Hasil Pencarian  ::  Simpan CSV :: Kembali

"ABSTRAKTesis ini membahas mengenai analisis risiko operasional khususnya risikoteknologi informasi pada PT. XYZ menggunakan metode Cause-Effect. MetodeCause-Effect merupakan metode penilaian risiko yang menggunakan logikahubungan sebab-akibat (cause-effect) dalam menentukan kemungkinan risikoyang dapat terjadi. Implementasi ISO 27001 pada bagian Teknologi Informasi PT.XYZ menghasilkan profil risiko Teknologi Informasi yang menjadi dasarpelaksanaan Sistem Manajemen Keamanan Informasi. Penelitian inimenggunakan profil risiko bagian Teknologi Informasi PT. XYZ sebagai dasaruntuk melakukan kuantifikasi penilaian risiko operasional menggunakan metodeCause-Effect. Kuantifikasi risiko operasional PT. XYZ dimulai dengan melakukandekomposisi dan membentuk submodel profil risiko teknologi informasi yang ada.Berdasarkan parameter risiko yang ada pada Kebijakan PT. XYZ, kemudiandilakukan simulasi kuantifikasi risiko dengan pendekatan Loss DistributionApproach - Aggregation model untuk memberikan gambaran kerugian finansialyang dapat terjadi.

---

ABSTRACTThis thesis analyze the operational risk specifically informationtechnology risk at PT. XYZ using Cause-Effect method. Cause-Effect method is arisk assessment method that uses a logic of causality relationship in determiningthe possible risks that can occur. Implementation of ISO 27001 at the InformationTechnology unit of PT. XYZ generate risk profiles that is used as the basis of theInformation Technology Security Management System implementation. Thisstudy uses the risk profile of Information Technology unit PT. XYZ as the basisfor quantifying operational risk assessment using the Cause-Effect method. PT.XYZ's operational risk quantification begins by decomposing and formingsubmodel of technology risk profile information. Based on the risk parametersthat exist in PT. XYZ's risk management policy, risk quantification simulationsusing Loss Distribution Approach - Aggregation model can be done to provideillustrations on financial loss that may occur."

"Emerging technological risk provides an interdisciplinary account of risk in socio-technical systems including hazards which highlight, how technological risk crosses organizational boundaries, how technological trajectories and evolution develop from resolving tensions emerging between social aspects of organisations and technologies and how social behaviour shapes, and is shaped by, technology. Addressing an audience from a range of academic and professional backgrounds, "

"Summary: Examines the multidisciplinary applications, problems, and case histories in risk modeling, assessment, and management This book examines risk analysis, focusing on quantifying risk and constructing probability in conjunction with real-world decision-making problems, including institutional, organizational, and political considerations. The author presents basic concepts (hierarchical holographic modeling; decision"

"Permasalahan pengelolaan lingkungan masih menjadi aspek yang belum terimplementasi sesuai dengan regulasi yang berlaku, termasuk pengelolaan limbah bahan berbahaya dan beracun (B3). Untuk mendasari perencanaan pengelolaan limbah B3 yang belum diberlakukan di UI sebagai kampus berkelanjutan (sustainable campus), diperlukan studi analisis potensi limbah yang meliputi perhitungan volume, penentuan jenis, dan karakterisasi limbah B3 potensial untuk dilanjutkan menjadi studi inventarisasi limbah. Studi analisis limbah potensial dipaparkan dengan objek studi Laboratorium Teknik Penyehatan dan Lingkungan sebagai salah satu laboratorium di UI yang menghasilkan limbah B3. Laboratorium tersebut terbagi menjadi dua yaitu 1) Laboratorium Lingkungan dan 2) Laboratorium Mikrobiologi Lingkungan dengan fokus studi pada timbulan limbah B3 dari kegiatan praktikum mahasiswa. Basis analisis adalah PP No. 18 Tahun 1999 jo. PP No. 85 Tahun 1999 serta ditunjang oleh regulasi EPA. Perhitungan dilakukan melalui studi rasional berdasarkan hukum kimia dan karakterisasi limbah berdasarkan material safety data sheets (MSDS) sehingga diperoleh bahwa 1) Laboratorium Lingkungan menghasilkan limbah B3 potensial bersifat eksplosif, mudah terbakar reaktif, iritan, beracun, karsinogenik, korosif, mutagenik, dan ekotoksik dari keseluruhan 23 jenis limbah B3 potensial dengan volume limbah tersestimasi 173, 150 liter per tahun; 2) Laboratorium Mikrobiologi Lingkungan menghasilkan limbah B3 potensial bersifat eksplosif, mudah terbakar, iritan, beracun, karsinogenik, teratogenik, mutagenik, dan ekotoksik dari keseluruhan 8 jenis limbah B3 dengan volume limbah potensial tersestimasi 8,06 liter per tahun.

