Standout Seniors: Meet Michael Gibilterra (Plastics Engineering Technology)

Penn State Behrend’s class of 2022 is ready to make its mark on the world!  We’re proud of our students and the things they’ve accomplished and learned while here at Behrend. Over the next several weeks, we’ll be introducing you to a few of our remarkable seniors who have overcome challenges, pioneered new technology, participated in important research projects, and left an impression at Penn State Behrend.

Today, we’d like you to meet Michael Gibilterra

gibliterra2

Major: Plastics Engineering Technology

Hometown: Hershey, Pennsylvania

Scholarships: The Joseph and Isabel Prischak Trustee Scholarship.

On choosing his major: Originally, I came to Behrend for Computer Engineering. But, after getting involved with Innovation Commons (see below), I realized I wanted to do more with 3D printing. In doing that work, I learned that I didn’t have a strong knowledge of what happens to plastics when printing. After talking to some of faculty members, especially Jason Williams, assistant teaching professor of engineering, I switched to Plastics Engineering Technology.

About Innovation Commons: It is an open ideation, product development, and prototyping center staffed by students who help guide innovators and entrepreneurs through the early stages of development. It is open to all entrepreneurs and innovators throughout Erie County and the surrounding region, including students, who are looking for support to organize, collaborate, compose, and construct their ideas.

Proudest accomplishment at Behrend: Becoming the first student volunteer at Innovation Commons.  This is where my entrepreneurial spirit grew and where I learned about starting my own company. I’m incredibly thankful for the opportunities Innovation Commons has created for students.

Campus involvement: I was a member of Alpha Phi Omega, a service fraternity. I also helped to revive the Entrepreneurship Club and served as president. The club brought in guest speakers, including a variety of entrepreneurs and/or those who support them, and we helped with Penn State Behrend’s Global Entrepreneurship Week activities.

What makes him unique: I can become very focused on a topic, which has been a “superpower” that helps me tackle big problems and led to my ability to develop new products, machines, or designs in a relatively short amount of time.

People would be surprised to know:  That I have autism and it’s one of my biggest strengths. While it has certainly had its hindrances, it has helped me significantly in my professional life and has enabled me to approach problems in a different light.

A printing passion: I have an obsession with 3D printing. It started back in high school when I built my first 3D printer using motors from some CD drives, a microcontroller kit, zip ties, cardboard, and the cheapest 3D doodler pen I could find at the time. I really enjoyed writing the code and then getting to see my creation print. I went on to build myself a 3D printer farm selling 3D printed parts and developing new 3D printers that each solve a different problem.

Advice for first-year students: Don’t be afraid to ask questions to get a deeper understanding. I’ve learned so much by just asking why or how something happens. Also, your professors want you to succeed. Don’t be afraid to ask them for help.

Michael is working to launch his own company, Additive Manufacturing System — a 3D printer manufacturing company that focuses on producing 3D printers, materials, and software for engineering applications in sectors such as aerospace, automotive, and medical.

Standout Seniors: Meet Ashley Seamon (Industrial Engineering)

Penn State Behrend’s class of 2022 is ready to make its mark on the world!  We’re proud of our students and the things they’ve accomplished and learned while here at Behrend. Over the next several weeks, we’ll be introducing you to a few of our remarkable seniors who have overcome challenges, pioneered new technology, participated in important research projects, and left an impression at Penn State Behrend.

Today, we’d like you to meet Ashley Seamon:

seamon2

Major: Industrial Engineering

Minor: Operations and Supply Chain Management

Hometown: McDonald, Pennsylvania

On choosing Behrend: I chose Behrend because of the small campus setting that also came with all the connections and perks of being part of a big university. Also, Behrend has a strong engineering reputation with ABET (Accreditation Board for Engineering and Technology) accreditation, both of which were important to me.

On choosing her major: I’ve always had an aptitude for math and science, but I associated engineering with doing hands-on fixing. On a visit to Penn State Behrend, I learned that industrial engineering was a field centered around efficiency and conceptual problem solving, and I knew it would be a perfect fit!

