Lilly Lawrence-BriggsOur first December Focus on Ecampus interview is with Lilly Lawrence-Briggs, who is currently applying to Vet Med schools (including OSU). She discusses how helpful she found the lecture videos that some of our instructors incorporate into their online courses.

How did you find out about our online chemistry courses? What did you like best about them?

My Grandfather, Jack Briggs, is an alumnus of Oregon State University. He also used to teach Biology at the Corvallis campus. A few years ago, while I was getting my Bachelor’s degree in Business Psychology, I started having some interest in going to Veterinary school. My grandfather recommended OSU. I was living in California at the time, and needed something that was taught online. I found out about Dr. Barth’s general chemistry series and signed up. Honestly, I didn’t think I’d be capable of completing any college chemistry sequences. I’m not your typical “science student,” anyway. I was homeschooled all through high school and had *extremely* limited knowledge of anything scientific. I also have a diagnosed learning disability, an eye convergence issue, that’s always put me at a slight disadvantage in the brick and mortar classroom setting. Taking classes online better suited my disability, and it also allowed me to hide behind the computer screen and not make a fool out of myself in front of the smart students!

To my shock, I was able to get through the general chemistry sequence with all “A”s. I also graduated with my Bachelor’s degree at this time and was looking for that “next step” in my life. I started considering vet school much more seriously. I applied to OSU as a post-Bacc student, got accepted, and moved to Bend to study at OSU’s Cascade campus.

The first Organic chemistry class I took (331) was actually taught by Dr. Gautschi. He was teaching it on campus but, of course, I opted to take it online. I’d heard nightmare stories from students about organic chemistry and was way too chicken to sit in the live class. Oh, how I wish I knew about Dr. Myles then! Don’t get me wrong, I absolutely love Dr. Gautschi! However, his online course had no lecture videos. I can’t emphasize how key those lecture videos were to my success in O-Chem. Furthermore, I almost failed Dr. Gautschi’s class and was feeling terrible. By doing a lot of hard work, meeting with tutors, and making one-on-one appointments with Dr. Gautschi, I was able to get by with a “B.” That was when he recommended Dr. Myles to me. I immediately went onto the Ecampus Chemistry website, looked up Dr. Myles’s email, and asked him if his organic course would include lecture videos. I can’t tell you how ecstatic I was when he said that it would! All of Dr. Barth’s general chemistry classes included lecture videos as well. I’m being 100% honest when I say that those videos are the reason for my success in both general and organic chemistry online. I was actually able to earn an “A” in Organic this time around. Being able to hit the pause button, take notes, re-watch worked problems, and review old recorded lectures was amazing! Obviously, students can’t hit the “pause button” on their live lecturing teachers. And, if you’re like me, you’re too embarrassed to speak-up in class.

Shout out to Dr. Myles:

It’s hard to choose just one thing I liked about Dr. Myles. His lecture videos were so clear and made learning the tricky O-Chem concepts much easier—I dare say even fun! ? He was also so nice, patient, and encouraging whenever I spoke with him via e-mail.

Advice for OSU Ecampus:

The only advice I could give would be to ask that all of OSU’s online courses have recorded lectures! For instance, I’m currently taking a genetics class online through OSU Ecampus. The professor is great, but she has no lecture videos… Honestly, that class would be so much more enjoyable if it had recordings like Dr. Myles’s class did. If you can’t tell, I’m very passionate about those online lecture videos! My disability slows me down in class and I always fall behind. The videos are my saving grace; they allow me to keep up.

What’s next for you?

I just finished all of my vet school applications. I applied to eight schools (including OSU) and will hopefully be hearing from them come January. As you know, O-Chem is a required course for all vet schools.

My passion to become a vet stems from my childhood. I was fortunate to grow up on a 40-acre farm in Northern CA. I was constantly watching my mom rescue animals, breed them, and train them. My mom is my ultimate motivator!

Do you have a hobby you’d like to tell us about?

