Florida State University
Professor Emeritus of Instructional Systems at Florida State University, Walter Dick is best known as co‑originator (with Lou Carey, later joined by James O. Carey) of the Dick and Carey Systems Approach Model and the classic textbook The Systematic Design of Instruction. His scholarship spans instructional design methods, evaluation of instructional software, and the early era of computer‑assisted instruction. Dick’s 1996 Educational Technology Research and Development article reflected on the model’s evolution and influence. Across multiple editions, his book has guided generations of designers in schools, higher education, government, and industry.
A systematic instructional design framework that treats instruction as an integrated system, linking instructional goals, analysis of learners and contexts, performance objectives, assessments, instructional strategies, materials development, formative evaluation and revision, and summative evaluation. Widely used across K–12, higher education, government, and industry.
Educational Technology Research and Development • Journal
Examines whether a group of highly regarded K–12 teachers used systematic instructional‑planning practices. Findings indicated these superior teachers placed limited emphasis on specifying measurable objectives, creating objective‑based tests, or making other decisions explicitly in light of objectives; instead, their planning emphasized day‑to‑day adaptations, suggesting divergences between prescriptive planning models and expert teacher practice.
Educational Technology Research and Development • Journal
Many instructional designers and organizations have adapted the Dick and Carey model. This article reviews changes to the model since its original publication and considers influences that may shape its future utility. It describes the impact of constructivist theory on the 1996 version and assesses how constructivist and objectivist approaches may affect public education and business and industry. The article also examines competing textbooks and a potential decline of interest in instructional design within academic programs.
Educational Technology Research and Development • Journal
Describes and evaluates a simplified version of the Reiser & Dick software‑evaluation model that emphasizes collecting student performance data to judge how well a program teaches targeted skills. Two field evaluations showed the simplified approach generally yields conclusions similar to those of the original model, and revealed that student learning data often contradict high subjective ratings from software review services. The results support school‑based, outcomes‑focused evaluation by teachers and media specialists.
Educational Technology Research and Development • Journal
Presents a new model for evaluating instructional software and reports a field test of the approach. Unlike many evaluation schemes that emphasize technical or surface features, this model focuses on the extent to which learners acquire the knowledge or skills the software intends to teach. The authors argue that this outcomes‑focused approach enables educators to identify software that is instructionally effective.
Pearson • Book
Respected as a classic in the field, this text introduces the fundamentals of instructional design and the concepts and procedures for analyzing, designing, developing, and formatively evaluating instruction for a variety of delivery formats. Topics include front‑end analysis, goal and task analysis, learner and context analysis, objectives, assessment instruments, instructional strategies and logistics, materials development, formative revision, and summative evaluation; later editions reflect contemporary technologies and distance education contexts.
Allyn & Bacon • Book
A classroom‑focused introduction to systematic instructional planning for preservice and in‑service teachers. The book guides readers to identify goals and objectives, plan instructional activities and media aligned to objectives, develop assessment tools, implement instruction (including mastery learning options), and revise instruction using performance data. Each chapter includes practice exercises and applications that build toward a complete instructional plan.