Education and research in science, mathematics, and technology
have been an integral part of the University of Minnesota for nearly
150 years. Although IT was founded in 1935, its roots extend to
the University's infancy.
| 1851 |
U of M founded
as a preparatory school |
| 1858 |
Minnesota becomes
32nd U.S. state |
| 1862 |
U.S. Congress
passes the Morrill Act, which establishes the
federal land-grant university system |
| 1869 |
U of M reorganized
as a land-grant university, with math professor
and Civil War army engineer William Watts Folwell
as its first president |
| 1870 |
Math department
established in the School of Science, Literature,
and the Arts |
| 1872 |
Minnesota
Geological Survey established |
| 1874 |
Geology
and geophysics department established |
| 1884 |
College of Engineering
organized |
| 1888 |
School of Mines
established |
| 1889 |
Physics
department established
Pillsbury
Hall completed |
| 1891 |
Electrical
engineering department established |
| 1892 |
Astronomy
department established |
| 1893 |
Chemistry
department established |
| 1894 |
Math department
established in the College of Engineering |
| 1898 |
Mechanical
engineering department established |
| 1909 |
Biosystems
and agricultural engineering department established |
| 1910 |
Civil
engineering department established |
| 1911 |
Experimental
Engineering Building completed |
| 1912 |
Main Engineering
Building completed (renamed Lind
Hall in 1975) |
| 1913 |
Agricultural
Engineering Building completed |
| 1914 |
Chemistry Building
completed (renamed Smith
Hall in 1971)
First Engineering Day celebrated
on St. Patrick's Day; this annual celebration
(which eventually became Engineering Week in the
1950s and then IT Week in the 1980s) has been
held continuously for nearly 80 years |
| 1918 |
Minnesota
Technolog, IT's student magazine, debuts |
| 1919 |
Chemical
engineering department
established |
| 1924 |
Old Electrical
Engineering Building and Main Library completed
(library was renamed Walter
Library in 1959) |
| 1927 |
Former faculty
member Arthur
Compton wins the Nobel Prize in physics |
| 1928 |
Physics Building
completed (renamed Tate
Laboratory of Physics in 1965) |
| 1929 |
Aerospace
engineering and mechanics established |
| 1935 |
Institute
of Technology created by consolidating engineering,
architecture, mines, and chemistry in one collegiate
unit
Samuel Lind named the new college's
first dean |
| 1938 |
Vincent
Hall and St. Anthony Falls Laboratory completed |
| 1939 |
Alumnus
Ernest Lawrence (Physics '23) wins the Nobel
Prize for developing the cyclotron |
| 1940 |
Professor Alfred
O. C. Nier (Electrical Engineering '31) establishes
that uranium 235 is responsible for slow fission
in uranium |
| 1946 |
Professor E.W.
Davis develops the first of many processes for
converting taconite rock into commercial iron
ore |
| 1948 |
Mechanical
Engineering Building and Akerman
Hall completed |
| 1949 |
Chemical
Engineering Building completed (renamed Amundson
Hall in 1970) |
| 1956 |
Alumnus Walter
Brattain (Physics '27), former faculty member
John
Bardeen, and William Shockley win the Nobel
Prize for inventing the transistor |
| 1957 |
Mines and Metallurgy
Building completed (annexed to Amundson Hall in
1970) |
| 1958 |
Earl Bakken
(Electrical Engineering '48) designs the first
battery-operated heart pacemaker |
| 1961 |
Melvin
Calvin (Chemistry '35) wins the Nobel Prize
for his work in photosynthesis using Carbon 14
|
| 1962 |
President O.
Meredith Wilson launches a major University reorganization:
College of Science, Literature, and the Arts becomes
the College of
Liberal Arts
Geology and astronomy departments
transferred from SLA to IT
School
of Physics and Astronomy established |
| 1963 |
Wilson's reorganization continues:
mathematics departments from CLA and IT merge,
becoming the School
of Mathematics in IT
|
| 1970 |
School of Mines
and Metallurgy abolished; its programs are transferred
to the newly reconfigured departments of chemical
engineering and materials science and civil engineering
Computer
science and engineering department established |
| 1971 |
Kolthoff
Hall completed
UNITE
Instructional Television debuts |
| 1972 |
Seymour Cray
(Electrical Engineering '49) founds Cray Research
and leads development of supercomputers
Former faculty member John
Bardeen wins his second Nobel prize in physics,
for the development of the theory of superconductivity |
| 1975 |
Astronaut Donald
K. “Deke Slayton (Aero '49) commands Apollo-Soyuz
space mission |
| 1977 |
Former
faculty member John
Van Vleck and two others win the Nobel Prize
in physics for contributions to the understanding
of the behavior of electrons in magnetic, noncrystalline
solid materials. |
| 1983 |
Civil Engineering
Building completed, extending seven stories below
ground |
| 1987 |
Center
for the Development of Technological Leadership
established |
| 1988 |
Electrical
Engineering/Computer Science Building completed
on the site of the old Experimental Engineering
Building
Newton Horace Winchell School
of Earth Sciences dedicated in honor of Winchell,
the founder of the Minnesota Geological Survey
|
| 1989 |
School of Architecture
and Landscape Architecture separates from IT,
becoming the College
of Architecture and Landscape Architecture |
| 1997 |
Basic
Sciences/Biomedical Engineering completed
IT
Center for Educational Programs established
to develop and administer enrichment programs
for K-12 students, including the U of M Talented
Youth Mathematics Program, established in 1981 |
| 1998 |
Digital
Technology Center established
UNITE begins offering courses
via streaming video over the Internet |
| 2000 |
Biomedical
engineering department established
George T. Piercy Molecular
Materials Wing of Amundson Hall completed |
| 2001 |
Alumnus
Daniel
McFadden (Physics '57, Behavioral Sciences
Ph.D. '62) and University of Chicago economist
James Heckman earned the Nobel Prize in economics
for their contributions to microeconometrics
Renovation and expansion of
Mechanical Engineering Building completed |
| 2002 |
Walter
Library reopens after a two-year renovation and
restoration
IT becomes a five percent partner
in the Large
Binocular Telescope (LBT), which will be the
most powerful on Earth |