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Objective: eHealth interventions may facilitate the dissemination of evidence-based psychosocial interventions to families of children with chronic illnesses, including cancer. This article describes a 4-phase, mixed-methods, user-centered approach to the design and evaluation of a novel psychosocial intervention for parents of children with cancer (Electronic Surviving Cancer Competently Intervention Program [eSCCIP]), adapted from an in-person intervention (Surviving Cancer Competently Intervention Program). Method: Development of eSCCIP involved a multidisciplinary design team of content and eHealth experts. Iterative Think Aloud testing and beta testing with parents of children with cancer was also completed. Results: An intensive, user-centered development and evaluation process was utilized to develop an eHealth intervention for parents of children with cancer. Initial testers rated eSCCIP favorably on questionnaires evaluating user experience and perceptions, and provided positive feedback and suggestions for additional improvement through qualitative interviews. Conclusions: Initial results suggest that eSCCIP may be an acceptable, feasible, and usable intervention for parents of children with cancer. eSCCIP is now ready for a larger pilot evaluation of usability, feasibility, and impact on target outcomes, including the reduction of anxiety and posttraumatic stress syndrome (PTSS) and improvements in family functioning.

Virtual reality simulation has been identified as an emerging educational tool with significant potential to enhance teaching of residents and students in emergency clinical encounters and procedures. Endotracheal intubation represents a critical procedure for emergency care providers. Current methods of training include working with cadavers and mannequins, which have limitations in their representation of reality, ethical concerns, and overall availability with access, cost, and location of models. This paper will present a human airway simulation model designed for tracheal intubation and discuss the aspects that lend itself to use as an educational tool. This realistic and dynamic model is used to teach routine intubations, while future models will include more difficult airway management scenarios. This work provides a solid foundation for future versions of the intubation simulator, which will incorporate two haptic devices to allow for simultaneous control of the laryngoscope blade and endotracheal tube.