In my spare time, you can find me riding & jumping horses. Below is a picture of me jumping my horse, Sublime. Interesting side note: this mare is pregnant and will have a foal next year! I actually bred her at Bend Equine Medical Center & Small Animal Division. Dr. Wayne Schmotzer, the clinic’s owner, used to teach at OSU’s College of Vet Med. Small world, right?

 

 

This week, we’d like to focus on Andreas Lutzen, a 44-year-old Danish national living in Hong Kong with his family. Andreas works for Hempel China Ltd, a marine and protective coatings company. Andreas has completed our 100-level general chemistry sequence and is currently taking CH 331 Organic Chemistry.

 

How did you find our chemistry program?  Any advice for us that would have made that process easier for you?

Having had some success with online education before, I was looking for an opportunity to study chemistry while holding down a day job. Pending an extensive search, I found that only OSU could offer a well-functioning platform for online chemistry studies. To my knowledge, there is in fact not that much competition around in the area of university-level chemistry distance learning. Some institutions offer programs that I would characterize as “thin,” and others offer programs that are too demanding to be realistic if you have a job. OSU has struck the right balance in my view.

Please share your background so we can get to know you better—how did you end up where you are on this journey?

I work in the technical service department of Hempel, a major coatings supplier within the area of industrial and marine paints, and studying chemistry is the thing I need to take my understanding of things to the next level. That is, I already have certificates and experience in on-site coating inspection, factory audits and so on, but knowledge of the underlying science of the whole affair—chemistry—is still not part of my toolbox. This is something I wish to change.

To give you an idea of my work content: I will go and do coatings inspection for, say, the docking of a ship. That is, I help plan the application by making a paint specification and by ensuring the right quantities and qualities of paint are ordered. During the actual docking of the ship, I am on site agreeing with yard and ship-owners on a painting time-table, overseeing the actual application ensuring that climatic conditions are acceptable for painting, salt content of abrasive not too high, that the paint is properly mixed (stoichiometry) and so on and so forth. As you can see from this, chemistry is central to what we do in the coatings industry, and hence the things you teach at OSU are very valuable to me in getting a better and deeper understanding of my work.

What inspired you to choose the career path you are working towards?

I joined the coatings industry sort of by chance. I have never regretted ending up here, however. The drama of chemistry, different cultures (most projects are of an international nature) and commercial interest clashing, as they do in our industry, is intense. One might be stressed out and vexed from time to time, but work here is never boring! My goal is simply to become better at what I am doing, and the inspiration for that is pretty straightforward: Nothing beats being good at what you do. The joy that comes from being good at something lasts a lifetime; it cannot be taken away from you.

Do you have any advice for other online students? 

You have to want this to succeed. Only personal interest and a good fit with career plans and goals are sufficient to power the sustained effort needed to be able to pull this through. On a personal level, I experience this right now, as I am struggling with organic chemistry, which is much harder than originally anticipated. I have already made up my mind to push on, even though temporary setbacks may come to visit. If you really want something, having to redo a course or two is no more than a bump on the road. On a practical level, my advice is this: Work the problems, work the problems, and work the problems. Chemistry cannot be read and memorized; it has to be worked to be understood.

What is next for you? 

Maybe a job with the complaints-handling unit at our HQ. Having spent more than a decade in China and in the field, moving back to HQ in Europe would be a good next step. Needless to say knowledge of chemistry is going to be indispensable in that job.

 

Thank you Andreas for sharing your experience and insight with us! Good luck in the rest of your term and your professional endeavors!

Greetings from UC Berkeley!

The Center for Energy Efficient Electronics Science Research Experiences for Undergraduates Program (E3S REU) for is accepting applications for summer internship positions. Please share this opportunity with your students. Also, please do not hesitate to contact me with questions.

Please Post Widely – More program details and the online application at: http://www.e3s-center.org/E3SREU2016.htm

Kind Regards,
Lea

The Center for Energy Efficient Electronics Science (E3S) is accepting applications for summer internship positions at UC Berkeley, MIT, Stanford, Florida International University, and University of Texas at El Paso.

