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Language, and Education Studies English Needs Analysis for Nutrition Students at POLTEKKES Pontianak:
An Exploratory Research Udur Delima Sibatuara1.
Vitha Ama Matuate2 English Language and Culture Department Faculty of Language Universitas Widya Dharma Pontianak 1sibatuaraudurd5@gmail.
com, 2vitha_ama@widyadharma.
Abstract This exploratory study investigates the English language needs of nutrition undergraduates in Poltekkes Pontanak, focusing on academic reading, writing, and professional communication skills to inform an English for Specific Purposes (ESP) framework.
In a globalized academic landscape, proficiency in English is essential for nutritionists to access international literature, collaborate internationally, and communicate findings effectively, yet Poltekkes Pontanak students often face challenges due to limited exposure to discipline-specific terminology and formats.
Drawing from Hutchinson and Waters' .
learner-centered ESP framework, which emphasizes needs analysis to bridge general language competence with field-specific demands, this research employs a mixed-methods approach with 75 second-semester students from the Department of Nutrition and Dietetics.
Faculty of Environmental Health Pontianak.
Data collection included a self-designed Likert-scale questionnaire, semi-structured interviews, and focus groups, supplemented by document analysis of syllabi and textbooks, to identify gaps such as difficulties in comprehending scientific texts, structuring academic writing, and engaging in professional interactions.
Quantitative analysis of frequency distributions yielded mean scores revealing high perceived needs: academic reading .
, writing .
, and professional communication .
, with qualitative thematic analysis highlighting "technical vocabulary struggles" and "confidence in oral interactions" as key themes.
These findings underscore the urgency of tailored interventions, extending beyond classroom walls to foster globally competent professionals capable of contributing to public health initiatives.
The study addresses two research questions integrating Nunan's .
systematic needs analysis and Swales' .
genre analysis, the research proposes a modular, cyclic framework prioritizing vocabulary building, critical reading, structured writing, and task-based communication activities, delivered via blended learning to enhance employability in nutrition and environmental health.
Results demonstrate that English proficiency significantly limits performance .
tem 19 mean 3.
, with 72% of students agreeing it hinders coursework, emphasizing the need for context-specific adaptations in Indonesian higher education.
This framework, validated through pilot testing, aims to transform generic instruction into targeted support, empowering students to navigate evidence-based fields like nutrition with precision and confidence, ultimately advancing interdisciplinary dialogues and global health contributions.
Keywords: English for Specific Purposes (ESP), nutrition undergraduates, professional communication.
INTRODUCTION
In today's globalized academic landscape, proficiency in English has become indispensable for students pursuing specialized fields such as nutrition.
As international research and collaboration increasingly dominate scientific discourse, nutritionists must navigate complex literature, attend conferences, and communicate findings effectively in English.
According to Hutchinson and Waters .
English for Specific Purposes (ESP) plays a pivotal role in equipping learners with targeted language skills tailored to their professional domains, emphasizing how discipline-specific vocabulary and structures bridge gaps between general language competence and field-specific demands.
Exploring the nuances of English needs analysis reveals its critical function in aligning language instruction with learner objectives, particularly for non-native speakers in health
Nutritional studies often involve interpreting dietary guidelines, analyzing clinical BLESS
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Language, and Education Studies trials, and presenting evidence-based recommendationsAiall requiring precise terminology like "macronutrients," "bioavailability," and "epidemiological data.
" Based on Nunan's .
framework for ESP course design, conducting a needs analysis ensures curricula respond to authentic student requirements, preventing generic teaching that overlooks the unique challenges faced by nutrition students encountering technical texts and This exploratory research addresses the gap in existing literature regarding customized English support for nutrition undergraduates, drawing insights from preliminary surveys and interviews to identify key competencies.
In contexts like Indonesia, where many nutrition programs integrate English modules alongside science courses, students frequently struggle with accessing primary sources due to limited exposure to academic writing styles.
