Judul: Enterprise Architecture Modeling With TOGAF ADM in International Based School Pioneer-Galunggung Elementary School Tasikmalaya
Abstrak: Increased use of Information and Communication Technology (ICT) in an organization aims to enhance competitiveness in various fields. In this era of globalization education becomes one of the fields that make use of ICT as a medium to enhance the educational process at a primary, secondary and higher. Enterprise architecture is a way to build the information architecture of an organization that focuses on the architecture of data, applications and technology. The methodology use to compile the information is TOGAF architecture framework. TOGAF provides a method and tools to build, manage and implement enterprise architecture and maintenance. Key elements of TOGAF are the Architecture Development Method (ADM) that provides specific features for enterprise architecture development process. ADM is an important feature that enables enterprises to define business needs and build a specific architecture to meet those needs. ADM consists of stages required in building the enterprise architecture, the stages of ADM is a Preliminary Framework and Principle, Architecture Vision, Business Architecture, Information System Architecture, Technology Architecture, Opportunities and Solutions, Migration Planning, Implementation Governance and Change Management Architecture. The results of this research is the business architecture, information system architecture consisting of data and application architecture, technology architecture, as stipulated in the ICT blueprint. The architecture consists of business consists of the main functions of which include the New Acceptance of Students (PPDB), Teaching and Learning (PBM), and the Release of Academic (SPA), while the support functions include Administrative Management (MTU), Infrastructure Management (MSP), the Center Computers and Language (PKB), and Financial Management (MK) are modeled using Michael Porter's Value Chain. Data architecture consists of 46 data entities of the seven business functions; application architecture consists of 21 applications.
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Judul: Perancangan Pemodelan Arsitektur Enterprise Untuk Mendukung Sistem Akademik Dengan Metode
Abstrak: Perguruan tinggi adalah sebuah institusi yang unik dimana terdapat tugas pendidikan, penelitian, dan pengabdian masyarakat yang dikenal dengan nama Tri Dharma perguruan tinggi. Seiring dengan perkembangan keilmuan dan teknologi perguruan tinggi dihadapkan pada tantangan yang besar untuk bersikap responsif dan responsible terhadap keberlangsungan institusi dan lingkungan di sekitar. Polman Astra, adalah sebuah politeknik swasta yang memiliki visi untuk menjadi politeknik terbaik dan diminati di Indonesia. Berkaitan dengan visi tersebut hal ini menuntut adanya pembenahan-pembenahan karena pengelolaannya menjadi lebih kompleks. Pembenahan yang dilakukan, diantaranya adalah administrasi akademik.mAdministrasi akademik merupakan bisnis utama pada organisasi, yang menjadi tulang Polman Astra perlu mempunyai Sistem Informasi Akademik (SIA) yang berperan mengolah data dan memenuhi kebutuhan informasi. SIA yang dimaksud hanya mencakup administrasi akademik. Dengan adanya SIA diharapkan informasi yang mengalir benar, cepat, akurat, dan tepat pada semua tingkatan manajemen dan penggunaan sumber daya teknologi informasi. Agar berjalan sesuai dengan kebijakan organisasi, maka sumber daya informasi harus diolah dan direncanakan dalam suatu kerangka arsitektur enterprise. Arsitektur enterprise merupakan prinsip, metode, dan pemodelan yang digunakan dalam pengembangan dan direalisasikan pada struktur organisasi enterprise, bisnis proses, sistem informasi, dan infrastruktur. Pemodelan arsitektur enterprise dapat dilakukan dengan menggunakan berbagai metode, antara lain Zachman framework, Federal Enterprise Architecture Framework (FEAF), dan The Open Group’s Architecture Framework (TOGAF). TOGAF memiliki beberapa kelebihan, yaitu bersifat fokus pada siklus implementasi Architecture Development Method (ADM), lebih detil, lebih lengkap, dan komprehensif. Berkaitan dengan hal tersebut, kerangka kerja yang dipakai untuk penelitian ini menggunakan TOGAF. Value chain digunakan untuk menentukan rantai nilai Polman Astra. Four Stage Life Cycle Business System Planning (BSP) digunakan untuk melakukan dekomposisi fungsi bisnis. PERT analysis diantaranya digunakan untuk menentukan prioritas pembuatan modul aplikasi. TWOS analysis digunakan untuk menentukan strategi dalam pengembangan SIA.....dst
Keyword: EA, Enterprise, Architecture, TOGAF, blue print

Judul: Extraction and Characteristic of Collagen and Nanoparticle Collagen from the Skin of Stingray Fish (Pastinachus solocirostris) as Ingredient of Cosmetics.
Abstrak: Isolation of collagen from the skin of stingray fish (Pastinachus solocirostris) has been successfully conducted with three stages: first soaked in 0.05 M NaOH with a sample/solution ratio of 1:10 (w/v) for 6 hour, second soaked in 0.1 M acetic acid with a sample/solution ratio of 1:6 (w/v) for 2 hour, and third extraction with destilated water at temperature 40 C for 2 hour with a yield of 14.475 % (wet base). Nanoparticle collagen was made with desolvation method using etanol as a desolvating agent with a collagen solution/etanol ratio of 1:1. Yield of nanoparticle collagen was 9.64% (wet base) with particle size of 185.24 nm. Collagen and nanoparticle collagen is in the form of white powder with whiteness degree 72.48% and 60.03%, respectively. Protein is the major component in collagen and nanoparticle collagen (86.97% and 86.18%) with trace amount of ash (0.17% and 0.13%) and fat (0.19% and 0.25%), respectively. Based on sodium dodecyl sulfate-polyacrylamide gel electrophoresis patterns, amino acid composition, and fourier transform infrared (FTIR) spectra of both collagen and nanoparticle collagen were characterized as type I collagens. Nanostructural analysis of collagen and nanoparticle collagen by Scanning Electron Microscopy (SEM) shows that both were separate aggregates. Other characteristics of collagen and nanoparticle collagen were: Tmax of 165.88 C and 156.63 C; Viscosity 292.33 cP dan 110 cP; pH 5.00 dan 4.93; respectively. Collagen has highest solubility at pH 7 and the isoelectric point at pH 6, 9, and 10. Therefore, nanoparticle collagen has highest solubility at pH 3 dan and the isoelectric point at pH 6. Collagen and nanoparticle collagen from skin of stingray fish (Pastinachus solocirostris) has a characteristic for a potential use as a cosmetic ingredient.
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