Hasil Pencarian  ::  Simpan CSV :: Kembali

"Kompleksitas proyek EPC yang dikarenakan saling ketergantungan antara aktifitas engineering, procurement dan construction mempunyai tantangan utama dalam mengkoordinasikan aliran informasi dan proses iterasi diantara disiplin engineering yang terlibat. Penerapan concurrent engineering memerlukan suatu sistem untuk meminimalkan terjadinya rework yang disebabkan oleh faktor internal dan eksternal dalam pengelolaan aliran informasi engineering. Tesis ini menggunakan Confirmatory Factor Analysis yang menghasilkan model fitted dengan nilai R2 62% yang menunjukkan hubungan signifikan antara faktor internal dan eksternal terhadap rework. Tesis ini juga mengkaji penerapan concurrent engineering dengan pendekatan Design Structure Matrix (DSM) yang bertujuan untuk meminimalkan rework dengan pengaturan aktifitas proyek.

---

EPC project complexity with interdependences between engineering, procurement and construction has a major challenge in coordinating the flow of information and iterative process between engineering disciplines. Implementation of concurrent engineering requires a system to minimize the occurrence of rework caused by internal and external factors in the management of the flow of engineering information. With Confirmatory Factor Analysis resulting models fitted R2 62% which showing a significant relationship between internal and external factors with rework. This thesis also examines the application of Concurrent Engineering with Design Structure Matrix (DSM) approach to minimize rework."

"This is the Proceedings of the 20th International Congress on Project Management and Engineering, that was held at the Technical University of Cartagena, Spain, from July 13 to 15, 2016. It brings together a collection of recent works of researchers and professionals in the Project Management and Engineering fields of Civil Engineering and Urban Planning, Product and Process Engineering, Environmental Engineering, Energy Efficiency and Renewable Energies and Safety, Labour Risks and Ergonomics. "

"The latest, most effective engineering and construction project management strategies. Fully revised throughout, this up-to-date guide presents the principles and techniques of managing engineering and construction projects from the initial conceptual phase, through design and construction, to completion. The book emphasizes project management during the beginning stages of project development to influence the quality, cost, and schedule of a project as early in the process as possible. Featuring an all-new chapter on risk management, the third edition also includes new sections on: Ensuring project quality, The owner's team, Parametric estimating, Importance of the estimator, Formats for work breakdown structures, Design work packages, Benefits of planning, Calculations to verify schedules and cost distributions, Common problems in managing design, Build-operate-transfer delivery methods Based on the author's decades of experience in working with hundreds of project managers, this essential resource includes many new real-world examples and updated sample problems. "