Drawing from Swales' .
genre analysis approach, such studies highlight how disciplinary genres shape language expectations, underscoring the need for tailored interventions to enhance comprehension and production in nutritional contexts.
Ultimately, the implications extend beyond classroom walls, fostering globally competent professionals capable of contributing to public health initiatives worldwide.
integrating findings from this study with established pedagogical models, educators can refine syllabi to prioritize interactive activities like case-study discussions and abstract As Hyland .
notes in his work on second-language writing in academia, addressing these needs empowers students to engage confidently in interdisciplinary dialogues, ensuring nutrition expertise translates seamlessly across linguistic boundaries.
To guide this exploratory investigation into the English language requirements of nutrition students, the following research questions were formulated based on principles from English for Specific Purposes (ESP) frameworks.
These questions aim to uncover gaps in current language training while focusing on the practical application of English within nutritional education and practice in Poltekkes Pontianak.
What are the specific English language needs of nutrition undergraduates in Indonesia, particularly regarding academic reading, writing, and professional communication How can an exploratory ESP framework be designed to address the identified gaps in English proficiency among nutrition students for improved academic and career
THEORETICAL REVIEW
Foundations of English for Specific Purposes (ESP) English for Specific Purposes (ESP) emerged as a distinct subfield in the 1960s and 1970s, shifting away from general English instruction toward discipline-tailored language Hutchinson and Waters .
laid the groundwork by defining ESP as a learner-centered approach that analyzes job or study needs to design relevant curricula, arguing that traditional methods fail to equip specialists with functional skills.
Their framework emphasizes three pillarsAilearner needs, target situations, and course designAi which remain central to modern applications in STEM fields like nutrition, where students require precision in conveying scientific concepts.
Building on this.
Nunan .
expanded ESP theory by introducing a systematic needs analysis process, stressing the importance of gathering empirical data through surveys, interviews, and observations to match language inputs with outputs.
He cautioned against assumptions about learner proficiencies, advocating for iterative assessments that reflect real-world demands, such as interpreting peer-reviewed journals in nutrition rather than rote memorization of grammar rules.
This methodological rigor underscores why BLESS
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Language, and Education Studies exploratory studies in niche areas, like those involving health sciences, benefit from direct student feedback to avoid misalignment between teaching and outcomes.
Swales .
further refined ESP by incorporating genre analysis, examining how rhetorical patterns in professional texts shape language acquisition.
His CARS (Create a Research Spac.
model highlights moves like establishing rapport and outlining contributions, which are crucial for nutrition students drafting grant proposals or reviewing literature on micronutrient deficiencies.
By dissecting disciplinary genres.
Swales illustrates how ESP courses can scaffold progression from basic literacy to advanced discourse, making him a key authority for analyzing English needs in evidence-based fields.
Hyland .
integrated sociolinguistic dimensions into ESP, exploring power dynamics and cultural contexts in academic writing.
In his view.
ESL/EFL learners in specialized domains face additional hurdles like navigating plagiarism norms or adapting to Anglo-American conventions in collaborative research.
Applied to nutrition, this perspective reveals tensions in multicultural classrooms, where Indonesian students might grapple with assertive hedging in debates on sustainable diets versus collectivist reporting styles preferred locally.
The Role of Needs Analysis in Specialized Education Needs analysis serves as the cornerstone of ESP implementation, providing a diagnostic lens for identifying gaps between current competencies and required standards.
Brown .
conceptualizes it as a cyclical process involving goal-setting, deficit identification, and evaluation, noting its adaptability across professions.
For nutrition students, this means assessing not just vocabulary breadth but also pragmatic skills like paraphrasing WHO guidelines accurately, thereby tailoring programs to reduce dropout rates linked to language barriers.
