Dr. Dave Emerson was born in Littleton, Massachusetts. His father, a mining engineer, moved the family to Mexico twice, once when Dave was one year old and again when he was seven. In 1938, his father retired to work on his apple orchard in Littleton. Dave helped with pruning, spraying and dusting for insects, and hauling apples to the cider mill. Dr. Emerson graduated from high school in Littleton in 1945 and joined the army. Because he was only 17, the army sent him to Norwich University in Vermont until he turned 18. He then went on active duty until December, 1947. After he mustered out, Dartmouth College accepted his credits and he completed courses through his junior year. He was then called back to active duty in the Korean conflict, and was assigned to the Army Chemical Center in Maryland. After his army stint, Dr. Emerson worked a summer for Dow Chemical as a research engineer, and then returned to Michigan to pursue a Master's degree. He met and married his wife during this time. After completing his doctorate, Dave went to work for Shell Oil Company. Dave spent six years with Shell and decided to turn to teaching. He took a job at a branch of the University of Michigan. He worked there 17 years, doing research, teaching, and even spending a little time as chairman of the Division of Art, Sciences, and Letters. He was then notified of an opening at UNLV for dean of the College of Science, Math, and Engineering. In 1981, Dr. Emerson and his wife moved to Las Vegas, and he began teaching chemistry classes. He was instrumental in building up the engineering department through distance education for students who needed credits in math, computer skills, or electrical engineering. He also helped put together and sell the idea of a strong engineering school at UNLV, and then worked to gain accreditation for civil, mechanical, electrical and other areas of engineering. After retiring in 1998, Dr. Emerson worked on the self-study for the year 2000 accreditation. He still does research at UNLV on a volunteer basis. He and his wife continue to enjoy their home here in Vegas as well as their travels around the country.

Herbert C. Wells is currently professor emeritus of civil and environmental engineering at UNLV, and is considered the father of engineering at the university. He was born in Omaha, Nebraska, in 1927, and spent the first four years of his life there. After his father was killed in a plane crash in 1931, his mother moved them out to Los Angeles to be near her husband's parents. They moved several times, but the goal was always to find good schools for Herb and his sister Herb received an outstanding junior high education at Trailfinders School for Boys, and then attended Woodrow Wilson Junior High School in ninth grade. He then was sent to the San Diego Army Navy Academy, where he completed high school in two years and graduated at age 16. He next enrolled at Pasadena Junior College, majoring first in chemistry and then in geology, and was drafted into the army at age 18. After the war, Herbert returned to Berkeley to finish his education. The GI bill helped him finish his master's degree. He then went to work for United Geophysical for two years, and following that, was hired at a mine in Climax, Colorado. He and his second wife moved to Las Vegas in 1957, where he began working for Titanium Metals. After a mere three weeks on the job, he met with Dr. Malcolm Graham from early UNLV, who asked Herb to teach surveying. Dr. Wells taught surveying for only one semester, but continued his association with the faculty at the university. He kept working at Titanium Metals, where he learned a lot of practical chemistry, but was laid off shortly thereafter. He then was offered a job with Blue Diamond Gypsum as a plant engineer and continued teaching on a part-time basis. He became a full-time instructor at the college in 1961. By 1967, Herbert had been appointed chairman of science, math, and engineering. He immediately put in a request for ten more teaching positions, which were ultimately filled. He also was instrumental in putting together a proposal for a graduate degree in physics, and of course was involved in ABET accreditation for engineering degrees.