Proudest accomplishment at Behrend: My proudest accomplishment at Behrend has been my participation in undergraduate research, which has allowed me to study engineering education techniques. Along with my adviser, Dr. Omar Ashour, associate professor of industrial engineering, I have been studying the effects of integrating 3D-simulations and nonlinear storytelling into industrial engineering curricula.

Campus involvement:  NCAA DIII Varsity Women’s Basketball; Student-Athlete Advisory Committee, 2021-2022 Vice President; Lion Ambassadors, 2020-21 Internal Affairs Co-Chair/ 2021-2022 Executive Vice President; Society of Women Engineers, Behrend Chapter 2020-21 Secretary/2021-2022 President; Behrend Engineering Ambassadors, 2021-2022 Secretary; Institute of Industrial and Systems Engineers; Materials & Manufacturing Group; Women’s Engagement Council

Awards and scholarships: Behrend Honors Program; Behrend Chancellor’s Scholarship; President’s Freshman Award; Behrend Leadership Scholar; Council of Fellows Leadership Scholar; Dean’s List; Tau Beta Pi Engineering Honor Society; Chi Alpha Sigma Athlete Honor Society; 2021 Outstanding Tutor Award.

What makes her unique: I wake up every day with the intention to better myself. While it may not sound unique, I think my self-motivation to challenge myself every day is what has led to the success I’ve had during my time at Behrend.

On working (and playing) hard: In addition to being an engineering student, I currently play on the women’s basketball team. It has been a major commitment, and while it has challenged me outside my comfort zone, I have become a better person because of it. I also have four jobs at Behrend. By the time I graduate, my jobs on campus will have included peer tutoring (3 years), undergraduate research assistant (1.5 years), student grader (1 year), and teacher’s assistant (1/2 year).

On eating the elephant one bite at a time: Take every day one step at a time. Focusing on the little things will allow the big things to fall into place. Find some small way to challenge and improve yourself every day.

Her passion is learning: My goal is to earn my Ph.D. in industrial and systems engineering with a concentration in supply chain and logistics to become a college professor.

Advice for first-year students: Don’t be afraid to fail in engineering. It’s better to try and fail than to regret that you didn’t try to pursue something that could have changed your life for the better.

After graduation, Ashley plans to enter the Industrial and Systems Engineering Ph.D. Program at North Carolina State University.

Young Recycling Recruits Thrive at Bootcamp

By Heather Cass
Publications Manager, Office of Strategic Communications, Penn State Behrend

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Plastics recycling class opens eyes, options for high school students

When you toss your 2-liter soda bottle or yogurt container in the recycling bin, you may not think about where it ends up or how it might be recycled, but ten Erie-area students, recent “graduates” of Penn State Behrend’s Recycling Bootcamp, sure do.

The students, ages 14-18, saved their home plastic waste for a week before the all-day bootcamp event in August in Burke Center. It was led by Plastics Engineering Technology (PLET) faculty members—Dr. Alicyn Rhoades, associate professor of engineering; Dr. Gamini Mendis, assistant professor of engineering; Anne Gohn, assistant research professor; and Dr. Xiaoshi Zhang, engineering researcher. Several Behrend PLET students helped throughout the day, as well.

The students started the day identifying the different types or families of plastics they collected. They then counted the number of pieces in each family and calculated the weight fractions of each type of material, which is critical for cost-effective recycling.

“Students shredded their high-density polyethylene (recycling code #2) materials, extruded to pelletized form, and injection-molded test samples and plastic building bricks,” Gohn said. “Samples were tensile- and impact-tested at various levels of recycling content. The students then stretched and impact-tested the samples to analyze changes in material properties.”

The work they put into recycling their plastic waste opened their eyes to the challenges involved in the process.

“They were surprised by how much recycling affects the strength of plastic material and how complicated the process can be,” Gohn said.

Comments from student participants reflect the value of outreach efforts and learning in a hands-on environment. Several students said they were now “excited about plastics” and at least one is considering a career in plastics engineering. That’s just what organizers of the event hoped would be the result.

