Monitoring Tools For Setting Up The Hospital Project

The hospital buildings are one of the most complex buildings/projects to plan, design, build, and operate. Hospital project planning involves site selection, Detailed Project Report (DPR) preparation, feasibility studies, room planning, hospital building zoning, and construction. This book provides in-depth knowledge and synchronization of the operational policies, licensing, services, equipment procurement, workforce recruitment, and establishing the set of Standard Operating Procedures (SOPs) before the start of hospital operations. This book helps enlighten site engineers and various in-charges to plan their hospital projects efficiently, completing all the jobs and activities well in time. This book narrates all the relevant issues and details about the hospital planning and construction activities in a tabular form and explains each activity extensively. Moreover, the tables provided in the book will also help the planners and executors assess the activity's progress and the person responsible for it. The key feature of the book is a very easily understandable English language that provides the best understanding to the students of Hospital Management, Para Medical Sciences, Architecture, Site Engineers, Site Supervisors, Hospital Promoters, Planners, and Designers.

Compared to other commercial buildings, hospital buildings are one of the most complex buildings/projects to plan, design, build, and operate. A well-planned set of all the activities involved in construction and setting up the hospital contributes a lot to reducing errors, avoiding modifications, completing a project on time, reducing the modification costs, decreasing or controlling infection rate, protecting patients and staff from injury, increase patient's recovery rate, and increase staff satisfaction. It is a fact that each hospital project department involves many individual departments, providing services, procurement of equipment, workforce recruitment, licensing, and establishing a set of Standard Operating Procedures (SOPs). Apart from this, it is necessary to start the particular activity well on time to make it a success in the scheduled period. If the start of the activity is delayed, it can delay the total project. It is noticed that the site engineer makes a lot of mistakes while setting up the departments. The reason for such mistakes can be like forgetting any particular activity, not completing the activity on time, etc. In this book, we have tried to address all such issues, detailed all the activities in a tabular form, and explained each activity in detail for the individual department of the hospital. The table also contains the columns to plan the start and end date of the activity. The table will also help assess the activity's progress and the person responsible for such activity. The book has been written keeping in mind the timely completion of all the activities involved in setting up and furnishing the hospital's departments. The book contains all such activities right from the initial setting up of the departments to the final inauguration of the hospital. This book is helpful to the designers, promoters, site engineers, architects, and engineers in planning the activity, its start and end, linking it with other activities, monitoring the activity, etc., well in advance. As the book is in very easily understandable English language, it may be a great help to students of Hospital Management, Para Medical Sciences, Architecture, Site Engineers, Site Supervisors, Hospital Promoters, Planners, and Designers.

The publication proposes a critical reading of the results emerging from the Seminar organised in January 2010 by the Department of Architectural and Design Technology on research tools for the architectural project. The spatial layout of buildings and urban spaces influences behaviour and the relations of the users, and in this displays the social nature of the architectural function in comparison to other spheres of design. Space Syntax (theory, methodology and techniques for the analysis of complex systems) takes this theory as the basis for its research. The seminar, attended by leading academic and professional figures, offered the opportunity for exchange between its own research and the experiences carried forward by the Space Syntax research and consultancy group.

This book Project Management is to facilitate the successful completion of projects. For this reason it puts particular emphasis on the importance of careful preparation and strategic co-operation within the project team. The first part of this new textbook offers a description of the project-based approach to the work environment, an analysis of when such an approach is appropriate and an account of how to make projects work. In addition, this part of the book discusses the role of planning software within the project environment. Part Two of the book describes the practical tools and skills needed to tackle projects. A number of the skills outlined in Part Two are also relevant to learning contexts other than projects. This new edition offers additional material on the life-cycle of the project: from setting up to completing a project. New sections deal with skills such as brainstorming and decision making in the project group. The text makes for required reading for project management students everywhere.

The planning and design of healthcare facilities has evolved over the previous decades from "function follows design" to "design follows function." Facilities stressed the functions of healthcare providers but patient experience was not fully considered. The design process has now crucially evolved, and currently, the impression a hospital conveys to its patients and community is the primary concern. The facilities must be welcoming, comfortable, and exude a commitment to patient well-being. Rapid changes and burgeoning technologies are now major considerations in facility design. Without flexibility, hospitals face quicker obsolescence if designs are not forward-thinking. Planning and Designing Healthcare Facilities: A Lean, Innovative, and Evidence-Based Approach explores recent developments in hospital design. Medical facilities have been adapted to the requirements of clinical functions. Recently, the needs of patients and clinical pathways have been recognized. With the patient at the center of the process, the flow of tasks becomes the guiding principle as hospital design must employ evidence-based thinking, and process management methods such as Lean become central. The authors explain new concepts to reduce healthcare delivery cost, but keep quality the primary consideration. Concepts such as sustainability (i.e., Green Hospitals) and the use of new tools and technologies, such as information and communication technology (ICT), Lean, and evidence-based planning and innovations are fully explained.

Project management skills are valuable for any healthcare project, not just technology projects. Non-technology activities that would benefit from project management skills include implementing a new policy housewide, updating training for use of the electronic health record (EHR), creating a new orientation program, quality assurance activities, submitting an article or presentation, writing a research proposal, or opening a new patient care unit. In addition, project management skills are not just for project managers, but they can be used by anyone leading these types of activities, such as managers, staff, educators, and researchers. Many books on healthcare project management have been focused on technology projects while non-technology projects flounder without the required knowledge or skills of the person leading the project. The purpose of this book is to discuss these skills based on the Project Management Institute (PMI) standards in a way that non-project managers would be able to understand and apply. Concepts from project initiation through project closure will be presented twice, first for novices and then for project leaders with more advanced skills. Practical, accessible, and containing numerous examples for each phase of the PMI Framework, this book will be a valuable resource for all healthcare professionals and both novice and experienced project managers.

This book explains the many techniques which have been developed to help you manage projects successfully using very clear objectives within a commercial environment. Examples are drawn from construction, civil engineering, product launches, publishing, computer hardware and software, scientific projects and aerospace.