Network Scheduling Techniques For Construction Project Management

Industrial, financial, commercial or any kinds of project have at least one common feature: the better organized they are, the higher the profit or the lower the cost. Project management is the principle of planning different projects and keeping them on track within time, cost and resource constraints. The need for effective project management is ever-increasing. The complexity of the environment we live in requires more sophisticated methods than it did just a couple of decades ago. Project managers might face insurmountable obstacles in their work if they do not adapt themselves to the changing circumstances. On the other hand, better knowledge of project management can result in better plans, schedules and, last but not least, more contracts and more profit. This knowledge can help individuals and firms to stay alive in this competitive market and, in the global sense, utilize the finite resources of our planet in a more efficient way.

This new book is for courses in construction scheduling and construction planning in departments of civil engineering, building science, engineering technology, or architecture. It provides a step-by-step approach to construction network scheduling and integrates the use of microcomputers to accomplish it. The book also contains a small case study - the Jimbeau Project - that runs throughout the text to illustrate the various network scheduling techniques that can be used on a construction project.

Critical Path Method (CPM) and Performance Evaluation and ReviewTechnique (PERT) are widely recognized as the most effectivemethods of keeping large, complex construction projects onschedule, under budget, and up to professional standards. But thesemethods remain underused because they are poorly understood and,due to a host of unfamiliar terms and applications, may seem morecomplicated than they really are. This encyclopedia brings together, in one comprehensive volume, allterms, definitions, and applications related to the time and costmanagement of construction projects. While many of these termsrefer to ancient and venerable building practices, others haveevolved quite recently and refer specifically to modernconstruction and management techniques. Sources include hundreds ofprofessional books, trade journals, and research publications, aswell as planning and scheduling software vendor literature. The detailed glossary of all applicable terms includes across-referenced listing of examples that describe real-worldapplications for each term supplied. An extensive bibliographycovers all applicable books, articles, and periodicals available onproject planning, scheduling, and control using CPM and relatedsubjects. This book is an important quick reference and desktop informationresource for construction planners, schedulers, and controllers, aswell as civil engineers and project managers. It is also theultimate research tool for educators, students, or anyone who seeksto improve their understanding of the management of modernconstruction projects.

Using a systems perspective, this updated version concentrates on the planning, scheduling and control factors of a project needed to bring it in on time and on or under cost. This edition contains expanded coverage of computer simulation and applications, information management and expert systems in project management. Includes a new chapter on Total Quality Management.

Intended for students and professionals in civil technology/engineering and construction management, Construction Project Planning and Scheduling presents complete coverage of the principles, techniques, and applications of all aspects of the scheduling process. "Some of the key features include: " Background discussion of the unique nature of scheduling construction projects and the need for sound, proven techniques. Coverage of the development and use of Work Breakdown Structure (WBS) as well as the transition from (WBS) to the elements of the project schedule. Use of real-world examples and applications to reinforce each scheduling principle. Informative illustrations and diagrams to support the text. Discussion of the development of Activity On the Node (RON) diagramming and scheduling techniques with multiple activity relationships.

An easy-to-follow guide to the theory and practice of project scheduling and control No matter how large or small the construction project, an efficient, well-thought-out schedule is crucial to achieving success. The schedule manages all aspects of a job, such as adjusting staff requirements at various stages, overseeing materials deliveries and equipment needs, organizing inspections, and estimating time needs for curing and settling—all of which requires a deep understanding on the part of the scheduler. Written by a career construction professional, Construction Project Scheduling and Control, Second Edition has been fully revised with up-to-date coverage detailing all the steps needed to devise a technologically advanced schedule geared toward streamlining the construction process. Solved and unsolved exercises reinforce learning, while an overview of industry standard computer software sets the tone for further study. Some of the features in this Second Edition include: Focus on precedence networks as a viable solution to scheduling, the main part of project control The concepts of Dynamic Minimal Lag, a new CPM technique developed by the author A new chapter on schedule risk management By combining basic fundamentals with advanced techniques alongside the robust analysis of theory to enhance real-world applications, Construction Project Scheduling and Control is an ideal companion for students and professionals looking to formulate a schedule for a time-crunched industry in need of better ways to oversee projects.

Brings together the most commonly used scheduling techniques in the construction industry including bar chart, critical path, multiple activity chart and line of balance. Also addresses time and resource scheduling, earned value, critical chain scheduling and probability scheduling using both Monte Carlo simulation and PERT.