The bootcamp was funded through a $500,000 National Science Foundation Faculty Early Career Development (CAREER) Program grant awarded to Rhoades. The CAREER program is designed to support early-career faculty members who serve as academic role models in research and education.

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Resilience Pays Off for Engineering Students

Plans change but summer learning experiences continue

By Heather Cass, Publications Manager, Penn State Behrend

When the COVID-19 pandemic arrived in the United States, it disrupted not only the last few weeks of the academic semester for Penn State Behrend students, but also summer plans, too. With activity across the country and most of the world at a standstill, job offers, internships, and research opportunities were suddenly vanishing or being put on hold.

Even in a time as tumultuous as this, though, persistence and ingenuity pay off, and many Behrend students have been able to find ways to continue learning and getting hands-on experience from home this summer.

Caralyn Harben

Caralyn Harben, intern at Northrop Grumman

Caralyn Harben, a junior majoring in Software Engineering, had been looking forward to spending her summer in sunny California working at Northrop Grumman’s Redondo Beach location before the coronavirus conspired to keep her at home.

While she laments the location change, she is thankful to still have the opportunity to support the company’s Space Systems division as a software engineering intern. 

“I was lucky that Northrop Grumman decided to continue their internship program with many of us, including me, working remotely,” Harben said. “They shipped my work computer and additional hardware to me.”

In addition to her internship duties, Harben is an active member of the company’s intern council where she helps plan various virtual social events to keep her peers connected.

“I’m having a lot of fun with the work and the council, and it’s been a blast learning more about the company as a whole,” she said.

Micahel Magnotti

Michael Magnotti, paid research assistant

Industrial Engineering sophomore Michael Magnotti wants to get as much hands-on experience as he can before he graduates from Behrend. “Research is all about learning and I love to learn,” said Magnotti, who is also a Schreyer Honors scholar.

So when he learned about a summer research opportunity with Dr. Faisal Aqlan, associate professor of industrial engineering, and Carol Putman, assistant teaching professor of management, Magnotti teamed up with two other classmates, Samantha Melnik and Cameron Butts, to work on the project that focuses on applying an abstract concept to everyday business processes.

“Our team is working on developing a concept relationship map and an implementation plan for Industry 4.0 in manufacturing and the service industry,” Magnotti said. “First, we identified the main pillars of Industry 4.0 and how they are relate to one other and then we developed a visual representation of this relationship and created a simulation model for a small-scale implementation of Industry 4.0.”

It’s a paid position, which Magnotti said he appreciates in light of the time it requires, and it’s one that was easily adapted to an at-home work format. The Penn State Behrend Undergraduate Student Summer Remote Research Fellowship he received requires the research work be completed with software and tools that are free and available to the public on the Internet.

“You would think a virtual research experience like this would be mostly writing, but we have many different physical deliverables as well as simulation programs that allow us to be more physically creative instead of solely reading and writing every day,” Magnotti said. “The experience is incredibly exciting, even with the reading and writing, and I am so grateful to Penn State Behrend for giving students opportunities throughout these uncertain and stressful times.”

Rebecca Grey

Rebecca Grey, intern turned researcher

Rebecca Grey, a senior Mechanical Engineering major, had a summer internship lined up, but it was rescinded due to the pandemic.

“When my internship was canceled, I figured that I would probably spend my summer doing research since I am a member of the Schreyer Honors College and was beginning to transition research into work for my honors thesis,” Grey said.

But then, Dr. Charlotte de Vries, assistant professor of mechanical engineering, told her about the Multi-Campus Research Experience for Undergraduates (MCREU) organized by University Park.

Grey had worked with de Vries on a research project investigating the use of 3D printers to produce accessibility aids to support aging in place. Aging in place is an initiative largely centered on improving home accessibility to allow older adults to live in their homes longer. 

Grey submitted a last-minute application and was accepted as the program was approved to go fully virtual for the summer. 

“I am still doing research with Dr. de Vries and was also given another mentor for the MCREU program, Swapnil Sinha, who is a Ph.D. candidate in mechanical engineering at University Park,” Grey said. “My research has now transitioned from what is being printed on a 3D printer to focusing on improving the overall usability of the physical 3D printer.”

