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"Dalam tugas akhir ini akan dibahas tentang suatu metode untuk pengubahan bentuk suatu domain dalam persoalan nilai batas yang telah ditentukan, hal ini dikenal dengan pemetaan konformal. Pemetaan konformal merupakan bagian dari fungsi variabel kompleks dan penggunaan pemetaan konformal pada persoalan fisika yaitu pada konduksi panas dalam temperatur steady."

"Penelitian ini membahas strategi alternatif berupa pentargetan program-program bantuan pendidikan yang telah dijalankan oleh pemerintah diantaranya Bantuan Operasional Sekolah (BOS) dan Bantuan Siswa Miskin (BKM). Dilakukan analisis klaster untuk memetakan 497 kabupaten/kota di Indonesia berdasarkan ciri-ciri atau karakteristik pendidikan dasarnya. Pembentukan klaster menggunakan k-means clustering pada 8 variabel yaitu APS SD, APS SMP, Angka Melek Huruf, Lama Sekolah rata-rata, Jumlah Sarana SD, Jumlah Sarana SMP, Jumlah Guru SD dan Jumlah Guru SMP. Hasilnya terbentuk 5 klaster dengan kesamaan karakteristik, yang kemudian disusun strategi bantuan pendidikan yang sesuai untuk masing-masing klaster. Perhitungan Data Indeks Pendidikan juga dilakukan sebagai validasi hasil klaster. Hasil Indeks Pendidikan sejalan dengan asumsi hasil klaster yaitu mengarah pada klaster-4 sebagai klaster terbaik, dilanjutkan oleh klaster-3, klaster-1, klaster-2 dan terakhir klaster-5.

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This study focus on formulating alternative strategy to optimize the targeting of educational aid such as School Operational Aid (BOS) and Poor Student Aid (BSM). Cluster analysis is conducted to map all regencies in Indonesia based on its basic education characteristics. Clustering is done by k-means clustering using 8 variables, which is elementary and junior high school enrollment rate, illiteracy, average years of schooling, number of building facility and number of teachers. The results are formed 5 clusters with the same characteristics, which is then used to set a strategy and priority for educational aid in each cluster. Education Indexing is also done to validate the cluster results. The Education Index results are consistent with cluster results, with cluster-4 as the best, then followed by cluster-3, cluster-1, cluster-2 and cluster-5."

"This study aimed to analyze the heat release rate from the combustion process of bioethanol from sago waste to determine the viability and feasibility of low-concentration bioethanol as an alternative fuel. The heat release rate, exhaust gas, and flame temperature were measured using a cone calorimeter, and bioethanol combustion was conducted using the pilot ignition method, with an ethanol quality range of 60–70%. The analysis that the heat release rate of 60% bioethanol combustion ranged from 20 to 140 kW/m2, while a lesser range resulted from 70% bioethanol combustion (18–45 kW/m2). The flame temperature for 60% bioethanol was found to be 440°C, while the smoke and orifice temperature was 150°C. The combustion of 70% bioethanol produced a flame temperature of 450°C and a smoke and orifice temperature of 120°C after approximately 6 min of combustion. This study contributes a solution for meeting the energy demand in rural areas, where the access to and availability of major fuel resources are limited. In addition, from the obtained results, this research concluded that bioethanol made from sago waste is suitable as a clean and alternative fuel for household applications in rural areas."