2016 E3S Summer Research Internship
Date: June 5-August 6, 2016
Locations: UC Berkeley, MIT, Stanford, Florida International University, and University of Texas at El Paso
Application Deadline: January 29, 2016

What is the E3S Summer Research Program? A 9-week program that introduces energy efficient electronics science to undergraduates who are interested in pursuing a Ph.D. in science and engineering. Summer interns have the opportunity to join E3S researchers working in a collaborative and innovative environment to make fundamental breakthroughs in the underlying physics, chemistry, and material science of electronics systems. Learn more at: www.e3s-center.org/research/

Internship Overview
Real-world experience: Work on challenging projects developing materials and devices for ultra-low energy electronics
Summer salary: $4,000 stipend
Live and work in Boston, El Paso, Miami, or the San Francisco Bay Area: Travel to/from institution, and summer housing provided
Mentorship: Work one-on-one with research mentor and program staff
Professional development: Graduate school preparation seminars, GRE prep course, guest speakers, and lab tours
Eligibility
US citizen or permanent resident
Rising sophomores, juniors, and non-graduating seniors
Engineering and physical science majors
Minimum GPA: 3.25
E3S Commitment to Diversity: E3S is committed to broadening participation in science and engineering. We strongly encourage students from historically under-represented groups in science and engineering to apply to our internship program, including students who are socioeconomically disadvantaged, first-generation college students, or have limited access to undergraduate research in their undergraduate constitutions.  Our program is designed to promote future student success by providing support through mentoring, leadership training and various networking activities.

For additional information, join us for our upcoming online webinar to learn more about the application process. We will have online info sessions on December 2, January 19, and January 25.  Use this time to hear more about E3S REU and ask any questions you may have about the application.  RSVP online at: https://www.surveymonkey.com/r/2016E3SInfoSession

Questions: Contact Lea Marlor at e3sprograms@e3s-center.org or 510-664-4882
Lea Marlor
Education Manager| Center for Energy Efficient Electronics Science (E3S) University of California, Berkeley
562 Sutardja Dai Hall
Berkeley, CA 94720-1764
Office:  510-664-4882
E-mail: lkmarlor@berkeley.edu

This month, Jeremy Kiene shares his story of how he decided to change his career from Renaissance Literature to Veterinary Medicine, and his experience with OSU Ecampus Chemistry along the way.

 

How did you find our chemistry program?  Any advice for us that would have made that process easier for you?

To be honest, I found out about OSU’s online chemistry program through a late-night Google search, conducted in a moment of despair when I was worried I’d never be able to get into a college chemistry course without taking on a mountain of debt by applying for admission into a second four-year bachelor’s degree program. The descriptions of the courses on the program website immediately piqued my interest, and I think I applied for admission for the fall quarter’s CH 121 the next day. Navigating the program’s stylishly designed and very informative website was no problem, and once I’d been admitted, I found OSU’s online student services equally user-friendly.

 

Please share your background so we can get to know you better—how did you end up where you are on this journey?

I grew up in Colorado and now live in Southern California. In what now feels like a former life even though it wasn’t that long ago, I earned a Ph.D. in English, and for several years I taught Renaissance literature, first at a small liberal arts college on the East Coast and then at large research university on the West Coast. But a life-long love of animals, combined with volunteer experiences starting in graduate school and some serendipitous meetings with some really smart and inspiring people led me to a different calling. Now I am preparing to attend a DVM program in hopes of becoming a veterinarian.

 

What inspired you to choose the career path you are working towards?

I’ve always been fascinated by the natural sciences, and I’ve always loved animals of all kinds (not just my own pets, but just about any kind of wildlife you could mention), but it wasn’t until I’d already gone down a very different path and had success in a very different career that I came around to thinking seriously about veterinary medicine. I studied English literature in graduate school, but during that time I also started volunteering at an animal shelter regularly. It was a joy spending time with all the dogs and cats waiting for their permanent homes, but I also saw more than my share of animal suffering and human ignorance and cruelty that made me wish I could do something more direct, more tangible, more profound in the service of animals and their people. Fast-forward to three years ago when I met a veterinary oncologist who had herself come to veterinary medicine following a successful career in another field. She is now a mentor and dear friend of mine, and her encouragement and example convinced me that with a lot of sacrifice and hard work, it might be possible to make the radical change in my professional and personal life that I’ve since undertaken.

