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"ABSTRAKDalam melaksanakan kegiatan investasi, setiap perusahaan yang bergerak dalam kegiatan hulu migas harus mempertimbangkan segala aspek resiko terkait dengan pengambilan keputusan investasi. Pengembangan lapangan yang memiliki cadangan hydrocarbon harus dilakukan secara cermat dan mengelola segala factor resiko yang ada.Terkait dengan investasi, proyek migas mempunyai ketidakpastian yang relative tinggi, khususnya yang berhubungan dengan aspek geologi, komersialitas dan resiko lainnya sehingga diperlukan sebuah system yang mendukung untuk mempercepat pengambilan keputusan.Penelitian ini bertujuan untuk menganalisis pengaruh implementasi Decision Support System DSS , Teknologi dan Manajemen Resiko untuk meningkatkan efektivitas bisnis di PTABC khususnya Kantor Pusat, Asset 1dan Asset5.Hasil penelitian menunjukkan bahwa ada bukti bahwa DSS dan Teknologi dapat mempengaruhi Efektivitas Bisnis, tetapi tidak ada bukti bahwa Manajemen Risiko dapat mempengaruhi Efektivitas Bisnis.

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ABSTRACTIn term of investment, anycompany dealing with upstream oil and gas business shouldconsider allrisks associatedwith its investment.Before companies decide to invest, they must firstly identify and evaluate all risks using the Risk Management Framework. It is important because investment in oil and gas sector has a relatively high uncertainty, particularly due to geological, commercial aspects and other risks. Therefore, a Decision Support System DSS is required in order to accelerate decision making process. In terms of DSS application, its features e.g.,speed and reliability will surely affect the performance of decision making process and end user satisfaction.This study is aimed at analyzing the influence of DecisionSupport System DSS , Technology and Risk Managementin improving Business Effectiveness of PT ABC particularly itsheadquarter, and business units Asset 1 and Asset 5 . The result of study shows that there are evidences that DSS and Technology could affect to Business Effectiveness, but there is no evidence that Risk Management could affect Business Effectiveness."

"Keamanan organisasi tidak hanya terletak pada bangunan fisik, tetapi juga pada aset informasinya. Melindungi aset informasi memerlukan studi lebih lanjut untuk menetapkan langkah-­langkah mitigasi keamanan yang optimal. Dalam menentukan mitigasi aset informasi yang tepat, diperlukan penilaian risiko keamanan informasi dan peringkat yang jelas dan terukur. Sebagian besar metode manajemen risiko tidak memberikan fokus yang tepat pada peringkat aset informasi kritis suatu organisasi. Penelitian ini menganalisis pendekatan kerangka kerja untuk peringkat aset informasi kritis. Pendekatan kerangka tersebut menggunakan metode OCTAVE Allegro, yang berfokus pada profil aset informasi dengan menggabungkan pengukuran peringkat prioritas menggunakan metode Sistem Pendukung Keputusan (SPK), seperti Simple Additive Weighting (SAW) dan Analytic Hierarchy Process (AHP). Metode OCTAVE Allegro 􀂱 SAW dan OCTAVE Allegro 􀂱 AHP yang dikombinasikan diharapkan dapat mengatasi prioritas risiko dengan lebih baik sebagai input untuk membuat keputusan mitigasi untuk aset informasi penting. Kombinasi ini akan membantu manajemen untuk menghindari kesalahan langkah dalam menyesuaikan penanganan resiko aset informasi kritikal dalam memilih mitigasi menggunakan hasil pemeringkatan beberapa metode. Pengerjaan analisis ini dilaksanakan di salah satu instansi pemerintah di Indonesia. Kinerja perhitungan menggunakan metode kombinasi SPK lebih memiliki tingkat granularitas yang tinggi dalam membedakan urutan prioritas dibandingkan perhitungan menggunakan metode OCTAVE Allegro saja, sehingga prioritas suatu aset informasi kritikal satu dengan yang lain dapat dibedakan posisi pendekatan mitigasi resiko secara lebih jelas. Hasil kinerja pada metode OCTAVE Allegro, aset informasi kritikal pendekatan mitigasi cenderung lebih banyak di-­accept dengan jumlah 10 aset, dibanding hasil dari metode kombinasi OCTAVE Allegro -­ SAW / AHP yang pendekatan mitigasi aset informasi kritikal cenderung lebih banyak di-­defer dengan jumlah 13 atau 10. Hal ini menunjukan granularitas hasil dengan penggabungan metode SPK lebih condong untuk mempertimbangkan kembali aset dalam penanganan mitgasinya apakah akan mitigate atau accept. Hasil rekomendasi penggabungan ketiga metode OCTAVE Allegro, OCTAVE Allegro -­ SAW, dengan OCTAVE Allegro -­ AHP berdasar unit kerja pendekatan mitigate ada 5 aset, defer ada 8 aset, dan accept ada 10 aset.

