1400 Townsend Drive—News from Michigan Tech
The Quincy Mine, in Hancock
Mining engineering program reborn
Michigan Tech’s bachelor’s program in mining engineering, which was suspended in 2003, is back in business. Beginning this fall, students can enter the new Bachelor of Science in Engineering program with a technical emphasis in mining engineering. This is the first step toward a full-fledged BS in Mining Engineering.
“It’s not your grandfather’s mining anymore,” says Wayne Pennington, chair of geological and mining engineering and sciences. “Mining today is so different, and this new program will be tailored to that.”
“It’s part of our heritage, and it’s part of the future, too,” added Leonard Bohmann, associate dean of engineering. “There’s a definite need for mining engineers, now and into the future. We are positioned where we can help fill that need.”
During a Mind Trekkers exhibit, students fool around with oobleck, a mix of cornstarch and water that acts like both a liquid and a solid.
Tech Mind Trekkers bring fun science to the Capitol Mall
Children visiting the Michigan Tech Mind Trekkers exhibit at the second USA Science & Engineering Festival at the Washington Convention Center could hurl a ping pong ball right through a soda can—learning for themselves the physics of air pressure.
The ping pong cannon is just one of more than a dozen mind-blowing science and engineering demonstrations that Mind Trekkers brought to the nation’s largest celebration of science and engineering in April.
An offshoot of Michigan Tech’s Pre-College Outreach program, Mind Trekkers has grown into a thriving venture. Student volunteers have taken the road show all over the country. Director Steve Patchin estimates that so far, hundreds of thousands of school children and parents have been captivated by the Mind Trekkers’ science spectacular.
Georgerobinsonite
New mineral named for Seaman Museum curator
A new mineral discovered in Arizona has been named georgerobinsonite—after George W. Robinson, professor of mineralogy and curator of Michigan Tech’s Seaman Mineral Museum. It is a lead chromate—a salt of chromic acid—that occurs as minute, transparent, orange-red crystals on cerussite, another lead carbonate and secondary lead mineral.
What did Robinson do to earn such an honor? Well, he didn’t discover the mineral. It is a convention in the profession not to name new minerals for their discoverers, said Frank Hawthorne of the University of Manitoba, who was involved in georgerobinsonite’s discovery. They decided to name it for Robinson because “George is a prominent curator who has contributed a lot to the mineral community,” Hawthorne said.
Will Cantrell (left) and Roger Woods
Will Cantrell, Roger Woods receive Distinguished Teaching Awards
“Office hours” are an elastic concept for both of Michigan Tech’s 2012 Distinguished Teaching Award winners: Will Cantrell, an associate professor of physics, and Roger Woods, a lecturer in the School of Business and Economics. “I’m on IM from 8 to 10 p.m.,” Woods said. “That’s when my students are doing homework. When they get stuck, I help them get unstuck.”
His students wrote, “He never lets a student fall behind if the student is putting their 100 percent effort into the course”; and “He is the BEST teacher that I have ever had, period.” As for Cantrell, “His office is always open,” says physics department chair Ravi Pandey. “I’ve seen him here on Saturday and Sunday working with students.”
Students appreciate Cantrell’s dedication. Said one, “He demonstrates the quality of a teacher who cares about his students and the subject and goes above and beyond that to help us. He is ALWAYS willing to help explain things outside of class.”
Adrienne Minerick
Minerick honored for innovative teaching
Adrienne Minerick ’98, an associate professor of chemical engineering, has received the 2012 Fredrick D. Williams Instructional Innovation Award, which recognizes new approaches to instruction.
Nominators cited Minerick’s numerous innovations, including a combined undergraduate and graduate class, with differing expectations based on the students’ grade level. Such forward thinking has allowed her “to re-energize our core graduate program courses,” wrote one nominator.
Archaeologist, chemical engineer unite in a war on rust
Rust is the bane of industrial archaeologists, who can only watch in dismay as iron artifacts dissolve into flaky red nothingness. With funding from the National Park Service, archaeologist Tim Scarlett and chemical engineering professor Gerard Canaba are investigating two new rust-prevention strategies: using highly pressurized carbon dioxide to displace water in iron artifacts’ pores and fissures; and impregnating objects with a coating of benign polymers that would prevent the absorption of water.
