Materials science and engineering students sought at SWE Career Fair

Students within the Department of Materials Science and Engineering (MSE) at The Ohio State University with sights set on securing careers, co-ops and internships are specifically in high demand at the Society of Women Engineers Career Fair at the Ohio Union Tuesday, Jan. 30.

 

Nearly 40 companies are looking for MSE majors at the 33rd annual SWE Career Fair, held from 1 to 6 p.m. Hiring representatives from 34 of those companies are looking to fill internship and co-op positions, while 33 companies are seeking students interested in full-time employment.

 

SWE at Ohio State and Engineering Career Services encourage all engineering and computer science students to step out of their comfort zones, come out and connect with hiring representatives from 140 companies and organizations at the event sponsored by SWE in partnership with the College of Engineering.

 

“Coming to a career fair is a big step for some. Career fairs can be daunting,” said Amy Thaci, director of Engineering Career Services. “But it’s your opportunity to network with employers face to face, tell them what you can do or want to learn more about and see if that company is one you’d want to work for. There aren’t many chances in your life where you’ll get to actually meet face to face with all of these employers in one place.”

 

Companies and organizations with representatives set to attend Tuesday include AK Steel, the City of Columbus, Delphi Technologies, Ford Motor Company, Honda of America Mfg. Inc., Intel Corporation, Microsoft, NASA’s John Glenn Research Center, the National Air and Space Intelligence Center at Wright Patterson Air Force Base, the National Security Agency, Nationwide Insurance, the Peace Corps, PepsiCo, Raytheon, Rockwell Automation, Texas Instruments, Toyota, and the U.S. Army and U.S. Navy.

 

SWE at Ohio State focuses its efforts on community service and outreach, with the aim to help women succeed in engineering and technology fields. The chapter facilitates professional and social events throughout the year in an effort to prepare students for engineering careers and leadership roles.

 

Kelsey Riffle

“Our biggest goal is to prepare our members for their future careers in engineering,” said Kelsey Riffle, president of SWE at Ohio State and fourth-year material science and engineering major. “Being a minority in engineering is definitely not easy. We’re trying to prepare students for not just how to get jobs, but how to succeed in those jobs after they get them.”

 

Vicky Doan-Nguyen joined Ohio State in August 2017 as an assistant professor in MSE, and Department of Mechanical and Aerospace Engineering. She was recruited through the Materials and Manufacturing for Sustainability Discovery Theme, which enables Ohio State students, faculty and staff to focus on translational innovation and research in technology, science and manufacturing as they apply to future energy systems and sustainability from the nanoscale and macroscale.

 

Doan-Nguyen said she feels the landscape has more opportunities than before for women in engineering, as well as women and underrepresented groups in science, in general.

 

“Part of inventing something new is bringing your perspective with it and making it be as inclusive as possible. The field can grow with diversity now, as opposed to backtracking and trying to reintroduce diversity. The field of metallurgy is male dominated because that was a really strong field, especially at Ohio State in the ‘70s, ‘80s and ‘90s, but now we have fields like 3-D printing and nanotechnology, and they’re such open fields that they not only can be contributors, but they can be leaders, and infuse diversity that way as well.”

 

Students attending the SWE Career Fair have the opportunity to network with recruiters and graduates of Ohio State, said Allison Whitney, member recruitment director for SWE at Ohio State and second-year material science and engineering major. The fair also allows an opportunity to get a feel for different companies’ expectations and what they have to offer prospective interns or employees.

 

“The career fair is a really great chance to meet with recruiters. And a lot of the recruiters that come are Ohio State grads, so they have been in the same shoes as a lot of the students; they understand students are nervous,” Whitney said. “There is no better way to prepare yourself for a professional-world atmosphere than going to the career fair.”

 

Admission to the Tuesday event is free, though students are required to have their BuckIDs and name badges, available Tuesday, from 11:45 a.m. to 6 p.m. at Engineering Career Services at 199 Hitchcock Hall.

 

“Take advantage of this opportunity at the SWE Career Fair to see how employers position themselves and present what they have to offer. See how well you connect with certain employers,” Thaci said.

 

“Online presence is one thing. Actual networking with employers is another and one that is absolutely necessary in securing the internship or job of your dreams.”

 

Additional information is found at the SWE Career Fair website and through the Career Fairs Plus app, available via Apple’s app store and Google Play marketplace.

 

The Institute for Materials Research is an interdisciplinary institute that works across colleges and departments at Ohio State to facilitate, promote and coordinate research and infrastructure related to the science and engineering of materials.

