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All Journal Jurnal Da'wah: Risalah Merintis, Da'wah Melanjutkan Teknik: Jurnal Ilmu Teknik dan Informatika
Akbar Alif haikal
Universitas Negeri Medan
Religion Computer Science & IT Social Sciences

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ANALISIS RESPONS SISWA MIN 1 MEDAN TERHADAP TAYANGAN ANIMASI UPIN & IPIN BERTEMA RAMADAN DALAM PEMBENTUKAN SIKAP SABAR SAAT BERPUASA Ammar Kamil Al Abror; Raffi Anggi Reswen; Akram Fauzan; Akbar Alif haikal; Umar Mukhtar Siregar
Jurnal Da'wah: Risalah Merintis, Da'wah Melanjutkan Vol. 9 No. 1 (2026): Jurnal Da'wah: Risalah Merintis, Da'wah Melanjutkan
Publisher : Program Studi Komunikasi Penyiaran Islam STID Mohammad Natsir

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.38214/jurnaldawahstidnatsir.v9i1.448

Abstract

Penelitian ini bertujuan untuk menganalisis bagaimana respons siswa MIN 1 Medan terhadap tayangan animasi Upin & Ipin bertema Ramadan dalam pembentukan sikap sabar saat berpuasa. Pertanyaan penelitian difokuskan pada sejauh mana tayangan tersebut dipahami dan direspons secara positif oleh siswa dalam aspek pemahaman, ketertarikan, serta penerapan sikap sabar. Penelitian ini menggunakan pendekatan kuantitatif deskriptif dengan instrumen angket tertutup berjumlah 15 pernyataan menggunakan skala dikotomi (setuju dan tidak setuju). Angket dibagikan secara langsung kepada siswa dalam bentuk cetak. Data dianalisis menggunakan teknik persentase untuk menggambarkan tingkat respons siswa. Hasil penelitian menunjukkan bahwa mayoritas siswa memberikan respons sangat tinggi terhadap tayangan tersebut, yang ditunjukkan oleh tingginya persentase persetujuan pada setiap indikator. Temuan ini menunjukkan bahwa tayangan animasi bertema Ramadan dapat menjadi media edukatif yang mendukung penanaman nilai kesabaran pada siswa sekolah dasar. Penelitian ini memberikan implikasi bahwa media animasi Islami berpotensi digunakan sebagai sarana pembelajaran karakter dalam Pendidikan Agama Islam.
Pemodelan Deterministic Finite Automata (DFA) pada Sistem Kontrol Mesin Cuci Mandiri (Coin Laundry) Akbar Alif Haikal; Zulfahmi Indra; Melika Debiyana Putri; Ammar Kamil Al-Abror
Teknik: Jurnal Ilmu Teknik dan Informatika Vol. 6 No. 2 (2026): Oktober: Teknik: Jurnal Ilmu Teknik dan Informatika
Publisher : LPPM Sekolah Tinggi Ilmu Ekonomi - Studi Ekonomi Modern

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.51903/teknik.v6i2.1275

Abstract

This study aims to model and simulate the control system of a coin-operated self-service washing machine using a formal Deterministic Finite Automata approach. Along with the rapid growth of the laundry industry in urban areas, the reliability of the machine's control logic is a crucial aspect to ensure consistent, safe, and unambiguous operations. DFA is chosen as the modeling foundation because its deterministic nature guarantees that every pair of state and input has exactly one subsequent state, making it highly ideal for hardware control systems. The DFA model in this study is mathematically defined as a five-tuple consisting of nine states, ranging from the ready condition to completion, ten input symbols encompassing user actions and internal timer signals, and fifteen clearly defined transition rules. The system supports three washing program variations: a quick program, a normal program, and an intensive program, which are uniquely converged into a single sequential phase flow comprising washing, rinsing, and spinning. To verify the model, this study implements an interactive web-based simulation using pure web programming technologies, equipped with state transition diagram visualization and real-time event logging. Scenario-based testing was conducted through eight comprehensive test cases, covering normal flows, cancellation mechanisms with coin refunds, and rejection of invalid inputs. The test results validate that all transitions operate according to specifications, the reset mechanism functions optimally, and the final state can only be reached after the washing cycle is fully completed. In conclusion, this model proves to be an effective, structured, and verifiable formal framework, which is not only relevant as a learning medium for automata theory but also as a solid logical foundation for the future development of microcontroller-based or Internet of Things automatic machine control systems.
Co-Authors Akram Fauzan Ammar Kamil Al Abror Ammar Kamil Al-Abror Melika Debiyana Putri Raffi Anggi Reswen Umar Mukhtar Siregar Zulfahmi Indra, Zulfahmi