 

How will your OSU online classes help you to accomplish your career goals?

Since I’m not seeking a second bachelor’s degree, I’ve been in the process of cobbling together veterinary prerequisite courses in the sciences from several institutions, and due to extremely high student demand (and my place at the end of the registration queue as a non-degree seeking student), it’s often been a challenge to get a seat in courses offered at local colleges and universities (even the one where I was until recently employed as a faculty member!). This is what initially brought me to Oregon State’s online general chemistry sequence. When I discovered OSU’s program, it meant that I could complete my chemistry prerequisites on a schedule that worked for me, at a reasonable tuition rate, with faculty at a top-notch research university (added bonus: OSU has a vet school, so with any luck this is just the beginning of my association with Beaver Nation!). Being in the general chemistry sequence really was a highlight of my time in higher education. Reflecting back on the experience, I am still astonished at how much I learned, how much my confidence grew, and most of all at how much I came to adore a subject that, I’ll admit, terrified me back when I was first exposed to it in high school.  Even better, I get to use what I’ve learned every day at work when I’m mixing medications and calculating fluid rates for my animal patients!

 

Do you have any advice for other online students?

Be disciplined. Make a schedule and stick to it, and plan on putting in some work on your online courses every day. When your physical presence in a lecture hall or seminar room isn’t required at particular times during the week, it can be tempting to take days off here and there, but success in chemistry is all about practice and repetition. Most importantly, don’t hesitate to ask questions and seek out extra help. When I first enrolled in OSU’s online general chemistry sequence, I was worried that I’d get lost in the shuffle of a large lecture course, with the online format presenting an additional challenge since I’d miss out on direct interaction with faculty and classmates to help solidify my knowledge base. These fears were unfounded, however, as the online discussion forums offered plenty of opportunities to seek clarification and test out my understanding.   For the sequence I took last year, Dr. Marita Barth and her staff of teaching assistants were wonderful—they were excited about the subject matter, eager to share their expertise, and amazingly quick, thorough, and helpful in their responses to my questions. It was plain to me throughout the sequence that their number one priority was putting their students in the best possible position to reach their goals.

 

What is next for you?

I just finished applying to veterinary programs for the first time this fall, so hopefully vet school is next. But I’ve got my work cut out for me, that’s for sure! I’m employed as a technician at an animal hospital, and when I’m not there I am doing my best to finish my outstanding prerequisites (including, I hope, OSU’s online organic chemistry sequence starting this winter!) before fall 2016 rolls around.

 

What do you like to do in your spare time?

In my spare time I love traveling and being outdoors (hiking, camping, and photographing landscapes and wildlife), going to art and history museums, tasting beer at microbreweries, watching just about any sporting event (soccer, hockey, and football are my favorites), watching movies, and reading poetry, sci-fi novels, and non-fiction.

 

Do you have a family you would like to tell us about?

I live with my brilliant and patient wife (she is also an English professor—we met in graduate school) and our two dogs (Homer and Winnie) and four cats (Walt, Quinn, Brey, and Blaze). We regularly foster for a rescue organization that pulls dogs from high-kill municipal shelters, so more often than not there’s a third dog in the rotation. It’s a full house, but we take pride in keeping things clean and orderly…or at least trying!

 

Thank you Jeremy for sharing your story! We wish you luck with your future endeavors, educational and otherwise!

Slide1The 2015 National Chemistry Week theme is “Chemistry Colors Our World”.  The American Chemical Society is celebrating Chemistry Week to increase awareness for Chemistry.  Dr. Mas Subramanian’s research focuses on colorful materials, so he made a graphic featuring his pigment to help the NSF promote Chemistry.

More information regarding the American Chemical Society, the National Science Foundation, National Chemistry Week and Dr. Subramanian’s research can be found on their websites.