A matter of degree(s)
Michigan Tech is launching several new degree programs this fall.
The PhD in Biochemistry and Molecular Biology is an interdepartmental program that builds on courses in the Departments of Biological Sciences and Chemistry and the School of Forest Resources and Environmental Science.
The MS degrees in Biomedical Engineering and Medical Informatics address advanced technology needs in the field of medicine.
The BA in Physics and the BA in Physics with a concentration in secondary education create new, flexible tracks for physics majors.
And Michigan Tech and Central Michigan University are partnering to offer CMU’s PhD in Physical Therapy program at Michigan Tech in the near future. The program will help meet a critical need for physical therapists in the Upper Peninsula.
Boom time in Clintonville
Starting March 18, the police of Clintonville, Wisconsin, began receiving calls from alarmed residents reporting deep, rumbling sounds of unknown origin.
Michigan Tech geologist Greg Waite and graduate students Josh Richardson and Kathleen McKee volunteered to help find out what the heck was going on. They traveled south to install four seismometers and eight sound sensors around town, just in time to record a small earthquake on March 29.
For Clintonville, it was a remarkable moment. As of April 26, reporters noted that a few “I Survived the 1.5” T-shirts were still for sale at City Hall and Clintonville businesses.
Left to right, Jake Edick and Jon Stinson of sponsor Boston Scientific with three members of the winning Senior Design team: Thomas Faulkner, David Strobel, and Matt Gardeski. Photo by Emil Groth
Undergrad Expo highlights student research
More than fifty Senior Design and two dozen Enterprise teams participated in the Undergraduate Expo, held April 12.
Taking first place in the Senior Design category was the project “Bioabsorbable Polymer-Coated Metal Stent Degradation Simulation Design.” The students devised a better way to check for the degrading of stents, which are inserted into arteries to help maintain blood flow.
First place in the Enterprise category went to ITOxygen, which is involved in software development for a number of customers, including Blue Sky Health in Houghton and CCI Systems of Iron Mountain.
New ice for MacInnes Student Ice Arena
Tech played its first game at the Student Ice Arena on January 14, 1972, and forty years later, the hockey rink got a new ice plant, the system and equipment needed to make and keep ice. The $1.2 million project replaces the original Freon 22 direct system with a more environmentally friendly, industry-standard ammonia brine indirect system.
After demolishing the old system (the Freon was reclaimed), the arena floor was fitted with heating piping to prevent permafrost followed by a layer of sand and a layer of foam insulation. The web of pipes for refrigeration lies above the insulation, with a new six-inch-thick concrete slab on top.
An estimated 13 miles of piping snake under the 302 cubic yards of concrete that filled the 200-by-85-foot ice arena floor.
The new plant made ice during the last week of July, a week ahead of schedule.
Shawn Wiegand, a member of the team developing a model bus system for Houghton-Hancock
A better way to bus
Students in two Enterprises are designing a bus system that they hope will really work for Houghton, Hancock, and the University community—especially its students. Each city already has its own bus system, but they operate independently.
The Transportation Enterprise is determining where people need to go around town and when they need to be there, with the goal of developing the most convenient routes and schedules.
The Automotive Computing Enterprise has developed an Android app that will let riders pinpoint where a bus is on the route. A similar app for iPhones is under construction. The students also envision kiosks at bus stops, where information would be available via liquid crystal displays.
The effort is supported by a $50,000 Ford College Community Challenge grant.
Two new benefits for Tech parents
A lactation room for nursing mothers was established on the second floor of the Hamar House, the former home of Counseling Services. It joins similar facilities in the Administration Building, the Electrical Energy Resources Center, and the Great Lakes Research Center.
And, postdoctoral fellows who give birth to or adopt a child are eligible for six weeks of paid maternity leave.
Michigan Technological University is a public research university founded in 1885 in Houghton, Michigan, and is home to nearly 7,500 students from more than 60 countries around the world. Consistently ranked among the best universities in the country for return on investment, Michigan’s flagship technological university offers more than 120 undergraduate and graduate degree programs in science and technology, engineering, computing, forestry, business, health professions, humanities, mathematics, social sciences, and the arts. The rural campus is situated just miles from Lake Superior in Michigan's Upper Peninsula, offering year-round opportunities for outdoor adventure.