To that end, Grey is working on developing guidelines for 3D printers governed by the principles of universal design, a concept that focuses on product and building design that is accessible and user-friendly for individuals of varying ages and physical abilities 

Grey said the project is going well and she has benefitted from having a second mentor.  

“I am reviewing a lot of literature, analyzing various aspects of 3D printers that cause issues, looking for areas of improvement, and designing a survey for future use to gain more perspective on usability issues that others have dealt with,” she said. “In a remote research environment, it has been great working with a professor I know and have previously conducted research with. Having an additional mentor as well has been helpful in bringing a new perspective to my project and extra tips on conducting effective research.” 

Student’s discovery is measure of success

By Heather Cass

Publications Manager, Penn State Behrend

ethan fontana

Some of the world’s greatest scientific discoveries have been happy accidents. An experiment goes not quite as expected, and the scientist says something like, “Huh, that’s weird.”

For many, that moment comes after years, even a full lifetime, of work. For some, like Mechanical Engineering senior Ethan Fontana it came in the first year of college in a class outside of his major. (Huh, that’s weird.)

Fontana, a native of Lower Burrell, Pennsylvania, had passed college-level physics in high school thanks to a dual-enrollment AP course, but he needed a lab credit for the course to be accepted as a replacement for PHYS 211: Mechanics at Penn State.

He talked to Dr. Chuck Yeung, professor of physics, who helped Fontana craft an individual study course that would meet the college’s requirements. While working in the lab independently on an assignment involving a ticker tape timer, an apparatus used in introductory physics courses, Fontana noticed something odd.

“I was obtaining inaccurate and inconsistent values of gravity,” he said. “I approached Dr. Yeung about it. He was unable to find anything about the issue online, so he suggested we do a research study on it.”

“After rigorous hours in the lab, performing trial after trial, we finally concluded that an external friction force was present in the apparatus,” Fontana said. “Better yet, we were even able to calculate it with minimal uncertainty.”

Conclusion reached, Fontana worked with Yeung to produce a poster for the Sigma Xi Undergraduate Research Conference where they tied for first place in the Physics/Chemistry division.

“We were both sort of amazed because I was only a first-year student at that time,” Fontana said.

Jonathan Hall, associate teaching professor of physics, said the ticker tape timer has been used in introductory physics classes in high schools and college for decades.

“It is a useful pedagogical tool to introduce important concepts of motion, such as velocity and acceleration, to students,” he said. “I was astounded to find no articles in physics education journals about the results to expect or suggested best practices when using a ticker tape timer to measure motion.”

 

 

 

 

 

So the three collaborated on a paper, with Fontana as the lead author. It was published in the May issue of The Physics Teacher.

 

“I think the paper fills a gap in physics education literature, and will be a helpful resource, especially to new physics teachers,” Hall said. “Ethan is a remarkable student. It’s quite unusual for a student to take their first college physics lab and end up as the lead author of a peer-reviewed scientific paper.”

 

Fontana is looking forward to getting his Professional Engineering license and a job as a mechanical engineer in the Pittsburgh area after his graduation in May of 2021.

 

 

 

STEAM ideas to keep kids learning, engaged

By Heather Cass,

Publications Manager, Penn State Behrend

With schools closed across the country, parents have found themselves suddenly thrust into the role of teacher and activities director. It’s no easy task.

The experts in Penn State Behrend’s Youth Education Outreach (YEO) program are here to help you. They have plenty of experience holding kids’ attention while teaching them about Science, Technology, Engineering, Arts, and Math (STEAM). They have put together a few fun activities/resources that you can use.

Sweet Chemistry Experiment

In light of the number of students now learning remotely, The American Chemical Society has made the American Association of Chemistry Teachers website more available to the public. Tracy Halmi, associate teaching professor of chemistry, said the site offers high-quality information and activities for students of all ages, including elementary students.

Halmi shared one activity that caught her eye as an experiment that kids would find fun: Analyzing root beer floats is suggested for students in grades 1-5, but we’re guessing “kids” of any age would enjoy it.

root beere

You can see a full list of unlocked activities on the website.