NCW Banner

 

 

Lee, Jamy  Jamy Lee was born and raised in Tigard, Oregon.  She attended Tigard High School, home of the Tigard Tigers, and credits her Chemistry teacher, Mr. Massey with why she chose chemistry for her college major.  “He just kept telling me all the cool things I could do and that I could definitely get a job in the field.”
She chose Oregon State University because of the low tuition rates and the proximity to her hometown.  Her brother also attended OSU, so she said, “at least I knew someone.”  She said when she started, she was really bored with General Chemistry because she’d seen it all in high school, so she went to see her advisor, Dr. Neal Sleszynski.  Not only did he talk her into taking CH 324, Quantitative Analysis, a class she maintains to this day as one of her favorite college experiences, but he also introduced her to undergraduate research.
Jamy was awarded the URISC (Undergraduate Research, Innovation, Scholarship and Creativity) Start for the summer of her freshman year and took that opportunity to start undergraduate research with Dr. Vince Remcho.  The summer of her sophomore year, she participated in the Center for Sustainable Materials Chemistry’s Undergraduate Research Program at UC Davis.  While there, she worked with Dr. Kacey analyzing aluminum and gallium clusters; Jamy said, “it was really cool.”  The summer of her junior year, she was back in Dr. Remcho’s lab working in conjunction with the Sure Science program and focusing on different research topics.
In her spare time, Jamy is the Academic Success Officer for the science sorority, Sigma Delta Omega, the Vice President of the Chemistry Club and a member of the College of Science Student Advisory Council (COSSAC). Their focus this year has been to integrate more graduate student involvement, mainly by helping the Chemistry Undergraduate Mentoring and Empowerment (ChUME) group reach more undergraduates.   She is also a member of several cooking clubs:  “Most of my activities outside chemistry involve food.”
Jamy has already been accepted to the University of Illinois where she will be working on her PhD is Analytical Chemistry.  She hopes to work in industry doing pharmaceutical chemistry research.  She says she’s a little nervous about leaving Oregon for the first time, but excited about the opportunity to work for such a great program.  We’re proud to have students like Jamy in our department and wish her all the luck in her future endeavors.

OSU Ecampus Chemistry asked Joel M., a high school chemistry teacher in Michigan, to share his experience with our online Environmental Chemistry course and the ways it can benefit his career. Here’s his story:

I have been a high school chemistry teacher for the past 20 years. After obtaining my undergraduate degree in Chemistry, with education endorsements in Chemistry and Physics, I began my teaching career – teaching in the same high school ever since. Almost immediately after I began teaching, I started working on my Master’s degree. At that time, the local universities did not have any Chemistry-related Master’s degree programs geared for educators, so I completed a general Master’s program in Education.

Since then, I have continued to maintain my teaching certification in Michigan by obtaining continuing education credits. In doing so, I have tried to find courses that would help me in my teaching. I have found a few Chemistry-related workshops and shorter courses from local universities, but as I have become busier with my family life, I have been looking for online courses that would give me the flexibility to complete the coursework from home and at a time that works for me. In addition, I wanted to experience an online course so that I could be taught as many students are now being taught today. Perhaps this experience would also affect the way I would teach in my own classroom.

After a fairly brief internet search, it became apparent that Oregon State had a reputable Chemistry online curriculum. I searched the course offerings for this past spring session and was pleased to see an Environmental Chemistry course. I felt that this would be a valuable course for me as some of the topics would relate well to some of the things I teach in my own classroom (not to mention my own interest in the environment).

I found that the course was relevant and helpful. I learned many things about the environment, but perhaps more importantly, I learned how online courses operate. I enjoyed the flexibility; I could do the homework and readings when it worked for me rather than at a set time at a specific campus location. Consequently, the online course saved me commute time—which was very important, as I covet every minute with my family.

Since I prefer live interaction with people (for example, I prefer to do my banking with a person rather than with an ATM), the lack of personal contact in an online class was originally an area of concern. However, the online lectures and step-by-step tutorials were very well done. The instructor regularly and promptly communicated with us and was very willing to answer any and all of our questions. So, overall, I found the online experience to be excellent.