 

Story by Mike Huson, IMR Public Relations Coordinator

 

Constructing Microwave Circuits, Using Organic-based Magnetic Material

Physics Professor Ezekiel Johnston-Halperin is leading a four-institution collaboration to develop a novel way to construct microwave circuits. The four-person Ohio State, Yale, Iowa, and Colorado State research team recently received a $2 million National Science Foundation (NSF) Engineering Frontiers Research Initiative (EFRI) grant. It funds work on next-generation microwave electronic devices based on novel magnetic and topological properties of materials, being produced by Johnston-Halperin’s group.

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Save the Date: October 12, Distinguished Lecturer Wayne D. Kaplan

The OSU Institute for Materials Research Distinguished Lecturer Series continues with a lecture given by Wayne D. Kaplan from the Technion – Israel Institute of Technology. The talk is titled “The Influence of Fields and Dopants on Grain Boundary Mobility”. It will take place in Scott Lab E100, 201 W. 19th Ave, on October 12, 2017 from 2 p.m. – 3 p.m., with light refreshments to follow.

 

Bio

 

Wayne D. Kaplan is a full professor in the Department of Materials Science and Engineering at the Technion – Israel Institute of Technology, where he holds the Karl Stoll Chair in Advanced Materials.  Kaplan currently serves as the Executive Vice President for Research at the Technion. He completed his BSc in Mechanical Engineering, and his MSc and DSc in Materials at the Technion after immigrating to Israel from the U.S. He then spent a year as a Humboldt Fellow at the Max-Planck Institute in Stuttgart Germany before joining the Technion faculty in 1995.

 

During the past 20 years Kaplan’s research activities at the Technion have focused on the structure, chemistry and energy of interfaces between metals and ceramics, with a focus on the correlation between thermodynamics (continuum) approaches and the atomistic structure and chemistry of interfaces. In addition to his fundamental research in materials science, Kaplan works on the development of electron microscopy techniques for characterization at the sub-nanometer length-scale.

 

Kaplan is the author of more than 130 reviewed and archived scientific articles, as well as two textbooks: Joining Processes and Microstructural Characterization of Materials.  In 2006 he received the Henry Taub Prize for Academic Excellence. He is a fellow of the American Ceramic Society, a member of the Israel Microscopy Society, and was an editor of the Journal of Materials Science (Springer).

 

Abstract

 

Controlling grain size is a fundamental part of Materials Science and Engineering. While the driving force for grain growth is thought to be understood, the mechanism by which grain boundaries migrate, and how microscopic parameters affect grain boundary mobility, are less understood. This presentation focuses on the mobility of grain boundaries and how dopants and external fields influence the kinetics of grain growth.

 

The first part of the talk will address the concept of solute-drag, where conventional wisdom indicates that moving a solute cloud with a grain boundary should either slow down grain boundary motion (e.g. Mg in Al2O3), or not affect it. Model experiments at dopant levels below the experimentally determined solubility limit clearly show that some adsorbates reduce grain boundary mobility (the accepted solute-drag effect) whereas other increase grain boundary mobility (solute-acceleration). Reasons for the varying behavior are discussed within the framework of grain boundary disconnections as the mechanism by which grain boundaries move, and current approaches to understanding Gibbsian adsorption.

 

The second part of the talk reviews model experiments designed to probe the influence of external fields on grain boundary mobility. As a model system, polycrystalline SiC underwent conventional annealing, and annealing using spark plasma sintering (SPS) without pressure, and the grain size as a function of annealing time was characterized. From these experiments, the grain boundary mobility of SiC at 2100°C under conventional versus SPS annealing was determined. SPS annealing resulted in a grain boundary mobility which is three orders of magnitude larger than that resulting from conventional annealing. This indicates that the same (or similar) mechanism which promotes rapid sintering during SPS also significantly increases the rate of grain growth. This mechanism will be discussed in light of the “solute-acceleration” effect presented in the first part of the talk.

 


 

Each year, the Institute for Materials Research Distinguished Lecture Series brings world renowned materials researchers to The Ohio State University campus to share the latest developments in materials-allied fields and discuss their research with OSU students, faculty, and staff. IMR Distinguished Lecturers include the top scientists in their fields, and these lectures are advertised via campus mail, IMR listservers and IMR’s website. For more information on past lectures, visit our Distinguished Lectures page.

Did you miss out on OSU Materials Week?

 

Don’t worry! Check out the “Materials Week in Review” to see the highlights of Materials Week.

And if you couldn’t make it to the Three Minute Thesis competition, check out the awesome student finalists who presented during Materials Week. Three Minute Thesis (3MT®) is a research communication competition developed by The University of Queensland (UQ) whereby PhD students have three minutes to present a compelling oration on their thesis and its significance. 3MT challenges students to consolidate their ideas and research discoveries so they can be presented concisely to a non-specialist audience. All participants did a wonderful job presenting to our panel of judges.

 

The six finalists for the 3-Minute Thesis competition were Ryan Buntain, Sarah Bushman, Xinpeng Du, Bryan Esser, Xianje (Tony) Ren and Matthew Souva.

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