Abstract:Promosi penerimaan mahasiswa baru (PMB) merupakan salah satu faktor penting dalam meningkatkan jumlah dan kualitas calon mahasiswa. Namun, strategi promosi yang belum memanfaatkan data historis secara optimal dapat menyebabkan…
babkan kegiatan promosi kurang tepat sasaran. Penelitian ini bertujuan untuk menganalisis data historis PMB sebagai dasar dalam menyusun strategi promosi yang lebih efektif pada Jurusan Teknologi Informasi dan Komputer Politeknik Negeri Lhokseumawe. Penelitian menggunakan pendekatan kuantitatif deskriptif dengan memanfaatkan data sekunder PMB periode 2023–2025. Analisis dilakukan melalui tahapan data cleaning, transformasi data, statistik deskriptif, segmentasi calon mahasiswa, dan visualisasi data menggunakan dashboard analitik. Variabel yang dianalisis meliputi program studi, asal sekolah, jurusan asal sekolah, kecamatan, kabupaten/kota, provinsi, jalur masuk, dan sumber informasi pendaftar. Hasil penelitian menunjukkan bahwa sebagian besar pendaftar berasal dari Provinsi Aceh, khususnya Kabupaten Aceh Utara dan Kota Lhokseumawe, dengan dominasi lulusan jurusan IPA serta peminat terbesar pada Program Studi Teknik Informatika. Instagram dan website menjadi sumber informasi utama bagi calon mahasiswa. Pemanfaatan data historis melalui visualisasi data mampu memberikan informasi yang lebih komprehensif mengenai karakteristik calon mahasiswa sehingga dapat mendukung pengambilan keputusan dalam penyusunan strategi promosi PMB yang lebih terarah, efektif, dan berbasis data.
New student admissions (PMB) promotion is an important factor in increasing the number and quality of prospective students. However, promotional strategies that do not optimally utilize historical data can result in less targeted promotional activities. This study aims to analyze historical PMB data as a basis for developing a more effective promotional strategy in the Information and Computer Technology Department of the Lhokseumawe State Polytechnic. The study uses a descriptive quantitative approach utilizing secondary PMB data for the 2023–2025 period. The analysis was carried out through the stages of data cleaning, data transformation, descriptive statistics, prospective student segmentation, and data visualization using an analytical dashboard. The variables analyzed included study program, school of origin, major of origin of school, sub-district, regency/city, province, admission route, and applicant information sources. The results show that most applicants come from Aceh Province, especially North Aceh Regency and Lhokseumawe City, with a predominance of science graduates and the greatest interest in the Informatics Engineering Study Program. Instagram and websites are the main sources of information for prospective students. The use of historical data through data visualization can provide more comprehensive information regarding the characteristics of prospective students so that it can support decision-making in developing more targeted, effective, and data-based PMB promotion strategies.
Abstract:This study aims to analyze the Implementation of Traffic Engineering Policy: A Case Study of One-Way and U-Turn Systems in Pekanbaru City and identify inhibiting factors in its implementation. The background of this study…
y is based on traffic problems such as congestion and accidents that are increasing along with the growth of motorized vehicles that are not balanced by adequate road infrastructure. The Pekanbaru City Government through the Transportation Agency has implemented various traffic engineering policies, including the one-way system and the closure of U-Turns at certain points. The method used is a qualitative approach with data collection techniques through interviews, observation, and documentation. The results of the study indicate that the implemented policies have had a positive impact, but their implementation still faces obstacles such as lack of public awareness, limited infrastructure, and less than optimal coordination between institutions. This study recommends the need for more massive socialization and increased synergy between institutions to support the successful implementation of traffic engineering policies.
Abstract:This study explores how influencer marketing shapes digital identity and spatial relations in Makassar, Indonesia, through a spatially grounded urban ethnography approach. This framework enables a deep reading of how urban…
an residents engage with digital practices to navigate symbolic and spatial exclusion generated by influencer content. Through social media observation, narrative interviews, and the tracing of urban locations featured in visual representation, the study finds that influencer marketing does not merely sell products—it also reproduces social hierarchies through aesthetic spatiality and the logic of visibility.
Yet, amid such exclusions, marginalized communities deploy diverse tactics of resistance, including visual reengineering, the use of alternative locations, and digital irony that disrupt dominant narratives. These findings suggest that digital identity is not passively consumed but actively negotiated through concrete and often unexpected spatial relations. Drawing on Lefebvre’s theory of the production of space, Urry’s concept of digital mobilities, and Gandy’s politics of infrastructure, the study shows how cities and digital spaces co-constitute a contested symbolic terrain.
The article’s main contribution lies in advancing a Global South perspective, where digital technologies and aesthetics are practiced contextually and do not always conform to the logics of global capitalism. This research underscores that urban—and digital—space is not solely produced from above, but also from below, through the everyday agency of ordinary citizens.
