Mining Engineering Pre-College Camp Scholarships: The week-long Mining Engineering program engages interested 9-11th grade students in the field of mining. Led by faculty, staff, and graduate students from Michigan Tech, participants get hands-on with engineering, explore future careers in extraction and mining, and learn from role models in industry.
Fernando R.M. Pires – UERJ (Rio de Janeiro State University) (PhD MTU, 1979)
“HEMATITE FORMATION – METAMORPHIC, TECTONIC AND HYDROTHERMAL CONTROLS”
Monday – February 16 at 3:00 p.m., 875 Dow Environmental Sciences Bldg. All are welcome! Continue reading
North America traveled in fast company back in its youth. A new study led by Michigan Technological University geophysicist Aleksey Smirnov reveals that 1.1 billion years ago, the North American tectonic plate scooted along at a blistering 24.6 centimeters—about 10 inches—per year.
Soft spoken and with the wiry frame of an avid outdoorsman, Jason Gulley’s eyes light up when asked about caves. “They have a mystery around them,” he says. “Even with the oceans we know where the deepest parts are, but with caves, you never know how long or how hard it’s going to be to get where you’re going.”
Dr.-Ing. Rudolf “Rudy” Greuer of Houghton, Professor Emeritus of Mining Engineering at Michigan Tech, passed away on Sunday, January 18th, 2015 in Michigan’s Copper Country. Rudy was born on April 6th, 1927, in Guetzlaffshagen, German Pomerania. Rudy was a veteran of World War II, serving in the German armed forces prior to spending a period of Soviet captivity as a prisoner of war. After his military service and during his studies, Rudy worked as a miner in metal, coal, and potash mines in Germany and the United Kingdom. He attended the School of Mines in Freiberg, East Germany from 1948 to 1950. He later graduated with a Diplom (Masters) of Engineering in Mining Engineering from the Technical University at Clausthal, West Germany in 1953. He was granted the Doctor of Engineering in 1955 from the Technical University in Mining Engineering. Continue reading
GMES PhD student, Elisa Piispa, has won an Outstanding Student Presentation Award at the American Geophysical Union’s annual meeting. The title of Elisa’s presentation was “Paleomagnetism of the 1.1 Ga Baraga-Marquette dykes (Michigan, USA)”. The AGU Annual meeting was held in San Francisco, CA, December 15-19, 2014. Piispa’s PhD advisor is Aleksey Smirnov.
Indigenous Cultural Elements of Keweenaw and Isle Royale: Community Lecture/Discussion
On Tuesday, February 24, MTU Professor Emerita Susan Martin, expert on Prehistoric Archeology and ancient copper, will lead a discussion about ancient cultural elements of our region. She will be joined by Seth dePasqual, Cultural Resource Manager at Isle Royale National Park. The event is part of a monthly series of sessions on the Geoheritage and Natural History of the Keweenaw, at the Carnegie Museum in Houghton. The discussions are aimed at the general public, but discuss current research and science.
Since 1999, the A. E. Seaman Mineral Museum has recognized individuals for excellence in earth science education with the Charles A. Salotti Earth Science Education Award. Now the mineral museum has a new partner in selecting the awardee: the Michigan Earth Science Teachers Association (MESTA).
Thanks to the efforts of museum director Ted Bornhorst and Tiger Salotti, wife of the late Charles Salotti, MESTA has agreed to promote the Salotti Award, solicit nominations and select the awardee. Continue reading
On Tuesday, December 16, Professor Rolf Peterson, MTU expert on Wildlife Ecology, will lead a discussion titled “Animal Elements of Keweenaw Peninsula and Isle Royale”. The event is part of a monthly series of sessions on the Geoheritage and Natural History of the Keweenaw, at the Carnegie Museum in Houghton. The discussions are aimed at the general public, but discuss current research and science. Continue reading
While we’re able to enjoy timeless scenery as we travel in the United States, it’s important to realize that the soils and rocks forming the base of these transportation systems may not forever be stable.
In a new project led by Michigan Technological University, Thomas Oommen, assistant professor of geological and mining engineering and sciences, heads a team that is using advanced technology to develop a comprehensive management system to monitor our nation’s geotechnical assets—the ground that forms the base for the concrete, asphalt or steel that makes up our transportation system.