Richards .
distinguishes between integrative and componential approaches to needs analysis, recommending holistic evaluations that consider affective factors like He posits that ignoring emotional aspectsAisuch as anxiety during English presentations on obesity trendsAican undermine efficacy, especially in resource-limited settings like Southeast Asian universities.
Empirical studies cited by Richards demonstrate improved retention when analyses incorporate both quantitative metrics .
, pre/posttest.
and qualitative insights .
, reflective journal.
McDonough and Shaw .
offer practical tools for conducting needs analyses, including questionnaires and portfolio reviews, emphasizing triangulation for validity.
They illustrate this with examples from medical education, where simulating patient consultations exposes weaknesses in procedural language.
Translating to nutrition, their framework supports mapping needs around emerging issues like plant-based proteins, ensuring curricula evolve with industry shifts.
Tomlinson .
critiques conventional needs analyses for overlooking individual differences, proposing inclusive designs that accommodate diverse backgrounds.
Drawing from action research, he advocates participatory methods where students co-design solutions, fostering ownership.
In nutrition contexts, this could mean involving peers in workshops on cross-cultural dietary advice, enhancing inclusivity for multilingual cohorts.
Challenges and Opportunities in Nutrition-Specific English Instruction Nutrition as a multidisciplinary field presents unique English challenges, blending biology, chemistry, and social sciences.
Grabe and Kaplan .
analyze reading processes in technical subjects, highlighting inferencing difficulties with dense material like metabolic They recommend scaffolding techniques, such as graphic organizers for protein synthesis diagrams, to build resilience against cognitive overloadAia strategy vital for nutrition students facing rapid advancements in genomics-driven diets.
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focuses on writing in academic disciplines, critiquing formulaic approaches that stifle creativity.
Her error treatment model encourages recursive editing, applicable to nutrition essays on ethical sourcing of ingredients.
Ferris argues that feedback loops improve fluency, reducing errors in passive constructions common in scientific Hinkel .
delves into interlanguage pragmatics, addressing politeness and indirectness in requests or criticisms within nutritional collaborations.
She notes ESL writers often default to literal translations, leading to misunderstandings in global forums.
her corrective feedback protocols promote nuance, aiding Indonesian students in virtual exchanges on climate impacts on food security.
Kroll .
synthesizes bilingualism effects on cognition, suggesting dual-code processing benefits for nutrition experts juggling native and target languages.
However, she warns of interference risks, like mixing Bahasa Indonesia terms with English equivalents in labeling allergens.
Her neurocognitive insights inform hybrid instruction models combining immersion with metacognitive reflection.
Implications for Future Research and Practice Synthesizing prior works, recent meta-analyses affirm ESP's scalability in health Flowerdew .
reviews globalization's impact, finding enhanced employability post-ESP intervention but calling for longitudinal tracking.
Similarly.
Hyland .
updates genre theory for digital literacies, urging adaptation to online platforms for sharing nutritional data amid pandemics.
Innovations like CALL (Computer-Assisted Language Learnin.
integrate technology, as per Warschauer .
, allowing personalized drills for pronunciation of phonetically tricky words like "glycemic index.
" Yet, equity concerns persist, with Hafner et al.
documenting disparities in access, necessitating low-bandwidth alternatives for rural nutrition programs.
Overall, the literature converges on ESP's transformative potential when grounded in robust needs analysis, yet calls for context-specific adaptations.
From foundational theories to contemporary extensions, these sources underscore the imperative for ongoing exploration in nutrition education.
METHODOLOGY
Research Design This exploratory research employed a mixed-methods approach to investigate the English language needs of nutrition undergraduates, focusing on academic reading, writing, and professional communication skills.
The methodology drew from Hutchinson and Waters' .
ESP framework, which emphasizes needs analysis as a learner-centered process to bridge the gap between present and target situations, ensuring relevance to specialized fields like nutrition.
Given the inclusion of approximately 75 students from the Department of Nutrition and Dietetics.
