Cite as: A. Klevmarken; 2022; Microsimulation for Public Policy. Experiences from the Swedish Model SESIM; International Journal of Microsimulation; 15(1); 153–185. doi: 10.34196/ijm.00258
Abstract
This paper reviews policy applications of the Swedish microsimulation model SESIM. These applications include studies of grants and loans to students, redistribution through the public sector and in particular the consequences of population ageing. The paper also discusses the structure and properties of SESIM and demonstrates how the model can be used to evaluate alternative policies.
This article contains 14 figures and 10 tables.
Figures
Figure 1. Structure of SESIM (Source Flood (2008a)). Note: The module “Noncash benfits” was not used in the project on population ageing, it was instead replaced by the module “Health and care of elderly”.Figure 2. Public sector balances for people born in 1930-2009. (SEK, average per year of survival in Sweden adjusted for price changes and real growth.)Figure 3. Simulated average days of inpatient care by age 50-100 for the birth cohorts of 1930, 1940, and 1950. Men and women, respectively. Source: Figure 10.2 in Bolin et al. (2008c).Figure 4. Simulated development of total number of days of inpatient care for the total Swedish population, by gender. Source: Figure 10.7 in Bolin et al. (2008c).Figure 5. Simulated population shares in work, retirement and disability; all age groups. Source: Figure 5 in Bolin et al. (2008b).Figure 6. Average transition age to old-age retirement by gender using two alternative scenarios. Source: Figure 10 in Bolin et al. (2008b)Figure 7. Financial and real wealth and cost of housing in SESIM. Source: Figure 1 in Flood and Klevmarken (2008).Figure 8. Mean net wealth by period and age of the oldest in the household (SEK in 1999 prices). Source: Figure 3 in Flood and Klevmarken (2008).Figure 9. Simulated health status 2000-2040 for people aged 75+. (Population shares by health status and year.). Source: Figure 13 in Bolin et al. (2008a).Figure 10. Total number of elderly with around-the-clock care 2000-2039 (1000s). Source: Figure 6 in Fransson et al. (2008).Figure 11. Total number of elderly with home help 2000-2039 (1000s). Source: Figure 6 in Fransson et al. (2008).Figure 12. Average taxable income for retired relative to the average taxable income of working cohorts aged 20-64, by birth cohort and calendar year. Source: Figure 11 in Flood et al. (2008).Figure 13. Poverty share by birth cohort and age (equivalized disposable income less than 50 % of the median income of the adult population). Source: Figure 14 in Flood et al. (2008).Figure 14. Share of elderly living close to adult children. Source: Figure 2 in Fransson et al. (2008).
Tables
Table 1. Life-cycle incomes and return to higher education.
Non university program
Short university program
Long university program
Males
Females
Males
Females
Males
Females
Life-cycle income (1000 SEK)
6974
5120
7727
5911
8861
6752
Total return to education (1000 SEK)
0
0
753
790
887
631
Rate of return to education per year %
6.0
8.7
4.9
6.3
Source: Table 5.2, Ericson and Hussénius, 2000.
Table 2. Share of students with loans who get their loans remitted at the age of 65 by gender and length of schooling.