Although I hope to be able to take another online chemistry course in the future, I plan to first spend some time improving my own teaching. I think there are some interesting opportunities that arose from my online experience that could be employed in my classroom. I believe there are elements of a “flipped classroom” (which has the students listen to videotaped versions of the lectures at home, leaving class time for discussion and problem solving—and thus in some ways parallels an online classroom) that could be advantageous at times in my chemistry classes. In addition, I think that some of the tutorials used in the online Environmental Chemistry course at Oregon State could be modeled at the high school level to give to students—for example, a portfolio of “step-by-step” solutions to difficult stoichiometry problems. Even online quizzes could be utilized at the high school level in order to quickly reinforce certain content.

Overall, I enjoyed my Oregon State online chemistry course. Not only did I learn the content (and enjoyed doing that from the comfort of my home and with the flexibility I needed at this time in my life), I learned another teaching technique that I believe can be incorporated to some degree in my own classrooms. I appreciated this opportunity.

Name: Daniel Myles

Area of Study: Organic

Position Title: Senior Instructor of Organic Chemistry

Why Chemistry? (What about it initially interested you, etc.)? I fell in love with chemistry in grade 11. Had an inspirational high school teacher. He took me under his wing and even let me helped with the teaching/preparation of his grade 9 science classes. I was fortunate to be exposed to teaching at such an early stage in my career.

Research focus (in non-science terms) or basic job duties? I am interested in synthesizing organic and main group element-containing compounds for their use in molecular electronics.

One thing that you truly love about your job? I love being in the classroom (and in the teaching labs), while working with our highly talented students.

One interesting/strange factoid about yourself. I am Canadian (please don’t hold this against me) and have recently lost my speaking accent, despite what some of my colleagues have to say about the matter. I am also a huge hockey fan (of course!) and my favorite team is the Vancouver Canucks.

Congratulations to our Spring 2015 Honor Roll students! Keep up the good work guys.

Benjamin Abram
Amy Albrecht
Amberlie Barnard
Abby Brown
Corinne Brucks
Kathryn Chen
Abigail Chitwood
Tora Cobb
Sergiu Coporan
Lauren Covey
Shannon Davis
Nicholas Diaz-Hui
Andrea Domen
Gillian Downey
Amanda Duong
Brandice Durfee
Blake Erickson
Darlene Focht
Trenton Gallagher
Franklin Giannone
Haily Hargrave
John Hergert
Thomas Ketsdever
Joeun Kim
Reid Kinser
Shan Lansing
Jamy Lee
Taylor Lee-Rouille
Cassandra Lew
Rachel Liu-May
Sarah Lund
Chaira Marzi
Collin Muniz
Chen Xian Ng
Dang Nguyen
Mathew Oldfield
Dakota O’Neil
Michael Osborn
James Palmiter
Lars Paulson
Thu Pham
Ryan Pimentel
Garrett Platt
Joel Pommerenck
Kristin Potter
Collin Raurk
Christofer Saksti
Ashraf Samhan
Jason Sandwisch
Trevor Shear
Kenneth Stout
Mesa Walker
Samuel Walters
Rebecca Westlake
Yan Yu
Tianqi Zhang
Alexander Zuk

Name:  Philip Watson

Area of Study / Position Title:   Professor (Physical Chemistry)/Associate Chair

Why chemistry? (What about it initially interested you?):

Turned on to chemistry when about 12 after receiving a home chemistry set as a Xmas gift.

Research focus (in non-science terms) or basic job duties?

Used to research chemistry at the surface of things.  Nowadays, I teach and look after organizing teaching schedules, scheduling classes, assigning TAs, riding herd over the general chemistry teaching staff.

One thing you truly love about your job?

The light-bulb moment when a student who was struggling with a concept “gets it”.

One interesting/strange factoid about yourself.

I like to play cutthroat competitive duplicate bridge at the local club.