Easter/Spring STEAM Fun

Robyn Taylor, K-12 program educator for YEO, said the website littlebinsforlittlehands.com offers several STEAM activities with eggs that are easy and fun to do at home. Here are a few of her favorites:

Easter Egg Catapults. Experiment with motion, design, and basic engineering and physics principals by designing a simple machine to launch plastic eggs into the air.

catapult

Photo credit: Little Bins for Little Hands

Egg Crystals: With just a few simple materials, your young learners will be ready to start growing cool crystals in the shape of eggs in this hands-on chemistry experiment disguised as a fun holiday craft.

egg crystals

Photo credit: Little Bins for Little Hands

Suncatchers: Bring some sun and color into your home by making suncatchers that incorporate a little science into the art, especially if you choose to make the crystal or slime suncatchers.

Crystal-Suncatchers-BABBLE-DABBLE-DO-displayed

Photo credit: Babbledabbledo.com

Lego Maze Challenge. If you have a bin full of building bricks, kids will have a blast making their own Lego mazes while also learning about engineering, design, and physics. There is no limit to how elaborate or creative the mazes can be – students can incorporate buildings and figures into their mazes and then compete with siblings to see who can race the marble through fastest!

marble maze

Photo credit: Mammapappabubba.com

Take a tour!

Send the kids on an adventure from the comfort and safety of your own home. You can tour a whole host of museums and zoos virtually, including the National History Museum in London and the The National Museum of Computing, where you can take a 3-D virtual tour.

computer musuem

Photo credit: The National Museum of Computing

 

 

 

 

 

 

Crossing Disciplines Pays Off

First-year business student and senior engineering major win short story contest

Short-Edition-4CCLs-story-dispensers_0

By Heather Cass

Publications Manager, Penn State Behrend

Look, $100 is $100, OK? So when Senior Mechanical Engineering student Sam Cabot saw the opportunity to earn some cold hard cash (er, Visa card) by whipping up a little story about brunch for Penn State’s University Libraries Short Edition short story dispensers, he was on it like, well, syrup on French toast, if we’re going to stick with the brunch theme here.

It was that delicious hybrid morning meal that students, faculty, and staff were invited to write about for a chance to win money, bragging rights, and a spot in the Libraries’ short story dispensers. There are ten of them spread out among seven University locations, including Behrend’s Lilley Library. With the press of a button, the dispenser prints out a short story that users can take with them to enjoy when they have one to five minutes to spare.

Four “Brunchin’ Around” contest winners were chosen recently by the Short Stories all-student editorial team and two of the authors—Cabot and Isaac Barringer—are Penn State Behrend students.

Barringer, a first-year Finance and Accounting dual major, wrote “The Daffodil House,” about a couple found in their yellow house covered in flies and bellied up to what turned out to be their last meal—brunch, of course, “for the Connors were of a practical stock and believed that breakfast was more efficient if it included lunch as well.”

Cabot, who writes under the pen name Johann Lecker for no particular reason other than the fact that he likes the name (“Lecker” means delicious in German), wrote “To Brunch?” in which the main character finds himself on a mountain in Brasher State Forest in upstate New York trying to make it to Sunday brunch at his grandmother’s house.

“Basically, it’s about someone who tries to remedy an uncomfortable situation, then abandons it altogether, for better or worse,” Cabot said.

sam cabot

Sam Cabot

Cabot said he entered the contest not only for the potential prize money but for fun and the chance to challenge himself.

“From what I have noticed, engineering students enjoy creative activities as much as any other students, but internships and course load limit the amount of time they can devote to other things,” Cabot said. “Most of the writing that engineers must make time to do is formal and impersonal, so that may be why there’s a stereotype that they are not creative writers.”

Like most authors, Cabot didn’t have a story outlined in his head. Rather, he had a few ideas to start with and the story emerged from there. It’s purely fictional. Cabot has never been anywhere near Brasher State Park, and his grandma didn’t host monthly family brunches.

Asked if it’s unusual that a business major and an engineering major would win a writing contest, Cabot cites the value and of cross-disciplinary learning, which can be beneficial to students in any major.