Faculty of Environmental Health, during the second semester, the study prioritized accessible, context-specific data collection to reflect realworld challenges in Indonesian higher education settings.
Participants and Sampling The study recruited 75 second-semester undergraduates from the Department of Nutrition and Dietetics.
Poltekkes Pontianak representing a purposive sample to capture diverse experiences within the program.
Participants were selected based on their enrollment status, ensuring coverage of varying proficiency levels influenced by prior English exposure.
This size allowed for meaningful insights while maintaining feasibility, aligning with exploratory practices in ESP for health sciences where small-to-medium samples suffice for qualitative depth.
Ethical approvals were obtained from the university's ethics committee, with informed consent secured.
anonymity was maintained throughout.
BLESS
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Language, and Education Studies Data Collection Instruments and Procedures:
Primary data were gathered through a self-designed Likert-scale questionnaire administered digitally .
ia Google Form.
to assess perceived needs across skills .
, "Rate your need for improving reading comprehension of nutritional texts: Strongly Disagree to Strongly Agree").
Complementing this, semi-structured interviews .
=15, randomly selected from the cohor.
explored specific difficulties, lasting 20-30 minutes each, audiorecorded and transcribed verbatim.
Focus groups .
sessions, 5-7 students per grou.
facilitated discussion on professional scenarios, such as communicating dietary advice.
Secondary data included document analysis of course syllabi and textbooks to map required English demands.
All procedures occurred over four weeks in Semester 2, minimizing disruption to academic schedules.
Data Analysis Process Quantitative data from the questionnaire were analyzed descriptively using frequency distributions and mean scores in SPSS, identifying skill priorities .
, average ratings for reading vs.
Qualitative data underwent thematic analysis following Braun and Clarke's .
six-step process: familiarization, generating initial codes, searching for themes, reviewing themes, defining/themes, and producing the report.
Codes like "vocabulary barriers in writing" were grouped into themes, verified by two coders for inter-rater reliability (>80%).
Triangulation ensured validity, comparing survey trends with interview insights and document evidence.
This iterative approach mirrored exploratory ESP designs, validating findings against Hutchinson and Waters' .
emphasis on empirical alignment.
Validity.
Reliability, and Limitations Triangulation enhanced internal validity, while pilot-testing the questionnaire with five non-participants checked reliability (Cronbach's alpha >0.
Limitations included potential self-selection bias in responses and a cross-sectional design limiting causal however, the exploratory nature mitigated this by generating hypotheses for future studies.
Outputs informed an initial ESP framework prototype, tested in a follow-up phase with the same cohort.
FINDINGS AND DISCUSSION
The survey data from 75 second-semester nutrition undergraduates .
aged 19, 7 aged 20, 5 aged 21.
31 male, 44 femal.
provides frequency distributions for items 4-20, allowing calculation of weighted mean scores using the formula: Mean = ( (Score y Frequenc.
) / Total Respondents.
This yields precise insights into specific English needs, with higher means indicating stronger perceived requirements.
Below is the detailed itemby-item analysis, categorized by section, based on the provided frequencies .
, for item 4:
5y1 11y2 25y3 31y4 3y5 = 240 / 75 = 3.
These reflect gaps in academic reading, writing, and professional communication, consistent with Indonesian ESP studies that summarize in figure 1.
Academic Reading Skills (Items 4-.
These items focus on comprehension of scientific texts, vocabulary, and speed, with means highlighting challenges in accessing international journals.
Item 4 : Need stronger English reading skills to understand scientific articles on nutrition .
, dietary guidelines or research paper.
Frequencies : 5 .
, 11 .
, 25 .
, 31 .
, 3 .
Calculation : .
y1 11y2 25y3 31y4 3y.
/ 75 = 240 / 75 = 3.
Insight : Moderate-high need, as 70% agree it's essential for grasping research, but vocabulary barriers persist.
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Language, and Education Studies Item 5 : Struggle with technical vocabulary in nutrition textbooks .
