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Alexander Matthew Perhac, FCAS

Exams & Designations (2007 - Present)
 
NAME_IDLAST_NAMEFIRST_NAMEDESIGNATIONSSHORT_NAMEDATE_PASSEDSITTING_IDEXAM_IDCATEGORYNUM_WROTENUM_PASSEDPASS_RATEAVERAGE PASS RATEPASS_MARKSOCIETYTYPECHANGEDUPLICATEPASS_RATE_DIFFDISPLAY_DATEURL
pxdvcfPerhacAlexander MatthewFCASP5/1/2017 12:00:00 AM100059Preliminary235299042.142.771.0SOAExam00-0.6May-2017p
pxdvcfPerhacAlexander MatthewFCASFM8/1/2017 12:00:00 AM101741Preliminary2562128550.247.970.0SOAExam002.3Aug-2017fm
pxdvcfPerhacAlexander MatthewFCASMFE11/1/2017 12:00:00 AM106555Preliminary2814147052.245.872.0SOAExam006.4Nov-2017mfe
pxdvcfPerhacAlexander MatthewFCASC2/1/2018 12:00:00 AM107517Preliminary2521118246.945.667.0SOAExam001.3Feb-2018c
pxdvcfPerhacAlexander MatthewFCASMAS-I5/1/2018 12:00:00 AM112177Preliminary50022945.845.4 CASExam000.4May-2018mas-i
pxdvcfPerhacAlexander MatthewFCAS510/1/2018 12:00:00 AM11643Preliminary60018731.240.5 CASExam00-9.3Oct-20185
pxdvcfPerhacAlexander MatthewFCASOC112/1/2018 12:00:00 AM119657Preliminary36625670.077.1 CASExam00-7.1Dec-2018oc1
pxdvcfPerhacAlexander MatthewFCAS6-U.S.5/1/2019 12:00:00 AM12288Preliminary56028550.942.5 CASExam008.4May-20196-us
pxdvcfPerhacAlexander MatthewFCASOC26/1/2019 12:00:00 AM129958Preliminary19815578.275.2 CASExam003.0Jun-2019oc2
pxdvcfPerhacAlexander MatthewFCAS810/1/2019 12:00:00 AM128912Fellowship108037634.839.1 CASExam00-4.3Oct-20198
pxdvcfPerhacAlexander MatthewFCASACAS11/1/2019 12:00:00 AM129673Preliminary     CASDesignation00 Nov-2019acas
pxdvcfPerhacAlexander MatthewFCAS710/1/2020 12:00:00 AM14439Fellowship84843951.846.2 CASExam005.6Oct-20207
pxdvcfPerhacAlexander MatthewFCAS910/1/2020 12:00:00 AM144513Fellowship64529545.749.4 CASExam00-3.7Oct-20209
pxdvcfPerhacAlexander MatthewFCASFCAS5/1/2021 12:00:00 AM147174Fellowship     CASDesignation00 May-2021fcas
'Pass Rate Difference' =
pass rate for that exam sitting - historical average pass rate

Exam Speed and Difficulty Analysis

For a discussion of the ranking system, click here.
Speed Ranking 1 / 1,634
Difficulty Ranking 2,027 / 6,326
Cumulative Travel Time Distributions
Percentage of exam writers who reached milestone faster than given travel time
 
AVERAGE TRAVEL TIMES

For those with first exam pass in May-2017

CAS Preliminary Exams2.33 years (3 people)

ACAS Designation5.00 years (3 people)

FCAS Designation5.50 years (2 people)

Note: the number of people quoted above are what the average travel time for each category is based on.
Travel Times vs. Date of First Exam Pass
This graph aims to show how travel times are changing over time
 


Note on the analysis above:
Speed Percentile = (Slower Than Me + Equal To Me) / (Slower Than Me + Equal To Me + Faster Than Me)
Difficulty Percentile = (Easier Than Me + Equal To Me) / (Easier Than Me + Equal To Me + Harder Than Me)

The above (far) graph is constructed in such a way that the annotated percentiles shown with circles are the complement of the percentiles in red table, ie: percentile in red table = (1 - percentile in graph). This ensures the graph maintains the familiar standard cumulative distribution look while the percentiles in the red table remain intuitive- ie. higher percentile meaning faster exam progress and vice versa.

Note that the 'Equal To Me' column does not include the person in question, therefore the total number of people included in each category can be calculated as the sum of the three columns plus one. The 'X / Y' ranking shown in the headers of the red and blue tables are the highest ranking categories (by percentile) achieved by that individual.

The above (near graph) compares individual travel times to the average travel times on the date of the first exam pass. Each line represents the average travel time for all exam takers who passed their first exam on the given date along the x-axis. This graph necessarily slopes downward since the completion of a set of exams that started more recently must necessarily have occured within within a shorter timespan than exams started earlier. Over time, the left portion of the graph will reveal if travel times are changing over time - if they are not, then that portion of the graph should remain flat.