“It’s easy to grow absorbed in disciplines, like engineering, that are extremely career-focused and require huge amounts of time spent on very specific tasks,” he said. “Adding courses in history or psychology or any of the humanities can provide a healthy balance. The knowledge gained from an occasional hour spent studying the humanities can be as relevant in the real world as the knowledge gained during any of the last eight or ten hours spent sizing a planetary gear train or debugging a C++ program. They both have value.”

But, Cabot said, the ultimate reward for him in exploring the humanities is finding something new and interesting to scratch his creative itch and expand his skills beyond the lab.

You can find links to Cabot and Barringer’s stories as well as the other winners and honorable mention entries here.

PLET student travel to Germany — final report

Guest Post by Lauren Hampton, Plastics Engineering Technology major

No matter how vivid the photos or descriptive the lecture, there’s nothing quite like seeing and experiencing another country in person. And, in today’s increasingly global business climate, it’s vital that students be versed in the culture and business practices of international partners. There is much to be learned from seeing how others do it. That’s why, every year, students in the Plastics Engineering Technology (PLET) program have the opportunity to travel overseas to visit plastics companies and universities and attend a plastics trade show, too.

On Thursday, Oct. 17th, a group of PLET majors embarked on an 11-day trip to Germany. We asked student Lauren Hampton to keep a travel log and tell us about the trip. Here is her final report on the experience: 

Day 9 — Friday

Today, we visited Rosenheim University of Applied Sciences. They have a plastics engineering program similar to the one we have at Penn State. Additionally, students from both Penn State Plastics Engineering Technology and Rosenheim Plastics Engineering can participate in a semester study abroad program at the respective school. During our visit, we had a wonderful tour of their labs and got lots of information about the different research projects they are currently working on.

After our tour at Rosenheim, students had a free afternoon in Munich. Some toured the Allianz Arena where FC Bayern Munich plays. Others explored the city.

Group Photo at RosenheimStudents at Allianz ArenaStudents at Allianz Arena

Day 10 — Saturday

Today, we had a free day in Munich and it was our last (non-travel) day of the trip. Students did a variety of activities during the day. A couple of students visited Eagle’s Nest. Others went to some museums and went shopping in Marienplatz. In the evening, we had a group dinner at Schneider Bräuhaus.

Students at Eagle’s Nest

Students at Eagle’s Nest.

Glockenspiel at Marienplatz

Glockenspiel at Marienplatz.

Parting thoughts

I would like to give a special thanks to all of the faculty members—Jon Meckley, Dr. Gary F. Smith, Lucy Lenhardt, and Dr. Israd Jaafar—who took us on this once-in-a-lifetime trip. I can say on behalf of all of the students, we had a wonderful time and this is an experience that we will remember and cherish for many years to come.

Auf Wiedersehen, Deutschland!

 

PLET Students travel to Germany — Travel Log #2

Guest Post by Lauren Hampton, Plastics Engineering Technology major

No matter how vivid the photos or descriptive the lecture, there’s nothing quite like seeing and experiencing another country in person. And, in today’s increasingly global business climate, it’s vital that students be versed in the culture and business practices of international partners. There is much to be learned from seeing how others do it. That’s why, every year, students in the Plastics Engineering Technology (PLET) program have the opportunity to travel overseas to visit plastics companies and universities and attend a plastics trade show, too.

On Thursday, Oct. 17th, a group of PLET majors embarked on an 11-day trip to Germany. We asked student Lauren Hampton to keep a travel log and tell us about the trip. Here is her report latest report from Germany:

Day 6 — Tuesday

Today, we toured the Mercedes Benz engine plant in Stuttgart. We learned about the company’s history in the Neckar Valley. The afternoon was spent doing various activities. Students toured museums, visited landmarks, and explored the town.

at Mercedes

Students at the Mercedes engine plant in Stuttgart.

Birkenkopf

Students at Birkenkopf.

Dr. Smith and Cake

Dr. Smith likes cake. 