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Organizational security is not only in physical buildings, but also in information assets. Protecting information assets requires further study to establish optimal security mitigation measures. In determining appropriate information asset mitigation, information security risk assessment and clear and measurable ratings are needed. Most risk management methods do not provide the right focus on ranking critical information assets of an organization. This study analyzes the framework approach to ranking critical information assets. The framework approach uses the OCTAVE Allegro method, which focuses on the profile of information assets by combining priority ranking measurements using Decision Support System (DSS) methods, such as Simple Additive Weighting (SAW) and Analytic Hierarchy Process (AHP). The OCTAVE Allegro-­SAW method and the OCTAVE Allegro-­AHP combined are expected to better deal with risk priorities as input for making mitigation decisions for important information assets. This combination will help management to avoid missteps in adjusting the risk handling of critical information assets in choosing mitigation using the results of ranking several methods. The work of this analysis was carried out in one of the government agencies in Indonesia. The performance of calculations using the DSS combination method has a higher level of granularity in differentiating priority sequences compared to calculations using the OCTAVE Allegro method only, so that the priority of a critical information asset with one another can be distinguished from a position of risk mitigation approach more clearly. The results of performance in the OCTAVE Allegro method, the critical information assets of the mitigation approach tend to be more accepted with 10 assets, compared to the results of the OCTAVE Allegro-­SAW/AHP combination method where critical information asset mitigation approaches tend to be deferred by 13 or 10. This shows that the granularity of the results by combining the DSS method is more likely to reconsider the assets in handling the calculation whether to mitigate or accept. The results of the recommendations incorporate the three OCTAVE Allegro methods, OCTAVE Allegro-SAW, with OCTAVE Allegro-­AHP based on work units namely the mitigate approach with 5 assets, defer approach there are 8 assets, and accept approach there are 10 assets."

"[Program magang ini bertujuan untuk memahami dan menganalisa penerapan manajemen risiko perusahaan pada PT Pertamina EP serta membandingkannya dengan teori dari Standar ISO 31000 Program magang dilakukan selama tiga bulan di Fungsi Strategic Planning and Risk Management pada bagian Risk Management PT Pertamina EP untuk mengamati dan membantu pelaksanaan proses manajemen risiko perusahaan Perbandingannya dengan teori dari Standar adalah pengadopsian prinsip kerangka kerja untuk mengelola risiko dan proses manajemen risiko yang diusulkan oleh standard tersebut Hasil menunjukkan bahwa perusahaan telah mengadopsi standar ISO 31000 dengan baik dan penerapan proses manajemen risiko disesuaikan dengan proses bisnis dan kebutuhan perusahaan ;The internship program aims to understand and analyze the Implementation of Enterprise Risk Management in PT Pertamina EP and compare it with the theory from ISO 31000 The internship program was conducted over three months in the Strategic Planning and Risk Management Function within the Risk Management Division in PT Pertamina EP while observing and helping the administration enterprise risk management process The comparison with the theory in the standard is the adoption of principles the framework for managing risk and the risk management process proposed by the standard The result shows that the company has adopted the ISO 31000 standard well and the risk management process is developed according to the business process and its needs Key words Enterprise Risk Management ISO 31000 Pertamina EP ;The internship program aims to understand and analyze the Implementation of Enterprise Risk Management in PT Pertamina EP and compare it with the theory from ISO 31000 The internship program was conducted over three months in the Strategic Planning and Risk Management Function within the Risk Management Division in PT Pertamina EP while observing and helping the administration enterprise risk management process The comparison with the theory in the standard is the adoption of principles the framework for managing risk and the risk management process proposed by the standard The result shows that the company has adopted the ISO 31000 standard well and the risk management process is developed according to the business process and its needs Key words Enterprise Risk Management ISO 31000 Pertamina EP ;The internship program aims to understand and analyze the Implementation of Enterprise Risk Management in PT Pertamina EP and compare it with the theory from ISO 31000 The internship program was conducted over three months in the Strategic Planning and Risk Management Function within the Risk Management Division in PT Pertamina EP while observing and helping the administration enterprise risk management process The comparison with the theory in the standard is the adoption of principles the framework for managing risk and the risk management process proposed by the standard The result shows that the company has adopted the ISO 31000 standard well and the risk management process is developed according to the business process and its needs Key words Enterprise Risk Management ISO 31000 Pertamina EP , The internship program aims to understand and analyze the Implementation of Enterprise Risk Management in PT Pertamina EP and compare it with the theory from ISO 31000 The internship program was conducted over three months in the Strategic Planning and Risk Management Function within the Risk Management Division in PT Pertamina EP while observing and helping the administration enterprise risk management process The comparison with the theory in the standard is the adoption of principles the framework for managing risk and the risk management process proposed by the standard The result shows that the company has adopted the ISO 31000 standard well and the risk management process is developed according to the business process and its needs Key words Enterprise Risk Management ISO 31000 Pertamina EP ]"

