Beyond Memorization: A Case Study on Effective Study Techniques for STEM vs. Humanities Courses

Many times, students feel like they are walking a tightrope when they have to take courses from both the STEM and Humanities faculties. It is common for students to wonder whether the study techniques that work for calculus can also be applicable in a history seminar. Although common knowledge may imply otherwise, available data shows that there is a lot of crossover between some good learning methods. The focus here is on going beyond mere memorization for understanding even if it involves working out formulas or analyzing fiction literature.

Highlights:

• The study methods in STEM (problem-solving, quantitative reasoning) and humanities (critical reading, writing, analysis) are distinct, although they can both be improved through active learning.

• As compared to passive lectures, the use of active learning techniques in STEM as well as humanities leads to better marks on exams and lower failure rates.

• For enhancing long-term memory, spaced repetition and active recall (self-testing) have proved to be more useful than re-reading notes or cramming.

• In both disciplines, educators are turning more frequently to problem-based learning (PBL) and practical experience.

The Shifting Landscape of Learning: STEM and Humanities Demands

In STEM courses, students are expected to apply logic in solving problems as well as carrying out practicals. On the other hand, humanities subjects teach students how to critically read materials, write analytically, and interpret various forms of literature. According to recent advances in cognitive science, there are better approaches that can help promote understanding of different subjects.

SpringerOpen evaluations have indicated that top performers employ more than just memory; elaboration and metacognitive strategies were associated with higher grades according to a 34-nation research study. However, an overreliance on memorization was connected with poor performance. This is the case even when going through many notes from lessons – passive review is not enough.

It is the opinion of scholars in the humanities that even though memory forms the basis for learning dates and some other facts, literature or history will only be well understood through critical thinking which entails; identification of important ideas, creation of logical views and making use of known facts. The target is to comprehend the meaning and connections of data rather than just remembering it.

Active Learning: A Universal Catalyst for Comprehension

Across all fields, active learning is considered better nowadays because it involves students in various activities like discussions, solving problems and engaging in projects. For instance, STEM witnessed a milestone meta-analysis comprising 225 studies that portrayed the effectiveness of active learning in comparison with the traditional one on improving grades as well as decreasing failure rates; students under the first teaching method were at higher risk of failing than those under active learning alone (Center for Educational Innovation). Thousands of studies have confirmed this over the years.

It has been proven that the humanities also gain from this. According to a 2022 meta-analysis by Springer Nature on one hundred and four college social sciences and humanities studies, there was an average improvement of student performance by 0.49 standard deviations when active instructional techniques were applied, a figure very close to what is obtained in STEM subjects. This is because both require the students to actively participate with the study material and not just be passive learners.

The change is being experienced worldwide, both in high schools and colleges. According to research done at Harvard, it was revealed that students felt that they learned better from well-prepared lectures but in the actual sense scored highly when engaged in active learning. Despite being more tasking, this “desirable difficulty” enhances understanding at a deeper level.

Rethinking Memorization: The Power of Spaced Retrieval and Meaningful Recall

Even though memorizing is still important, it should be done in a different way. Basic facts, formulas or vocabularies are needed in both STEM (e. g. periodic table) and humanities (e. g. historical dates). However, the manner in which one remembers is key.

It is not effective to cram by going through school or lecture notes over and over again. The spacing effect proves that spreading out study sessions enhances memory consolidation to a great extent. Cognitive scientists claim that temporally distributed or spaced learning is twice as effective in comparison with massed learning. If you have a quick look at your work every now and then in some short spaced-out sessions, you will remember it better than if you do this for a long time at once.

Memory is also enhanced through active recall or retrieval practice rather than passive re-reading. It is useful in remembering certain facts such as formulas and figures from literary works. Students who were quizzed about history kept a lot more information in mind for weeks than their counterparts who did nothing but go through the texts over and over again.

In addition, memorization can also make sense. According to research among Canadian undergraduate students who take STEM courses, many learners believe that there is a point in memorizing basic facts when this helps them comprehend and apply such facts to arrive at solutions to difficult problems faster. This suggests that studying through student shared study guides on Studocu or other similar platforms would not just list facts but explain their context to help students understand and learn better.

There is a global trend today towards less emphasis on rote learning even in cultures where examinations have very high stakes. The best students in South Korea use memorization together with metacognitive approaches. In Nigeria, rote learning is opposed by some activists who call for critical thinking like Dr. Leo Igwe.

Problem-Based Learning (PBL): Bridging Theory and Practice Across Disciplines

The adoption of problem-based learning (PBL) is increasing. Although it has been used for many years in training doctors and engineers, students now engage with problems in other areas too: market problems are studied by business students; ethical dilemmas contained in novels constitute “cases” for literature students. The objective is to make the students have a deep engagement through the application of their studies to real-life situations. 

PBL has been embraced by humanities educators too. For instance, the University College London held workshops in 2023 that looked into how PBL could be applied to language and history among other disciplines. It focused on some unique projects which are aimed at promoting inquiry as well as finding solutions such as students trying to save dying words or debating non-existent events with colleagues.

Summary: Cultivating Success Across the Academic Spectrum

One cannot passively go through a university education, whether in STEM or humanities. Real learning requires one to be actively engaged and plan for it. It follows that when students move from mere memory work to an analysis of information they have learned, they become enabled to get high marks and enhance their intellectual development. To sum up, a mix of new teaching methods with the old ones will help create a more knowledgeable and capable generation.

FAQs

Q1: What are the four STEM subjects?

A: STEM stands for Science, Technology, Engineering and Mathematics, which are the four fundamental disciplines.

Q2: What are the best study methods for STEM majors?

A: For one to excel in STEM, they should engage in active learning, practice how to solve problems, study in groups, use concept maps and regular reviews.

Q3: What do you study in a Humanities course?

A: The discipline of humanities examines cultural records such as; history, philosophy, language and literature as well as moral rights and wrongs and fosters critical thinking and understanding.

Q4: How to get better grades in Humanities?

A: To succeed academically it is important that you read critically, improve your writing skills, contribute to discussions, analyze different types of readings and seek feedback.