Abstract:Mechanical Engineering Education (PTM) demands logical precision and mastery of high technology, creating an intensive academic burden for students. This condition often leads to an invisible dichotomy between "campus obligations"…
ligations" and "religious obligations," where Muslim PTM students struggle to maintain consistency in Islamic discipline, such as five-times prayer and moral development. This research aims to explore the challenges faced by Mechanical Engineering Education (PTM) students in maintaining Islamic discipline amid high academic demands. The method used is a Literature Review with a critical approach, which collects and analyzes various literature to identify gaps in knowledge. The main findings reveal that the primary challenges include the decline of ethical values such as honesty due to the impact of social changes and technological advancements, the risk of weakened character caused by the influence of global secular culture, and the heavy curriculum burden that leads to mental and physical exhaustion as well as conflicts between academic schedules and religious obligations. Furthermore, students' excessive focus on achieving high GPA and technical skills often neglects moral development, compounded by the lack of integration of the ta’dib concept and insufficient support from social environments that can enforce discipline. Therefore, a holistic and integrated solution is necessary to make Islamic ethics the foundation of academic and professional behavior,balancing technical expertise and spiritual aspects so that PTM students can become competent individuals with strong Islamic character.
Abstract:This paper presents the design and performance evaluation of a high-voltage direct current (DC) generator based on the Cockcroft–Walton (CW) voltage multiplier for laboratory-scale applications in electrical engineering.…
g. Conventional high-voltage generation methods often involve bulky transformers and complex circuitry, making them less suitable for compact and cost-effective laboratory use. To address these limitations, a modular CW-based system is proposed, integrating a high-frequency input source with an optimized diode-capacitor ladder network. The proposed system is designed to achieve high DC voltage output in the kilovolt range while maintaining acceptable levels of ripple and efficiency. Experimental results show that the system can achieve up to 86% of the theoretical output voltage under no-load conditions, with an efficiency of around 70.8%. Furthermore, the ripple voltage of the generated output voltage is very small, demonstrating stable performance suitable for laboratory applications. The proposed design offers a compact, cost-effective, and reliable solution for high-voltage DC generation, making it highly suitable for educational and low-power applications.
Abstract:This study aims to develop a technically compliant and economically feasible design for a Restricted Security Area (RSA) perimeter fence surrounding Substation 7, the Chiller facility, and the Ground Water Tank (GWT) at…
Kertajati International Airport. These facilities constitute critical operational infrastructure supporting electricity distribution, terminal cooling systems, and water supply, including fire suppression reserves. Field observations identified the absence of a regulation-compliant perimeter protection system, exposing the utility cluster to unauthorized access and operational risk. The research employed a quantitative descriptive–analytical approach integrating field measurement, engineering design modeling, volume computation, and cost estimation based on the 2024 Majalengka Regional Standard Unit Price. Technical evaluation referred to national aviation security regulations and ICAO Annex 17 principles. A BRC (British Reinforced Concrete) fence system with a total height of 3.20 meters (2.40 m fence body and 0.80 m concertina wire) was proposed. The structural configuration includes reinforced concrete isolated footings, tie beams (sloof), and a bottom plinth beam to ensure lateral stability and anti-climb resistance. The total perimeter length of 313.74 meters ensures complete enclosure of the critical facilities. The estimated total project cost amounts to IDR 509,553,000.00, including VAT. The results demonstrate that the proposed design is structurally reliable, regulation-compliant, and economically justified within a risk mitigation framework. The study contributes a replicable engineering and financial planning model for strengthening airport critical infrastructure protection and enhancing long-term operational resilience.
Abstract:The rapid development of information and communication technologies has significantly transformed higher education. Teaching and learning processes are increasingly supported by digital platforms, Learning Management Systems…
tems (LMS), and abundant online learning resources. In this context, university students are required to possess adequate digital literacy, particularly in software- and spatial-analysis-based courses such as Geographic Information Systems (GIS), which is a key course in the Environmental Engineering curriculum. This study aimed to analyze the effect of digital literacy on students’ learning outcomes in a GIS course offered in the Environmental Engineering Study Program at Universitas Hamzanwadi. A quantitative approach with a correlational design was employed. The population consisted of students enrolled in the GIS course in the odd semester of the 2024/2025 academic year, and all 44 students were taken as the sample using a saturated sampling technique. Digital literacy was measured using a Likert-scale questionnaire (1–5) covering technical skills, information search and evaluation, information management, online communication and collaboration, and ethical use of digital media, while learning outcomes were obtained from the final course grades.
The data analysis showed that the mean score of students’ digital literacy was 3.6 (moderately high), with a standard deviation of 0.45, whereas the mean GIS course grade was 78.5 with a standard deviation of 6.8. Pearson correlation analysis indicated a positive and significant relationship between digital literacy and learning outcomes (r = 0.62; p < 0.01). Simple linear regression further revealed that digital literacy accounted for approximately 38% of the variance in learning outcomes (R² = 0.38), with the regression equation Ŷ = 52.3 + 7.3X. These findings highlight the importance of strengthening students’ digital literacy in GIS instruction through training, project-based assignments, and the optimal utilization of Learning Management Systems.
