Why you should study Academic Literacy before entering university?

Academic literacy builds the bridge to future STEM breakthroughs

In an era driven by innovation and technological breakthroughs, scientific competence is the bedrock of progress. For students preparing to enter university in STEM (Science, Technology, Engineering, and Mathematics) fields, mastering complex theories, conducting research, and solving real-world problems are essential skills that will ensure their future professional success. However, one often-overlooked yet crucial factor in this journey is Academic Literacy—the ability to read and understand textbooks and other material, write assignments and other research-based STEM texts, and communicate effectively in an academic setting. 

What is Academic Literacy? 

Academic literacy is not just about reading textbooks and writing exam answers. It encompasses a range of skills, including critical thinking, information processing, research writing and effective communication. In STEM disciplines, where precision and clarity are essential, the ability to articulate ideas accurately and clearly can mean the difference between groundbreaking discoveries and misunderstood findings.

Academic literacy involves several key components

Reading comprehension: The ability to understand complex texts, extract  essential information, and evaluate the validity of sources.Writing proficiency: The skill to present ideas clearly and concisely in  various academic formats, such as research papers, essays, and reports.Information Literacy: The capability to locate, assess, and use information  responsibly from credible academic sources.Critical thinking: The aptitude to analyse data, question assumptions, and  develop logical conclusions.Oral communication: The ability to present ideas effectively in  discussions, presentations, and debates.  
These skills collectively form the foundation of a successful STEM education and career. 

Why Academic Literacy is Essential for STEM Success

STEM students are constantly exposed to complex scientific papers, technical reports, and data-driven analyses. Strong academic literacy helps them decipher technical jargon, understand methodologies, and critically evaluate information. This is particularly important in an age of misinformation, where distinguishing credible sources from unreliable ones is a crucial skill.
Moreover, scientific research is built upon previous studies. To contribute meaningfully to a field, students must understand existing literature, identify knowledge gaps, and develop innovative solutions. Without strong academic literacy, navigating vast amounts of scientific literature becomes overwhelming, leading to superficial understanding rather than deep insights.
In scientific research, collaboration is Innovative thinking in STEM often emerges from the ability to analyse problems from multiple perspectives. Reading widely, writing critically, and engaging in academic discussions refine analytical thinking, enabling students to approach scientific problems with a broader and more creative mindset. For example, breakthrough innovations in fields like artificial intelligence, medical research, and environmental science have stemmed from interdisciplinary collaborations. These collaborations require not only technical expertise but also the ability to communicate ideas across different domains effectively. Academic literacy thus becomes a bridge connecting disciplines, fostering the exchange of knowledge that leads to groundbreaking discoveries.
STEM education is not just about learning formulas and theories—it is about applying them to real-world challenges. Understanding research literature, interpreting statistical data, and writing precise lab reports all require academic literacy. Without these skills, even the brightest minds may struggle to translate their theoretical knowledge into practical applications. For example, engineering students need to draft technical documents, software developers must produce well-documented code, and medical researchers must write clear case studies. Academic literacy ensures that these professionals can document their work effectively, making it accessible and useful to others.

Challenges Faced by Students in Developing Academic Literacy

Despite its importance, many students struggle with academic literacy due to several factors:
Lack of early exposure: Many secondary school curricula do not emphasise  academic literacy, leaving students unprepared for the rigorous reading  and writing demands of university education, which, unfortunately, is the  case in Sri Lanka. That is why many STEM undergraduates struggle with  their studies in the first two-to-three years of their undergraduate  studies. Limited access to resources: In some educational settings, students may not have  access to quality research materials, academic databases, or experienced  mentors.Language barriers: The research indicates that even native English  speakers find mastering the skill of understanding complex scientific  literature challenging. For students who are non-native English speakers,  understanding complex scientific literature in English can be a  significant challenge. Time constraints: STEM courses are often packed with technical subjects,  leaving little time for students to refine their academic literacy  skills.   

Reasons to take an academic literacy course 

Developing active reading,  among other essential reading skills: Students  will learn how to engage in critical reading instead of passively reading  texts as they did in school by questioning arguments, summarising key  points, and making connections between different sources of information.  They will also learn how to keep a reading journal to note important ideas  and reflections that can enhance comprehension.
Practicing academic writing: Students will write research summaries, essays, and  reports that will help them clearly and coherently express scientific  ideas using academic writing styles, such as APA and IEEE, which are  commonly used in STEM fields.
Developing STEM Vocabulary: Students will familiarise themselves with technical  jargon/terminology and discipline-specific language vital for  understanding and articulating STEM concepts effectively. 
Activities especially designed  to develop oral academic literacy: Students  will learn how to carry out debates, discussions, and academic  presentations, which will enhance their verbal communication skills and  confidence in expressing complex ideas. 
Utilising Academic Resources: Students will learn how to select the latest and the  most reliable academic sources and incorporate them into their assignments  to ensure they get the grades/marks they target. 

Conclusion

As Sri Lanka strives to build a knowledge-based economy, fostering scientific competence among young minds is crucial. However, true scientific excellence is achieved not just through technical expertise but also through strong Academic Literacy. School leavers aspiring to pursue STEM fields must recognise that reading, writing, and communicating effectively are as vital as mastering equations and experiments. By honing academic literacy, they can unlock their full potential, contribute to groundbreaking research, and drive the next wave of scientific innovation. Before university, investing time in academic literacy will give students a strong advantage in STEM success. 
The writer is a Lecturer (on contract) in English, Department of Languages, University of Moratuwa.