Deciphering Optimality: A Framework Towards Understanding Optimal Technology Training for Older Adults

Abstract

Older adults are joining the technology revolution, as they are the fastest growing population using computers and the internet. Due to age-related declines in cognition, they may be at a disadvantage when learning to use new technologies. Training may ameliorate the impact of such disadvantages; however, the lingering question is how best to design such training programs. One limitation of current training models is the lack of integration across research findings resulting in an inability to determine what constitutes optimal training. Previous research has identified many components that may lead to improved performance and it is essential to examine the circumstances in which specific details of training result in specific learning outcomes. To begin to accomplish this, the current paper illustrates a conceptual framework focused on the systematic design of training older adults for technology use. The framework offers an expanded view of the training development process and serves as a guide to future research to help in deciphering optimality of technology training for older adults.

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