through a single academic programme.
- Exam Coaching: Dedicated IFoA exam-preparation sessions with past paper workshops and examiner feedback.
- Mentorship: Each student is paired with a Fellow of the Institute and Faculty of Actuaries (FIA) throughout the year.
- Solvency II Lab: Hands-on regulatory capital modelling using industry-standard tools.
- Industry Placement: An optional 12-week industry block placement with partner insurers and consultancies.
- Global Network: Access to D'Math University's alumni network across 45 countries for international placements.
Click any course to view its objective and learning outcomes.
ACS 501 Advanced Probability & Stochastic Models +
Objective
To establish the probabilistic foundation needed for actuarial research.
Learning Outcomes
- Apply measure-theoretic probability.
- Use martingale convergence.
- Apply Brownian motion to insurance.
- Use Lévy processes.
- Apply Itô calculus.
ACS 502 Loss Distributions +
Objective
To fit and interpret heavy-tailed distributions in actuarial work.
Learning Outcomes
- Estimate parameters by MLE.
- Compare candidate models.
- Apply EVT to extreme losses.
- Estimate VaR and Expected Shortfall.
- Adjust losses for inflation.
ACS 503 Survival Analysis & Life Contingencies +
Objective
To extend life-contingency methods to advanced survival modelling.
Learning Outcomes
- Apply Kaplan-Meier and Cox models.
- Adjust for select-and-ultimate mortality.
- Use multi-state models.
- Apply Lee-Carter mortality projection.
- Discuss longevity risk.
ACS 504 Risk Theory & Reinsurance +
Objective
To analyse aggregate insurance risk and reinsurance arrangements.
Learning Outcomes
- Apply Cramér-Lundberg model.
- Compute ruin probabilities.
- Design reinsurance treaties.
- Apply collective and individual risk models.
- Quantify aggregate retention.
ACS 505 Investment Mathematics +
Objective
To value financial assets used in actuarial portfolios.
Learning Outcomes
- Apply term-structure models.
- Use stochastic discount factors.
- Apply Black-Scholes for embedded options.
- Use Heath-Jarrow-Morton framework.
- Manage interest-rate risk.
ACS 506 Pension Fund Mathematics +
Objective
To project liabilities and design pension schemes.
Learning Outcomes
- Apply DB and DC valuation methods.
- Project pension liabilities.
- Apply funding and accounting valuations.
- Design de-risking strategies.
- Discuss pension regulation.
ACS 507 Stochastic Calculus +
Objective
To apply Itô calculus to insurance and finance.
Learning Outcomes
- Apply Brownian motion and Itô's lemma.
- Solve stochastic differential equations.
- Apply Girsanov's theorem.
- Use Feynman-Kac formula.
- Apply martingale representation.
ACS 508 General Insurance Pricing +
Objective
To set premiums for general insurance products.
Learning Outcomes
- Apply GLMs to claim frequency and severity.
- Use credibility theory.
- Apply machine learning to pricing.
- Compute capital requirements.
- Comply with rate-regulation rules.
ACS 509 Capital Modelling +
Objective
To build internal models of insurer capital under stress.
Learning Outcomes
- Apply Solvency II SCR calculation.
- Build internal capital models.
- Apply ESG (economic scenario generator).
- Aggregate risks via copulas.
- Apply own risk and solvency assessment.
ACS 510 Solvency II Regulation +
Objective
To navigate the Solvency II regulatory framework.
Learning Outcomes
- Apply Pillars 1, 2 and 3 requirements.
- Compute SCR and MCR.
- Apply technical provisions.
- Build ORSA reports.
- Discuss regulatory developments.
ACS 511 Predictive Analytics for Actuaries +
Objective
To apply machine learning to actuarial problems.
Learning Outcomes
- Apply GLMs and tree ensembles to pricing.
- Use neural networks for tabular data.
- Apply unsupervised learning to segmentation.
- Build interpretability tools.
- Discuss ethical issues in algorithmic pricing.
ACS 512 Master's Dissertation +
Objective
To complete an original actuarial research project.
Learning Outcomes
- Identify a research-quality actuarial problem.
- Apply rigorous methodology.
- Acquire and analyse insurance data.
- Write a 15,000-word dissertation.
- Defend orally to a panel.
Advanced Life Insurance Mathematics
Multi-state models, participating policies, embedded options, with-profits contracts, and profit testing under realistic scenarios.
Non-Life Insurance Mathematics
Chain-ladder, Bornhuetter-Ferguson, extreme value theory, catastrophe modelling, and reinsurance pricing frameworks.
Stochastic Investment Modelling
Wilkie model, regime-switching models, asset-liability management, and stochastic valuation of insurance liabilities.
Enterprise Risk Management
ERM frameworks, risk appetite, emerging risks, ORSA, and integrated risk and capital management for insurance groups.
Predictive Modelling for Actuaries
GLMs, GAMs, gradient boosting, random forests, and neural networks applied to insurance pricing and claims modelling in R.
Actuarial Capital Modelling
Internal model construction, Monte Carlo simulation of capital requirements, correlation assumptions, and model validation.
Solvency II & Regulation
Pillar 1 Standard Formula, SCR and MCR calculation, Pillar 2 governance, Pillar 3 reporting, and IFRS 17 accounting.
Health & Care Insurance
Morbidity modelling, critical illness pricing, long-term care insurance, disability income products, and pandemic risk.
Qualified Actuary (FIA/FSA)
Emerge from the programme close to full qualification, with the majority of IFoA Core Technical papers exempt and a clear path to Fellowship within 2–3 years.
Chief Actuary
Senior leadership roles at insurance companies, with responsibility for reserving, pricing, and regulatory actuarial functions across global portfolios.
Solvency II Specialist
Expert roles within regulatory compliance teams, internal model validation units, and consulting practices focused on European insurance regulation.
Risk Manager
Oversee quantitative risk frameworks within banks, insurers, and asset managers, covering market, credit, and operational risk domains.
Reinsurance Specialist
Pricing, structuring, and negotiating complex reinsurance treaties at Munich Re, Swiss Re, Lloyd's syndicates, and specialist boutiques.
Longevity Risk Analyst
Model mortality trends and longevity risk for pension funds, annuity providers, and longevity swap counterparties in the capital markets.
Why D'Math University — Our 4-Step Approach
Diagnostic Assessment
Every student undergoes a diagnostic exam mapping prior learning to IFoA syllabi, creating a personalised exemption plan and study schedule for the year.
Intensive Technical Teaching
Small cohorts of 20 students per module ensure intensive, discussion-led teaching by qualified actuaries and academic researchers.
Industry-Linked Project
The MSc dissertation is sponsored by an industry partner, giving students real data, real problems, and a professional contact within their chosen sector.
Post-Graduation Support
We provide two years of post-graduation exam coaching and career support, ensuring every graduate reaches full Fellowship as quickly as possible.
Speak to an adviser — admissions@dmathu.ac | IFoA exemption assessment included