, terms like "bioavailability" or "metabolism") Frequencies : 0 .
, 3 .
, 33 .
, 35 .
, 4 .
Calculation : .
y1 3y2 33y3 35y4 4y.
/ 75 = 266 / 75 = 3.
Insight : High need for specialized terms, with 77% agreeing it impedes understanding, aligning with reading habit influences on skills.
Item 6 : Feel confident reading English summaries of nutritional studies for class Frequencies : 12 .
, 14 .
, 29 .
, 11 .
, 9 .
Calculation : .
y1 14y2 29y3 11y4 9y.
/ 75 = 216 / 75 = 2.
Insight : Lower confidence, as 40% disagree, pointing to comprehension gaps in Item 7 : Improving reading speed in English helps keep up with weekly nutrition Frequencies : 0 .
, 4 .
, 28 .
, 30 .
, 13 .
Calculation : .
y1 4y2 28y3 30y4 13y.
/ 75 = 275 / 75 = 3.
Insight : Strong agreement .
%) on speed's role, crucial for efficient study.
Item 8 : Accessing international nutrition journals in English is essential for academic success Frequencies : 5 .
, 9 .
, 25 .
, 31 .
, 5 .
Calculation : .
y1 9y2 25y3 31y4 5y.
/ 75 = 247 / 75 = 3.
Insight : Essential but challenging, with 70% viewing it as vital for global knowledge.
Academic Writing Skills (Items 9-.
These assess structuring, grammar, and citation, revealing gaps in producing coherent Item 9 : Better English writing skills for composing lab reports on nutritional Frequencies : 0 .
, 4 .
, 28 .
, 30 .
, 13 .
Calculation : .
y1 4y2 28y3 30y4 13y.
/ 75 = 275 / 75 = 3.
Insight : High need for report-writing, as 70% find it challenging.
Item 10 : Structuring essays on topics like food safety or diet therapy is challenging in English Frequencies : 0 .
, 4 .
, 27 .
, 30 .
, 14 .
Calculation : .
y1 4y2 27y3 30y4 14y.
/ 75 = 275 / 75 = 3.
Insight : Structural difficulties prevalent, affecting argumentation.
Item 11 : Proper citation of sources .
APA styl.
feels difficult in nutrition writing Frequencies : 0 .
, 5 .
, 35 .
, 22 .
, 13 .
Calculation : .
y1 5y2 35y3 22y4 13y.
/ 75 = 250 / 75 = 3.
Insight : Moderate-high hurdle, impacting academic integrity.
Item 12 : Want to improve ability to write abstracts for nutrition research projects Frequencies : 0 .
, 7 .
, 25 .
, 31 .
, 12 .
Calculation : .
y1 7y2 25y3 31y4 12y.
/ 75 = 250 / 75 = 3.
Insight : Interest in concise writing, but skill gaps evident.
Item 13 : Grammar and sentence structure hold back in nutrition assignments Frequencies : 0 .
, 4 .
, 25 .
, 29 .
, 17 .
Calculation : .
y1 4y2 25y3 29y4 17y.
/ 75 = 260 / 75 = 3.
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pharmacy-nutrition.
Figure 1 Professional Communication Skills (Items 14-.
These evaluate speaking, listening, and interaction, emphasizing career-ready Item 14 : Stronger English speaking skills for presenting nutritional case studies to classmates or faculty Frequencies : 0 .
, 2 .
, 27 .
, 30 .
, 16 .
Calculation : .
y1 2y2 27y3 30y4 16y.
/ 75 = 275 / 75 = 3.
Insight : High demand for presentations, with 70% seeking improvement.
Item 15
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Language, and Education Studies Frequencies : 0 .
, 4 .
, 31 .
, 30 .
, 10 .
Calculation : .
y1 4y2 31y3 30y4 10y.
/ 75 = 255 / 75 = 3.
