Page 117 - handbook 20152016
P. 117

Faculty of Science Handbook, Session 2015/2016


               3.   Joshi, M. S., & Paterson, J. M. (2013). Introduction to   Brownian  motion  and  Itô’s  lemma:  Brownian  motion,  Itô’s
                   Mathematical  Portfolio  Theory.  Cambridge  University   lemma, Sharpe ratio, martingale representation theorem
                   Press.
               4.   Panjer, H. H. (1997). Financial Economics. Society of   Term  structure  of  interest  rate:  Vasicek  model,  Cox-
                   Actuaries Foundation.                       Ingersoll-Ross model, Black-Derman-Toy binomial tree

                                                               Models for credit risk: Structural, reduced form and intensity
               SIQ3003   ACTUARIAL MATHEMATICS II              based models, Merton model, valuing credit risky bonds

               Reserves:  fully  continuous  and  discrete  reserves,   Assessment:
               semicontinuous  reserves,  prospective  and  retrospective   Continuous Assessment:      40%
               reserves,  expense  reserves,  variance  of  loss,  special   Final Examination:        60%
               formulas, recursive formulas.
                                                               Medium of Instruction:
               Markov  Chains:  discrete  and  continuous  Markov  chains,   English
               Kolmogorov’s  forward  equations,  premiums  and  reserves
               using Markov chains, multiple-state models.     Humanity Skill:
                                                               CS3, CT3
               Multiple  Decrement  Models:  discrete  and  continuous
               decrement  models,  probability  functions,  fractional  ages,   References:
               multiple  and  associated  single  decrement  tables,  uniform   1.  Broverman,  S.  A.  (2010).  Mathematics  of  investment
               assumption.                                        and credit, 5th Ed., Actex Publications.
                                                               2.  Kellison,  G.  (2008).  Theory  of  Interest,  3rd  Ed.,
               Multiple Life Models: joint life, last survivor and contingent   McGraw-Hill.
               probabilities, moments and variance of multiple life models,   3.  McDonald, R. L. (2012). Derivatives markets, 3rd Ed.,
               multiple life insurances and annuities.            Prentice Hall.
                                                               4.  McCutcheon, J.J., Scott W.F.(1989). Introduction to the
               Unit-linked contracts and profit tests: Emerging costs, profit   Mathematics of Finance, Butterworth-Heinemann.
               testing for conventional and unit-linked contracts.

               Assessment:                                     SIQ3005     LIFE INSURANCE AND TAKAFUL
               Continuous Assessment:       40%
               Final Examination:           60%                Insurance  products  and  unit-linked  insurance;  Group  Life
                                                               insurance;  Operation  of  a  Life  Insurance  company:
               Medium of Instruction:                          underwriting,  claims,  marketing  and  distribution  methods;
               English                                         Profit  testing  ;  Takaful  insurance;  Regulations:  Insurance
                                                               Act, taxation and role of Bank Negara.
               Humanity Skill:
               CS3, CT3                                        Assessment:
                                                               Continuous Assessment:       40%
               References:                                     Final Examination:           60%
               1.   Bowers,  N.,  Gerber,  H.,  Hickman,  J.,  Jones,  D.,
                   Nesbitt,  C.  (1997).  Actuarial  mathematics,  2nd  ed.,   Medium of Instruction:
                   Society of Actuaries.                       English
               2.   Dickson, D. C., Hardy, M. R., & Waters, H. R. (2013).
                   Actuarial  mathematics  for  life  contingent  risks.   Humanity Skill:
                   Cambridge University Press.                 CS2, CT1, LL2
               3.   Cunningham, R. J. (2011). Models for quantifying risk.
                   Actex Publications.                         References:
               4.   Promislow,  S.  D.  (2011).  Fundamentals  of  actuarial   1.  Fisher, Omar Clark (2013). A Takaful Primer: Basics of
                   mathematics. John Wiley & Sons.                Islamic Insurance. Thomson Reuters.
                                                               2.  Archer,  S.,  Karim,  R.  A.  A.,  &  Nienhaus,  V.  (Eds.).
                                                                  (2011).  Takaful  Islamic  Insurance:  Concepts  and
                                                                  Regulatory Issues (Vol. 764). John Wiley & Sons.
               SIQ3004    MATHEMATICS OF FINANCIAL             3.  Yusof,  Mohd  Fadzli  (2006).  Mengenali  Takaful,  IBS
                        DERIVATIVES                               Buku Sdn Bhd.
                                                               4.  Gonulal,  S.  O.  (Ed.).  (2012).  Takaful  and  Mutual
               Introduction to derivatives: Call and put options, forwards,   Insurance: Alternative Approaches to Managing Risks.
               futures, put-call parity.                          World Bank Publications.

               Binomial  models:  one-step  model,  arbitrage,  upper  and
               lower  bounds  of  options  prices,  construction  of  multi-step   SIQ3006   RISK THEORY
               binomial tree.
                                                               Loss  distributions:  Claim  frequency  and  claim  severity
               The Black-Scholes model: Pricing formula, options Greeks,   distributions,   creating   new   distributions,   parameter
               trading strategies, volatility.                 estimation  methods,  goodness-of-fit  tests,  risk  sharing
                                                               arrangements.
               Hedging:  Market  making,  delta  hedging,  Black-Scholes
               partial   differential   equation,   delta-gamma-theta   Aggregate  risk  models:  Individual  risk  models,  collective
               approximation                                   risk models, reinsurance.

               Exotic  options:  Asian  options,  barrier  options,  compound   Run-off  triangle:  Chain  ladder  method,  average  cost  per
               options,  gap  options,  all-or-nothing  options,  exchange   claims method, Bornheutter-Ferguson method.
               options.



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