Grading System Disadvantages Science and Technology Students, Threatening Sweden's STEM Goals

A report shows that Sweden's grading system lowers final grades for science and technology students, affecting stem enrollment and prompting calls for reforms.

    Key details

  • • Students in natural science and technology programs receive lower final grades than peers in other programs.
  • • The government aims to raise enrollment in STEM programs from 21% to 25% by 2035.
  • • High-achieving students avoid STEM tracks due to grade disadvantages, opting for social sciences or arts.
  • • Sveriges Ingenjörer proposes reforms: extra merit points for STEM, maintaining math merit points, and weighting math and physics grades more heavily.

A recent report by Sveriges Ingenjörer reveals that students enrolled in Sweden's natural sciences and technology high school programs consistently receive lower final grades compared to their peers in social sciences, economics, or arts programs. This disparity discourages high-achieving students from pursuing STEM tracks, despite the government’s goal to increase enrollment in these programs from 21% to 25% by 2035. The analysis, which examined around 200,000 student records, showed that a student entering with average grades can expect a significantly higher final grade by choosing social sciences instead of science or technical programs. For example, a student with an average C grade in primary school could graduate 0.7 points higher in social sciences than in natural sciences.

Johan Kreicbergs, social policy chief at Sveriges Ingenjörer, points out that this grading imbalance forces students into strategic choices aiming at better grades rather than their interest or the nation's technology ambitions. The current grading system unfairly penalizes those choosing STEM paths, risking Sweden's status as a technology nation.

To counteract this trend, the report suggests reforms such as awarding extra merit points for natural sciences and technology when applying to higher education, maintaining bonus points for advanced mathematics, and weighting grades in mathematics and physics more heavily. These measures aim to encourage more students to pursue STEM education aligned with national workforce needs.

This article was translated and synthesized from Swedish sources, providing English-speaking readers with local perspectives.

Source comparison

Expected graduation grades

Sources report different expected graduation grade disparities for students in science programs compared to social sciences and arts.

via.tt.se

"Students in natural sciences and technology programs tend to receive lower final grades compared to their peers in social science, economics, or arts programs."

dagensopinion.se

"A student with an average grade of C in all subjects from primary school could anticipate a 0.7 point higher graduation grade if they select the social science program over the science program."

Why this matters: Source 170564 states that students in natural sciences and technology programs receive lower final grades compared to peers in social sciences, but does not quantify the differences. Source 170575 provides specific numerical differences in expected graduation grades, indicating a 0.7 point difference for C average students and 1.6 points for arts programs. This discrepancy in the level of detail affects understanding of the grading disparities.

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