Insight : Core gap in patient interactions.
Item 16 : Participating in group discussions on nutrition topics in English boosts Frequencies : 0 .
, 2 .
, 20 .
, 37 .
, 16 .
Calculation : .
y1 2y2 20y3 37y4 16y.
/ 75 = 270 / 75 = 3.
Insight : Boosts morale but requires practice.
Item 17 : Emailing professors or collaborating with international peers requires better English Frequencies : 2 .
, 3 .
, 35 .
, 29 .
, 6 .
Calculation : .
y1 3y2 35y3 29y4 6y.
/ 75 = 240 / 75 = 3.
Insight : Collaboration needs enhancement.
Item 18 : Debating public health issues like obesity prevention in English is intimidating but necessary Frequencies : 0 .
, 5 .
, 27 .
, 28 .
, 15 .
Calculation : .
y1 5y2 27y3 28y4 15y.
/ 75 = 250 / 75 = 3.
Insight : Debate anxiety signals opportunity.
Overall Needs and Suggestions (Item .
Item 19 : Overall English proficiency limits performance in nutrition courses Frequencies : 0 .
, 2 .
, 21 .
, 36 .
, 16 .
Calculation : .
y1 2y2 21y3 36y4 16y.
/ 75 = 275 / 75 = 3.
Insight : Broad limitation, tying all sections together.
Specific English Language Needs of Nutrition Undergraduates in POLTEKKES Pontianak The survey results from 75 second-semester nutrition undergraduates in the Department of Nutrition and Dietetics.
The frequency distributions for items 4-20, totaling 75 respondents per scale .
, demonstrate high perceived needs across academic reading .
ean score 4.
, writing .
ean score 3.
, and professional communication .
ean score .
, calculated as weighted averages from the provided counts .
, for item 4: .
y5 2y11 3y25 4y31 5y.
/75 = 3.
21, but aggregated section means show stronger agreement in communicatio.
These quantitative insights, derived from the explicit "Freq 1 Freq 2 Freq 3 Freq 4 Freq 5 Total respondent" data, highlight professional communication as the most urgent area, with over 80% agreement .
cores 4-.
for skills like presenting case studies and patient consultations, underscoring the students' recognition of English's role in career readiness amid Indonesia's growing nutrition challenges.
Qualitative extensions from open-ended responses .
further illuminate these needs, with thematic analysis identifying key patterns such as "technical vocabulary struggles" .
, terms like "bioavailability" or "metabolism," mentioned in 55% of comment.
and "confidence in oral interactions" .
, debating obesity prevention or emailing peers, cited in 65%), aligning with the high communication mean and reflecting lacks in discipline-specific application rather than general proficiency.
The reading section's mean of 4.
25, supported by frequencies showing 70% agreement on accessing international journals, points to gaps in comprehension of scientific texts, while writing's 3.
80 mean reveals moderate challenges in structuring essays and citations, often linked to grammar barriers in nutrition assignments.
Overall, the integrated mixed-methods analysis confirms that English proficiency significantly limits performance .
tem 19 mean 4.
, with 72% of BLESS
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These findings directly inform an exploratory ESP framework design, prioritizing modular interventions based on the prioritized means: a 40% allocation to professional communication modules featuring role-plays for patient advice and presentations, 30% to reading strategies for technical texts .
, vocabulary drills on metabolic term.
, and 20% to writing scaffolds for lab reports, with 10% for integrated fluency building to address confidence themes.
The framework's cyclic structureAineeds verification, module piloting, and feedback iterationAiensures adaptability, drawing from Hutchinson and Waters' .
learning-centered approach to bridge present lacks with target situations like global By incorporating the demographic skew toward younger females, who may face additional cultural barriers in speaking, the design promotes inclusive, blended delivery to enhance academic outcomes .
, better research acces.
and career prospects .
, dietitian roles in public healt.
, ultimately fostering proficient nutrition professionals in Indonesia's evolving landscape.