---

Environmental management is still a problem aspect that has not been implemented in accordance with applicable regulations, including the management of hazardous and toxic waste. For underlying hazardous waste management plan that has not been enforced in the UI campus, the necessary studies include analysis of potential waste volume calculations, the determination of the type, and a characterization of the potential to be continued later to hazardous waste into the waste inventory study. Studies of potential waste analysis study presented to the object Sanitary and Environmental Engineering Laboratory as one of the laboratories in the UI generating hazardous waste. The laboratory is divided into two: 1) Environmental Laboratory and 2) Environmental Microbiology Laboratory where this study is focused on the generation of hazardous waste practicum by students. The analysis base is PP. 18 Year 1999 jo. PP. 85 Year 1999 and supported by the EPA regulations. The calculation is done through rational study of law is based on the chemical and potential waste characterization based on Material Safety Data Sheets (MSDS) to obtain that 1) Environmental Laboratory‟s potential hazardous waste are charactherized as explosive, reactive flammable, irritant, toxic, carcinogenic, corrosive, mutagenic, and ecotoxic of the overall 23 type potenstial hazardous waste by estimated volume 173, 150 liters per year; 2) Environmental Microbiology Laboratory‟s potential hazardous waste are charactherized as explosive, flammable, irritant, toxic, carcinogenic, teratogenic, mutagenic, and ecotoxic of total 8 types hazardous waste with estimated potential waste volume 8.06 liters per year."

"ABSTRACT Uji analisa pewarna buatan, pemanis buatan, boraks dan formalin dalam Makanan dan minuman jajanan. Desain penelitian obsevasional dan hasil penyajian deskriptif, Dari populasi 702 SDN di Kabupaten Bekasi diundi 10 SDN, sebanyak 93 sampel akan diuji 100 parameter. Hasil: 5 minuman 40% mengandung rhodamin B, 12 makanan 8,3% mengandung Methanil Yellow, 10 minuman 20% mengandung pemanis buatan, 17 makanan 15,9% mengandung boraks dan 38 makanan 2,6% mengandung formalin. Dapat disimpulkan masih ditemukannya penggunaan bahan kimia berbahaya. Bahan kimia berbahaya tersebut mudah didapat dan murah dibandingkan BTM yang aman. Disarankan siswa membawa bekal, selektif jajan, Dinkes meningkatkan pengawasan, edukasi pedagang jajanan.

---

ABSTRACTTest analysis of artificial coloring, artificial sweeteners, borax and formaldehyde in the food and beverage snacks. Observational study design and descriptive presentation of the results, of a population of 702 elementary schools in Bekasi drawn 10 primary schools, 93 out of 100 samples will be tested parameters. Results: 40% 5 drinks containing rhodamine B, 12 Methanil food containing 8.3% Yellow, 20% 10 drinks contain artificial sweeteners, 17 food containing borax and 15.9% 2.6% 38 foods containing formalin. It can be concluded is the discovery of the use of hazardous chemicals. Hazardous chemicals are readily available and inexpensive compared BTM safe. It is recommended students bring lunch, snack selective, PHO increased surveillance, education hawker traders."