Abstract:Online learning uses the internet network during the learning process, making it easier for students to access material and facilitating interaction with lecturers and other students. The aim of this research is to understand…
stand the impact of online learning on the interest and learning outcomes of Basic Mathematics for Civil Engineering students. The population of this research is first semester Civil Engineering students T.A. 2021/2022 totaling 30 people. The methods used to understand the impact of online learning on the interests and learning outcomes of Basic Mathematics for Civil Engineering students are qualitative and quantitative methods. The r test results show that rcount > rtable or 0.9998 > 0.306. This means that online learning influences students' interest in learning Basic Mathematics in the Civil Engineering Study Program. The results of the t test show that tcount ≥ ttable is 4.01 ≥ 2.045 so that online learning also influences the Basic Mathematics learning outcomes of Civil Engineering Study Program students. Students' ability to answer test questions during online learning was 76.67%.
Abstract:Students can recognize gaining knowledge of material if in the mastering manner they use gear and substances referred to as getting to know media. This tool can take the shape of a physical item, inclusive of sporting out…
out experiments to understand standards in actual terms,
along with melting experiments to search for string wavves. Waves are also known as
vibration phenomena that propagate via a medium or maybe without a medium, these
vibrations may be idea of as oscillations that pass from one factor to another, because the
characteristic of an test is real and additionally uses teaching equipment, as well as an
approach for educators to make college students lively and satisfied in studying. This
observe ambitions to analyze the Melde experiment that's usedto decide the traits of waves
in strings. The test become accomplished by using striking a string and growing waves with
a certain frequency. The analysis effects display that Melde's experiment is powerful in
figuring out the properties of waves in strings, the results of those findings may be utilized
in various fields together with physics and engineering. This research utilized literature as
a method, examine methodology. The ranges in the use of the literature technique are looking
at, analyzing, then figuring out, then ultimately several opinions of the research that has
been achieved. There are 25 published articles acquired from various domestic assets
analyzed in this article. via wearing out a Melde test to determine a wave on a string,
students can discover the primary concepts of mechanical waves and college students begin
to have direct enjoy the use of the Melde experiment. And by means of sporting out the Melde
experiment students can be encouraged to recognize the role of tension, string density, and
string duration within the formation of status waves via statistics evaluation from their
personal experiments and are capable of increase students' talents in facts collection,
information evaluation, and the software of bodily principles to waves on strings in context,
experimental.
Abstract:Abstract: This study aims to develop a web application that is able to facilitate teachers in providing exams with answer-type questions via voice using the speech recognition method and is able to display pictorial exam…
questions. The process of collecting research data was carried out through interviews and literature studies with case studies in the 4th semester English course in Informatics Engineering study program at Universal University. Web application development is carried out using the Extreme Programming method with testing through the Black Box Testing approach. In development, researchers used the Laravel framework with the PHP, Javascript, and MySQL programming languages as databases. The results of the Black Box test show that the web application is able to carry out the functionality according to the problems in this study. With this web application, it is hoped that teachers can easily provide exams with sound and image-based questions, provide a more interactive and effective learning experience for students, and enrich the use of technology in educational contexts.
Keywords: laravel; javascript; MySQL; PHP; speech recognition
Abstrak: Penelitian ini bertujuan untuk mengembangkan sebuah aplikasi web yang mampu memfasilitasi pengajar dalam menyediakan ujian dengan pertanyaan bertipe jawab melalui suara menggunakan metode speech recognition serta mampu menampilkan pertanyaan ujian yang bergambar. Proses pengumpulan data penelitian dilakukan melalui metode wawancara dan studi pustaka dengan studi kasus di mata kuliah Bahasa Inggris 2 program studi Teknik Informatika semester 4 Universitas Universal. Pengembangan aplikasi web dilakukan menggunakan metode Extreme Programming dengan pengujian melalui pendekatan Black Box Testing. Dalam pengembangan, peneliti menggunakan framework Laravel dengan bahasa pemrograman PHP, Javascript, dan MySQL sebagai basis data. Hasil pengujian Black Box menunjukkan bahwa aplikasi web mampu menjalankan fungsionalitas sesuai dengan masalah yang ada dalam penelitian ini. Dengan adanya aplikasi web ini, diharapkan pengajar dapat dengan mudah menyediakan ujian dengan pertanyaan berbasis suara dan gambar, memberikan pengalaman belajar yang lebih interaktif dan efektif bagi mahasiswa, serta memperkaya penggunaan teknologi dalam konteks pendidikan.
Kata kunci: laravel; javascript; MySQL; PHP; speech recognition