Within the last 30 years, many shielding ``benchmark`` experiments, involving thermal and fast reactor spectra, as well as fusion reactor sources, have been performed worldwide. The results provide a means to perform quality assurance and consistency checks on recently developed transport codes and cross-section libraries. An effective means for storing, locating, and retrieving these experimental and calculational benchmark results for nuclear systems is under development. A new electronic data base called SINBAD, has the flexibility and a detailed storage structure capable of handling the many types of data found in benchmarks. These data are related by classifications and subclassifications so they may be quickly and efficiently reassembled at the user`s control. Output for data searching may be first perused at the screen and then printed and/or saved to a computer file for future use in user`s calculations. Future graphic display developments will allow a more comprehensive examination of the experimental geometry detail and data comparison.