Project Engineer
B.S. Architectural Engineering, Emphasis on
Structural Applications; University of Wyoming, 1992
Active Registration Professional Engineer:
1997/Structural - NM #13701
Experience and Qualifications:
Mr. Wichmann offers nineteen (19) years
working experience and has expertise in engineering design and project
drafting and coordination with architectural and engineering disciplines
of governmental, educational, commercial, industrial, and residential
structures utilizing steel, reinforced concrete, pre-cast concrete,
masonry, timber, and glue-laminated wood. Mr. Wichmann also has
extensive experience with computer modeling of structural frames of all
types, as well as experience with various other structural computer
programs.
A list of relevant project experience
follows:
Project Design Engineer, Las Vegas
Recreation/Community Center, Las Vegas, New Mexico.
Structural design of one story facility which utilized masonry and steel
bearing walls, structural steel framing and a prefabricated
pre-engineered metal building. The swimming pool area utilized precast
beam girder and roof planks. The foundation utilized cast-in-place
drilled piers and grade beams.
Project Structural Engineer, Pinehill
Dormitories, Pinehill, NM. Structural
design for a new dormitory building. Structure utilized pre-fabricated
wood trusses, steel bar joists and a Glulam Timber Ahub@ area. Walls
were CMU on a conventional foundation. The Ahub@ area was designed as a
traditional Native American hogan, in that the ceiling/roof area was
vaulted without any columns.
Project Structural Engineer, Four County Fire Station Additions,
Chimayo, Glorieta, La Puebla, Tesuque, NM.
All fire stations utilized steel bar joists framing.
Three of the projects utilized steel
bar joists.
One utilized a CMU wall system.
Project Structural Engineer, Fire Station #3, Santa Fe, NM.
Structural
design of a new fire station utilized structural steel, steel bar
joists, CMU walls and light gauge steel wall system.
Project Structural Engineer, Socorro High School, Socorro, NM.
Structural design of additions and renovations to an existing high
school. Structure utilized structural steel, steel bar joists, CMU and
lightgauge metal for on a conventional foundation.
Project Structural Engineer, Jemez Valley Elementary School Addition,
Jemez Valley, NM.
Structural design of additions and renovations to an existing elementary
school. Structure utilized structural steel, steel bar joists, CMU and
lightgauge metal for on a conventional foundation.
Project Structural Engineer, Mineral County Medical Center and EMT
Garage, Creed, CO.
Structural design of two one story facilities each utilizing steel roof
framing sheathed with structural wood insulated panels.
Walls were lightgauge steel walls.
Project Structural Engineer, University of New Mexico Valencia Branch Addition. Tome, NM. Structural design of facility and classroom additions to existing buildings. The structure utilized structural steel, steel bar joists and lightgauge metal for the superstructure on a conventional foundation.
Project Structural Engineer, Van Buren Middle School Classroom Addition, Albuquerque, NM. Structural design of classroom additions to an existing school. The structures utilized structural steel, steel bar joists, CMU and lightgauge metal for the superstructure on a conventional foundation.
Project Structural Engineer, Pojoaque Valley Intermediate School, Pojoaque Valley, NM. Structural design of a new intermediate school. Structure utilized structural steel, steel bar joists, CMU and lightgauge metal walls on a conventional foundation.