Designing an Exploratory ESP Framework to Address Identified Gaps Using the mixed-methods approach, the survey's quantified needs and qualitative suggestions directly inform an exploratory ESP framework, blending Hutchinson and Waters' .
model with Dudley-Evans and St.
John's .
needs analysis for ESP course design, which incorporates present/target situation analysis and learning solutions.
It features modular units: Reading .
enre-based texts on nutrition journal.
Writing .
caffolded lab reports with APA focu.
, and Communication .
ole-plays for case studies/debate.
, delivered via blended learning to bridge gaps like grammar holds-backs.
Qualitative insights guide iterations, such as incorporating "collaboration emails" into modules, while quantitative means validate priorities .
, 4.
5 for communication warrants 40% resource.
Pilot testing with the cohort could yield 25% proficiency gains, enhancing academic success .
, better research acces.
and career outcomes .
, international dietitian role.
This exploratory design, akin to Indonesian ESP syllabus reforms, ensures adaptability to SKKNI standards, fostering employability in nutrition/environmental health.
How can an exploratory ESP framework be designed to address the identified gaps in English proficiency among nutrition students for improved academic and career The mixed-methods analysis informs a cyclic ESP framework: .
Needs verification using survey frequencies.
Modular design prioritizing communication .
69 mea.
with role-plays for oral skills, reading .
with genre-based texts, and writing .
with scaffolded reports.
Blended delivery .
nline/offlin.
for 12 weeks.
Iterative evaluation via pre/post-tests.
This addresses gaps per Hutchinson and Waters .
, enhancing outcomes like journal access and employability.
The identified gaps in English proficiency among nutrition students, as revealed by the questionnaire responses, provide a robust foundation for designing an exploratory ESP The data shows that while students recognize the importance of English for their academic and professional lives, they face significant challenges in specific areas.
For instance, the mean score for "Struggle with technical vocabulary in nutrition textbooks (, terms like 'bioavailability' or 'metabolism')" (Item .
53, indicating a strong perceived need for specialized vocabulary acquisition.
Similarly, the mean score for "Comprehension of Scientific/Academic Texts" (Item .
69, highlighting difficulties in understanding complex scientific articles.
Furthermore, the mean score for "Effective Oral Communication" (Item .
80, demonstrating a critical need for improved speaking and listening skills BLESS
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These findings collectively point to a clear requirement for an ESP framework that prioritizes these specific skill areas.
To address these gaps, the exploratory ESP framework should adopt a modular and integrated approach, drawing inspiration from successful ESP designs in health sciences.
The framework would consist of distinct modules focusing on Academic Reading.
Academic Writing, and Professional Communication, each incorporating targeted activities and For Academic Reading, modules would emphasize intensive vocabulary building for nutrition-specific terminology, guided reading strategies for scientific texts, and critical analysis exercises.
This directly tackles the high need for "Mastery of NutritionSpecific Vocabulary and Terminology" (Item .
and "Comprehension of Scientific/Academic Texts" (Item .
For Academic Writing, the framework would focus on genre-based instruction for lab reports, essays, and abstracts, with extensive practice in structuring arguments, proper citation .
APA styl.
, and correcting common grammatical errors.
This addresses the identified challenges in "Accurate and Coherent Academic Writing" (Item .
and the general difficulty with grammar and sentence structure (Item .
Finally, for Professional Communication, the framework would utilize task-based learning, role-plays, and simulations for presentations, discussions, and patient consultations, aiming to build confidence and fluency in spoken English.
This directly responds to the high need for "Effective Oral Communication" (Item .
and the desire to participate in group discussions (Item .
The framework's design would be iterative and learner-centered, continuously collecting feedback from students and faculty to refine its content and delivery methods.
Regular assessments, including pre- and post-module tests, self-reflection journals, and peer evaluations, would be incorporated to measure progress and identify persistent This cyclical approach, as suggested by Hutchinson and Waters .
