Engineer Gold Mines Ltd. announced the latest exploration results from the Happy Sullivan - Bee Peaks area on the company's Engineer Gold Mine Property. Results from exploration in this area, completed earlier in the summer, were released in news releases dated August 20 and December 17, 2020 which can be viewed on the Company's website. Happy Sullivan - Bee Peaks is located 3 km northeast of the Company's historic Engineer Gold Mine and has never been drilled. The additional results obtained include an average of 1.21 g/t Au from six grab samples of quartz vein, stringer and quartz-argillite breccia, with crustiform textures, approximately 0.7 to 1.1 km northeast of the main Happy Sullivan adit. The samples ranged from 0.37 to 2.58 g/t Au, accompanied by anomalous silver, and high arsenic, antimony, ±mercury. This geochemical signature suggests a high vertical level within the epithermal system, which has not been tested at depth. The mineralization is associated with north-easterly trending lineaments, which appear to converge at Happy Sullivan. Previous exploration concentrated on tracing the Happy Sullivan veins to the north as opposed to the east-northeast to northeast. All samples were sent to Activation Laboratories Ltd. ("Actlabs"), Kamloops for sample preparation and analysis. Gold assays were completed by metallic screen fire assay analysis by method code 1A4-1000, where the entire sample is crushed to 80% - 2mm and a 1000g sample split is pulverized and sieved to 149m (100 mesh) with gold analyzed by fire assay on the entire +149m fraction and two splits of the -149m fraction. A final gold assay is calculated based on the gold content and weight of each fraction. All samples were also analyzed for 38 additional elements by method code 1E3 involving aqua regia digestion of a 0.5g sub-sample followed by Inductively Coupled Plasma - Optical Emission Spectroscopy (ICP-OES) analysis. Additional quality control samples are regularly analyzed by the laboratory and include blanks, certified reference materials, and duplicates of crushed and pulverized material. Actlabs is ISO/IEC 17025:2017 accredited for the procedures performed.