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"This volume of Research in Global Strategic Management, the first under the new editorship of William Newburry, provides new perspectives on headquarters-subsidiary relationships in the context of the contemporary multinational corporation."

"Tesis ini mcmbahas penerapan SMK3 di cnam KKKS migas di Indonesia pada tahun 2010 dcngan mengacu standard yang bersi£at univcrsila yaitu OHSAS l800l : 2007. Pcnclitian ini adalah penelitian kunlitatif dengan dcsain dcskriplif komparasi. Hasil pcnclilian menunjuldwn bahwa scmua KKKS telah menerapkan SMK3 dalam opemsional perusahaannya dalam upnya penccgahan kecelakaan. Scmua KKKSte1ah mcncrapkan SMK3 dengnn baik sesuai OHSAS |8001 : 2007. Hal ini ditunjukkan dari nilai prcsentasi pemenuhan 5 (lima) KKKS diatas 85% dan hanya I KKKS yang pcncapaiannya 83%. Aspck budaya dun sejarah suatu negara mcnjadi salah satu faktor yang mcmpengaruhi penerapan SMK3 di KKKS. Disarankan untuk mcningkatkan penerapan SMK3 maka scmua SMK3 hams disusun berdasarkan sistcmatika proses Manajcmcn dan anlar elemen hams saling terkait.

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This thesis evaluate the lmplernentation of Occupational Health and Safety Management System (OHSMS) at six oil and gas company at Indonesia in 2010 refer to OHSAS 18001: 2007, which is one of universal OHSMS Standard. This rmeareh is a qualitative descriptive comparisons. Ther results showed that all companies have been applied OHSMS in his company operation in efforts lo prcvcnl accidents. OHSMS Company's have applied in accordance OHSAS 18001: 2007. This is shown from thc presentation iirliillment 5 (five) companies above 85% and the only one who has achieved 83%. Cultural and historical aspects of a country become one of the factors that affect the application in OHSMS in companies. The Researcher suggests that to improve implementation of OHSMS, ai! companies should be prepared OHSMS based on the systematic management process and between elements should be linked."

"Penelitian ini membahas tentang analisis risiko K3 di proses kerja Die Casting Plan 3 PT. X pada bulan Mei-Juni 2016. Penelitian ini menggunakan desain penelitian deskriptif dengan AS/NZS ISO 31000:2009 sebagai standar untuk proses penilaian risiko K3. Metode yang digunakan dalam penilaian risiko adalah semi-kuantitatif formula matematika W. T Fine. Identifikasi risiko menggunakan metode Job Hazard Analysis (JHA). Tujuan penelitian ini untuk mengetahui tingkat risiko K3 pada proses kerja Die Casting. Hasil penelitian menunjukkan bahwa ditemukan sebanyak 58 risiko pada proses kerja Die Casting dimana pada penilaian risiko awal (basic risk) sebanyak 48,27% risiko dengan level very high, 24,14% risiko dengan level risiko substantial, 18,97% risiko dengan level risiko priority 3, dan 8,62% risiko dengan level risiko priority 1. Kemudian risiko dinilai kembali dengan mempertimbangkan pengendalian yang sudah ada (existing control) menjadi 46,55% risiko dengan level risiko priority 3, 24,13% risiko dengan level risiko substantial, 13,80% risiko dengan level risiko priority 1, 8,62% risiko dengan level risiko very high, dan 6,90% risiko dengan level risiko acceptable. Sedangkan dari keempat proses kerja Die Casting terdapat 5 risiko terbesar dengan level risiko yang belum acceptable, yaitu very high, priority 1 dan substantial. Oleh karena itu, diberikan rekomendasi untuk pengendalian dari 5 risiko terbesar tersebut dari masing-masing proses yang bersifar engineering control, administrative control atau personal protective control.

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This study discusses about the risk analysis of occupational health and safety in the working process Die Casting Plan 3 PT. X in May-June 2016. This study used a descriptive research design with AS / NZS ISO 31000: 2009 as standard for the risk assessment process of occupational health and safety. The method used in the risk assessment is a semi-quantitative mathematical formula W. T Fine. Risk identification method in this study adopted by Job Hazard Analysis (JHA). The purpose of this study was to determine the risk level of occupational health and safety in the working process Die Casting. The results showed that found as many as 58 risks in the working process Die Casting. where the initial risk assessment (basic risk) as much as 48.27% of risk with a very high level, 24.14% of risk with substantial risk level, 18.97% of risk with risk priority level 3, and 8.62% risk risk level priority 1. Then these risks reassessed taking into account the existing controls (existing risk) to 46.55% of risk with risk priority level 3, 24.13% of risk with substantial risk level, 13.80% risk risk priority level 1, 8.62% of risk with a very high level of risk, and 6.90% to the level of risk acceptable risk. While on the fourth working process Die Casting, there are 5 biggest risk to the level of risk that is not acceptable, is very high, priority 1 and substantial. Therefore, given advice on the control of the 5 biggest risks of each process that is engineering controls, administrative controls or personal protective control."