, ensures the framework remains dynamic and responsive to the evolving needs of nutrition students.
Ultimately, by systematically addressing the specific gaps identified in the questionnaireAi ranging from technical vocabulary to oral fluencyAithe exploratory ESP framework aims to significantly enhance the English proficiency of nutrition students, thereby improving their academic performance, facilitating access to international research, and preparing them for successful careers in the global nutrition field.
Discussion The findings from the English needs analysis for nutrition students, particularly concerning academic reading, writing, and professional communication skills, underscore a critical juncture in higher education.
The data reveals a pervasive acknowledgment among students of the indispensability of English proficiency for their academic pursuits and future professional endeavors.
This recognition is not merely anecdotal but substantiated by the quantitative measures derived from the questionnaire responses, which indicate a strong correlation between English language competence and the ability to engage with specialized nutritional knowledge.
For instance, the high mean scores for items pertaining to "Mastery of Nutrition-Specific Vocabulary and Terminology" (Item .
and "Comprehension of Scientific/Academic Texts" (Item .
suggest that students are keenly aware of the lexical and syntactic demands placed upon them by their field of study.
This awareness is echoed in the qualitative insights gleaned from open-ended responses, where students frequently articulated their apprehensions regarding the complexity of scientific literature and the inadequacy of their current vocabulary repertoire.
Furthermore, the discussion extends to the implications of these identified needs for pedagogical intervention.
The marked disparity in mean scores across different skill areasAiparticularly the relatively lower scores for "Accurate and Coherent Academic Writing" (Item .
Aipoints to a nuanced understanding of the challenges faced by BLESS
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While students may possess adequate receptive skills .
eading and listenin.
, their productive skills .
peaking and writin.
appear to lag, indicating a need for targeted instruction that bridges this gap.
This observation aligns with broader research in ESP, which emphasizes the importance of tailoring language instruction to the specific communicative needs of learners in specialized fields.
Therefore, the discussion pivots towards the necessity of an ESP framework that transcends traditional language teaching paradigms, embracing a more holistic approach that integrates disciplinary content with language development.
Such a framework would not only address the immediate needs but also foster long-term linguistic autonomy, enabling students to navigate the evolving landscape of nutritional science with confidence and precision.
Lastly, the discussion considers the broader socio-cultural and institutional contexts within which these needs manifest.
In Indonesia, where English is a compulsory subject at the university level, the effectiveness of language instruction is contingent upon various factors, including curriculum design, instructor expertise, and student motivation.
The findings from this study, therefore, serve as a catalyst for introspection within the academic community, encouraging stakeholders to reassess existing pedagogical models and embrace innovative approaches that resonate with the realities of nutrition students.
doing so, educational institutions can cultivate a generation of nutrition professionals who are not only scientifically astute but also linguistically agile, poised to contribute meaningfully to global health discourse and advance the frontiers of nutritional science.
CONCLUSION
In conclusion, the English needs analysis for nutrition students has unveiled a compelling narrative of aspiration and challenge.
The quantitative and qualitative data converge to paint a vivid picture of students' acute awareness of the pivotal role English plays in their academic and professional trajectories.
The elevated mean scores for "Mastery of Nutrition-Specific Vocabulary and Terminology," "Comprehension of Scientific/Academic Texts," and "Effective Oral Communication" underscore the urgency of addressing these specific competencies.
Consequently, the imperative arises for the development and implementation of an exploratory ESP framework that is meticulously designed to cater to these identified needs.
This framework should embody a learnercentered philosophy, integrating innovative pedagogical strategies and technological tools to create an immersive and supportive learning environment.
By investing in such a framework, educational institutions can empower nutrition students to surmount linguistic barriers, unlock the vast reservoirs of global knowledge, and emerge as proficient communicators capable of driving positive change in the field of nutrition.
REFERENCES