The latest in our ongoing series re-printing the 2-year run of Mississippi Architect from 1963 through 1965. Today’s article is the feature in the April 1963 issue. As always, you can view the full issue, which includes articles on non-Mississippi issues such as computers solving trusses problems and the Sheridan Park development in Ontario.
With the launching of the space exploration program in America, the need for scientists and science technicians has become urgent. The companion need for a general understanding of science by the public has
become even more apparent. Hinton Hall, the new science building at Perkinston Junior College, reflects some of this growing interest in the field of science.
More than 1000 students, primarily from Harrison, Jackson, George ,and Stone Counties, are enrolled for the first two years of college or vocational technical programs of study at Perkinston.
The new science building already is at capacity use, with basic courses offered there in chemistry, physics and biology.
Throughout the design of the science building project, the architects made an effort to create an environment which would eliminate external distractions, but stimulate interest by providing internal attractions.
The building site is bounded on the north by physical education exercise fields, on the west by tennis courts, on the south by future building areas, and on the east by the main entrance into the campus.
To minimize distractions by the unrelated adjoining activities, the exterior walls of the building were built of solid masonry with windows located above eye-level. All rooms used as teaching stations open directly onto a large interior court. Hydroponics beds for growing plants with chemicals, beds for soil plants, and a pool for use as an aquarium are provided within the court. A place also is reserved for a future tower and telescope.
Since the building is not air conditioned, sliding glass doors afford a means of cross ventilation. Fumes and odors created in laboratory experiments can be cleared into the open court. The court also serves as a natural gathering space for science students and faculty between classes and at breaks during long lab sessions.
Hinton Hall is divided into three rectangular areas, one area housing chemistry, one physics and the third biology. The chemistry rectangle contains two laboratories, a lecture room and faculty office. The physics and biology rectangles each contain a laboratory, lecture room and faculty office. Rest rooms and the mechanical equipment room are located in one corner of the building.
The floor of the building is three feet above the ground in older to provide crawl space for repairing and replacing plumbing lines serving the laboratories. The floor and foundation are concrete; the walls, brick exterior and concrete block interior.
Exposed steel joists on steel columns support a flat roof deck of two inch insulating composition board. Vinyl asbestos tile is used on the floor of the chemistry labs and asphalt tile is used on the floors elsewhere. All interior lights are fluorescent, and heating is provided by hot water fan-coil units.
WILLIAM A. ALLEN, JR., AIA
LLOYD K. GRACE, AIA
WILLIS T. GUILD, JR., AIA
GRACE & GUILD, AIA, ARCHITECTS
–Principals in Charge of Project
Mechanical- John S. McCormick & Associates, Gulfport, Mississippi
Electrical- Zervigon, Goldstein, Associates, Gulfport, Mississippi
Structural- Post & Witty, Jackson, Mississippi
Leon C. Miles, Inc.
Martin School Equipment Company
Enclosed Building- 8358 square feet
Covered Walks-2920 square feet
Court- 3384 square feet
Building, Walks, Court- $120,273.00
Equipment (complete, including laboratory furniture)- $25,000.00