Day 7 — Wednesday

Today we toured Arburg, a prominent injection molding machine manufacturer. Following the tour, we traveled to Füssen. In Füssen, students went out for dinner and explored the town afterwards. Throughout the day, we rode on a total of seven trains – which is a lot of trains, if you ask me.

Group Photo at Arburg

Group photo at Arburg.

Happy Train Travelers featuring Dr. Smith, Dr. Jaafar, and Ryan Malatesta (Rye Bread)

Happy train travelers — Dr. Smith, Dr. Jaafar, and Ryan Malatesta.

Mr. Meckley

The lonely traveler: Mr. Meckley.

students at dinner

Students at dinner.

Day 8 — Thursday

Today we hiked up to Neuschwanstein Castle. We had a private tour inside the castle and then explored the surrounding area. Some went shopping while others hiked up Säuling Mountain.  Then, we travelled to Munich – our final destination.

neuschwanstein castle

Group photo at Neuschwanstein Castle.

Dr. Jaafar at the top of Säuling Mountain

Dr. Jaafar at the top of Säuling Mountain.

 

 

PLET students travel to Germany – Travel Log #1

Guest Post by Lauren Hampton, Plastics Engineering Technology major

No matter how vivid the photos or descriptive the lecture, there’s nothing quite like seeing and experiencing another country in person. And, in today’s increasingly global business climate, it’s vital that students be versed in the culture and business practices of international partners. There is much to be learned from seeing how others do it. That’s why, every year, students in the Plastics Engineering Technology (PLET) program have the opportunity to travel overseas to visit plastics companies and universities and attend a plastics trade show, too.

On Thursday, Oct. 17th, a group of PLET majors embarked on an 11-day trip to Germany. We asked student Lauren Hampton to keep a travel log and tell us about the trip. Here is her report from the first five days:

DAY 1 — Thursday, Oct. 17

Day One… Here we go! All the professors showed up to the airport bright-eyed and bushy-tailed (specifically Mr. Meckley rocking his flip-flops and plaid cargo shorts). However, the students were slightly less bright-eyed and bushy-tailed. Some would say they looked like zombies. Nevertheless, everyone was excited and raring to go!

first flight

First Flight

The first flight went very well. Most slept, some listened to music. Then… DUN DUN DUNNNNNNNNN…. THE. EIGHT. HOUR. LAYOVER. Below are some of the activities students chose to participate in to pass the time, including: homework, card games, chit-chat, and of-course some sleep.

layover homework

Homework! Of course!

 card games

Card games

Days 2 & 3 — Friday & Saturday

We arrived in Cologne (Köln), Germany early Friday morning. We had two free days in the city. During that time, we explored the city, ate lots of good German food, and took in all the beautiful views.

cologne

Cologne Cathedral and the Rhein River (Awesome Photo Taken by Dr. Jaafar!)

gelato

Jon Meckley, associate professor of engineering, with gelato. 

cathedra

Cologne Cathedral

jaafar and pretzel

Dr. Israd Jaafar, assistant teaching professor of engineering, and a giant pretzel. 

Day 4 – Sunday

We attended the K Show in Düsseldorf – the world’s number one tradeshow for plastics and rubber. We visited a number of companies and learned many new things!

smith and meckley with race car

Dr. Gary F. Smith, assistant professor of engineer, and Mr. Meckley with a Race Car at the K Show

interacting with lifting machine

Interacting with Lifting Machine

 

stduents at K show

Students at the K Show

Day 5 — Monday

We attended our second day at the K Show.  We met with companies and got to see the new generation of molding machines!  Then, we hopped on a two-and-one-half-hour train ride to Stuttgart.  We arrived in Stuttgart around dinner time and spent the evening relaxing and getting ready for our next tour.

virtual reality of the K show

Virtual Reality at the K Show  (Inside of a Blow Molding Machine)

group pix at the train station

Group Photo at the train station. 

NEXT: The PLET students will tour the Mercedes Benz engine assembly plant followed by tours of the Mercedes Benz and Porche Museums. Then, they’ll visit several other cities in Germany before ending in Munich where they will tour the University of Applied Sciences Rosenheim.  We’ll post updates from Lauren as they arrive.