Dr. Mardelle McCuskey Shepley, B.A., M.Arch., M.A., D.Arch., FAIA, FACHA, EDAC, LEED AP, is a Professor of Architecture  and Director of the Center for Health Systems & Design at Texas A&M University. A registered architect with 25-years of experience in practice, her books include Design for Critical Care, and Health Facility Evaluation for Design Practitioners.

'Planning for a new pediatric or neonatal ICU is daunting for most clinicians. Few have prior experience, and the skills needed are far different from those they use on a regular basis. Until now, the accumulated wisdom available to them from others who have gone through the planning process has been incomplete, inconsistent, and at times even inaccurate. With the publication of Mardelle Shepley's Design for Pediatric and Neonatal Critical Care, this void has been filled in remarkable fashion.A first attempt to address such a complex issue tends to be rudimentary in areas where the author(s) may not have expertise. But Design for Pediatric and Neonatal Critical Care excels in every area. Form and function, design as well as operational issues which might impact design are considered by experts from every relevant discipline, with an international perspective.Clinicians now have a superb resource to guide them through the planning process for a new ICU, and many babies, families, and caregivers will benefit as a result.' - Bob White, Director, Regional Newborn Program, Memorial Hospital, South Bend, IN.

• Foreword Acknowledgements Introduction Part 1: Better Design for Better Outcomes 1. The Role of Pediatric and Neonatal Intensive Care in Healthcare Delivery 2. Definition and History of Pediatric Intensive Care Environments 3. Definition and History of Neonatal Intensive Care Environments Part 2: The Physical Setting 4. PICU and NICU Design Part 3: Research and Guidelines on Persons and the Environment 5. PICU and NICU Design Research 6. Design Guidelines Part 4: The Future of Design and Research 7. Future of Design and Design Research Conclusion Index

Dr. Mardelle McCuskey Shepley, B.A., M.Arch., M.A., D.Arch., FAIA, FACHA, EDAC, LEED AP, is a Professor of Architecture  and Director of the Center for Health Systems & Design at Texas A&M University. A registered architect with 25-years of experience in practice, her books include Design for Critical Care, and Health Facility Evaluation for Design Practitioners.

'Planning for a new pediatric or neonatal ICU is daunting for most clinicians. Few have prior experience, and the skills needed are far different from those they use on a regular basis. Until now, the accumulated wisdom available to them from others who have gone through the planning process has been incomplete, inconsistent, and at times even inaccurate. With the publication of Mardelle Shepley's Design for Pediatric and Neonatal Critical Care, this void has been filled in remarkable fashion.A first attempt to address such a complex issue tends to be rudimentary in areas where the author(s) may not have expertise. But Design for Pediatric and Neonatal Critical Care excels in every area. Form and function, design as well as operational issues which might impact design are considered by experts from every relevant discipline, with an international perspective.Clinicians now have a superb resource to guide them through the planning process for a new ICU, and many babies, families, and caregivers will benefit as a result.' - Bob White, Director, Regional Newborn Program, Memorial Hospital, South Bend, IN.

• Foreword Acknowledgements Introduction Part 1: Better Design for Better Outcomes 1. The Role of Pediatric and Neonatal Intensive Care in Healthcare Delivery 2. Definition and History of Pediatric Intensive Care Environments 3. Definition and History of Neonatal Intensive Care Environments Part 2: The Physical Setting 4. PICU and NICU Design Part 3: Research and Guidelines on Persons and the Environment 5. PICU and NICU Design Research 6. Design Guidelines Part 4: The Future of Design and Research 7. Future of Design and Design Research Conclusion Index

Dr. Mardelle McCuskey Shepley, B.A., M.Arch., M.A., D.Arch., FAIA, FACHA, EDAC, LEED AP, is a Professor of Architecture  and Director of the Center for Health Systems & Design at Texas A&M University. A registered architect with 25-years of experience in practice, her books include Design for Critical Care, and Health Facility Evaluation for Design Practitioners.

'Planning for a new pediatric or neonatal ICU is daunting for most clinicians. Few have prior experience, and the skills needed are far different from those they use on a regular basis. Until now, the accumulated wisdom available to them from others who have gone through the planning process has been incomplete, inconsistent, and at times even inaccurate. With the publication of Mardelle Shepley's Design for Pediatric and Neonatal Critical Care, this void has been filled in remarkable fashion.A first attempt to address such a complex issue tends to be rudimentary in areas where the author(s) may not have expertise. But Design for Pediatric and Neonatal Critical Care excels in every area. Form and function, design as well as operational issues which might impact design are considered by experts from every relevant discipline, with an international perspective.Clinicians now have a superb resource to guide them through the planning process for a new ICU, and many babies, families, and caregivers will benefit as a result.' - Bob White, Director, Regional Newborn Program, Memorial Hospital, South Bend, IN.

• Foreword Acknowledgements Introduction Part 1: Better Design for Better Outcomes 1. The Role of Pediatric and Neonatal Intensive Care in Healthcare Delivery 2. Definition and History of Pediatric Intensive Care Environments 3. Definition and History of Neonatal Intensive Care Environments Part 2: The Physical Setting 4. PICU and NICU Design Part 3: Research and Guidelines on Persons and the Environment 5. PICU and NICU Design Research 6. Design Guidelines Part 4: The Future of Design and Research 7. Future of Design and Design Research Conclusion Index