"Perekonomian nasional bergantung dari salah satunya adalah kegiatan ekspor-impor. Pelabuhan merupakan salah satu tempat dimana kegiatan ekspor-impor terjadi. Di pelabuhan biasanya terdapat beberapa terminal yang memiliki fungsi tertentu yang salah satunya adalah terminal peti kemas sebagai tempat bongkar muat kapal peti kemas dan menangani pergerakan peti kemas di pelabuhan. Salah satu indikator penting dalam operasional terminal peti kemas adalah dwelling time. Dwelling time merupakan waktu yang dihitung mulai dari suatu peti kemas dibongkar (unloading) dari kapal sampai peti kemas tersebut meninggalkan terminal pelabuhan melalui pintu utama atau dimuat (loading) ke kapal dari masuk melalui pintu utama. Dwelling time sampai saat ini masih menjadi permasalahan di seluruh pelabuhan di Indonesia. Dwelling time pelabuhan dipengaruhi oleh diantaranya yaitu aspek kepabeanan dan kepelabuhanan. Aspek ini masing-masing memiliki variabel-variabel yang saling terhubung dan memiliki keterkaitan dampak yang terjadi jika salah satu nilai variabelnya diubah. Hubungan dan nilai variabel diperlukan guna mengetahui seberapa besar dampaknya terhadap dwelling time. Pengaruh perubahan variabel ini, dapat diketahui dengan cara pembuatan model simulasi dwelling time karena cara ini dinilai lebih efisien dibanding perubahan infrastruktur secara langsung di lapangan yang akan memakan banyak biaya dan waktu. Model simulasi yang dibuat akan menjadi model basis untuk membangun sebuah website yang dapat membantu perusahaan pelabuhan dalam menentukan keputusan atau menjadi sebuah sistem pendukung keputusan berbasis cloud storage sehingga ruang penyimpanan lebih fleksibel dan dapat digunakan secara bersama oleh pihak-pihak yang membutuhkan di perusahaan atau pelabuhan tersebut. Adanya sistem pendukung keputusan untuk membantu analisis dan membantu pengambilan keputusan pelabuhan ini diharapkan mampu mendukung produktivitas kegiatan di pelabuhan dan mencapai nilai dwelling time terendah yang berdampak pula pada pertumbuhan ekonomi nasional.

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Export-import activities are one of pillars of the national economy. The port is one of the locations where export-import transactions take place. There are usually various terminals at the port that serve specific tasks, one of which is the container terminal, which serves as a location for loading and unloading container ships and managing container flow at the port. Dwelling time is a key indication in the operation of a container terminal. Dwelling time is the period of time measured from the time a container is unloaded from a ship until it exits the port terminal through the main door or is loaded onto a ship from the main door. Dwelling time is still an issue in all Indonesian ports. Port Dwelling time is impacted by a variety of factors, including customs and port operations. Each of these features has interconnected variables that have a corresponding influence when one of the variable values is modified. To determine the size of the impact on dwell time, relationships and variable values are required. The effect of changing this variable can be known by making a dwelling time simulation model because this method is considered more efficient than direct infrastructure improvements in the field, which will require a lot of time and money The simulation model developed will serve as the foundation for developing a website that can benefit port corporations in making decisions by transform into a cloud storage-based decision support system, providing storage capacity to be more flexible and shared by parties in need at the company or port. The existence of a decision support system to help with analysis and port decision making is expected to positively impact port productivity and attain the lowest dwelling time value, which will also have an impact on national economic growth."

"Tesis ini bertujuan untuk merancang dan membangun sebuah sistem pengambil keputusan penilaian supplier dan alokasi order pada sebuah rantai supply. Dalam penerapan supply chain management, performa dari supplier lebih baik untukdievaluasi dengan menggunakan penilaian multikriteria dibandingkan hanya penilaian faktor biaya. Tiga metode AHP diantaranya AHP, TFN Fuzzy AHP dan Trapezoidal Fuzzy AHP dibandingkan untuk kemudian dianalisa berdasarkan data yang didapatkan dari perusahaan baja terintegrasi terbesar di Indonesia, hasil evaluasi menunjukkan bahwa metode AHP lebih realistis untuk diaplikasikan pada DSS. Akhirnya, sebuah contoh penilaian supplier material yang digunakan pada proses produksi baja diberikan untuk mengilustrasikan bagaimana DSS dapat digunakan.

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This study aims to develop and generate a decision support system (DSS) for the improvement of supplier evaluation and order allocation decisions in a supply chain. In contemporary supply chain management, the performance of suppliers is evaluated agains multiple criteria rather than considering a single factor-cost. Three AHP models such as AHP, TFN Fuzzy AHP and Trapezoidal Fuzzy AHP are compared based on data from the bigger of indonesian intregated steel

company, where AHP model more realistic to apply in DSS for supplier appraisal. Finally, an example is provided to illustrate how the DSS can be used for material steel process."