2016 Lucian Symposium Poster Session Information

Dear colleagues and students,

A reminder to students that if you did research ANYWHERE this past summer and would like to present a poster on that work as part of the student poster session following this year’s Lucian Symposium (Friday, 23 September), here are the deadlines:

If you have not already done so, submit title, author list, and abstract to NSCIdean@stedwards.edu by 5 pm on Friday, 09 Sept.

This year, we are using Spoonflower to print fabric posters for each student so we will need extra time to allow for the print process.  Submit your poster print request in .PDF format ASAP but absolutely no later than 10 am on Monday, 12 September.  Submit your requests to nscidean@stedwards.edu.

Each student may have ONE poster printed by the School of Natural Sciences each academic year.  Additional poster printing should be paid for by research grant accounts as appropriate.  Students should use the poster they print for all appropriate conference presentations during the 2016 – 2017 academic year.

NOTE:  posters submitted after 10 am on Monday, 12 Sept. will not be printed by the School of Natural Sciences.  I recommend that if you need to print your poster after that date, please look for poster printing services at local area businesses (e.g., FedEx/Kinkos).

We are asking students to hang their posters by 1 pm on Thursday, 22 Sept.  That afternoon, the School of Natural Sciences Advisory Board will meet.  Members of the board often enjoy reading through student posters.  They will have time to do so after their meeting concludes around 4:30 pm that afternoon.

We ask students to take their posters down by 5 pm on Friday, 23 Sept.

We ask students to plan to be at their posters for some portion of the time period 1:00 – 3:00 pm on Friday, 23 September.  It is not necessary to stand at your poster for the entire period of time, but do commit to spending some portion of that period of time at your poster if at all possible.

Last year’s event was a tremendous success, and with our prestigious visitors on campus (both for the Advisory Board meeting and for the Lucian Symposium), we have a great opportunity to share what our students have been doing in the area of research and the successes you all are having in advancing the frontiers of science.

Remember, it is not essential that the research occurred at St. Edward’s— any REU or other university research program at which you did research this summer is eligible for a printing of one poster.

Finally – if you were a recipient of a Brother Romard research grant this past summer, the expectation is that you will print out and present a poster at this event.

If you have any questions, please contact NSCIdean@stedwards.edu.

Looking forward to another great student research poster session.

“A Moment of Zen?” Check out today’s sunset from our sky cameras!

Downtown Camera view of sunset, 24 August 2016.

Downtown Camera view of sunset, 24 August 2016.

Enjoy the sunset captured by our St. Edward’s University downtown and sky cameras!  Click on each image to watch the movies!

View the live shots:  downtown and all sky, or visit the archive of images and make your own movies.

View of 24 August 2016 sunset in Austin from the St. Edward's Skycam. North is to the lower left in the picture.

View of 24 August 2016 sunset in Austin from the St. Edward’s Skycam. North is to the lower left in the picture.

Third Weather Balloon Launched from St. Ed’s

The Tropospheric Ozone Pollution Project (TOPP) team conducted its third successful balloon flight from campus on Wed., 24 August 2016.  The flight lifted off around 1:40 pm CDT from in front of the Mary Moody Northen Theatre.

Funding for this research comes from the Capital Area Council of Governments (CAPCOG) with additional support from the Texas Commission on Environmental Quality (TCEQ).

Below is a plot of the ozone profile data.  You can see the ozone layer near 25 km altitude.  Also is a Google Map of the balloon flight trajectory.  Finders receive a $30 reward for returning instruments to us at St. Edward’s.  Contact us for details.

 

Ozone (blue) and temperature (red) profiles for weather balloon flight on Wed., 24 August 2016.

Ozone (blue) and temperature (red) profiles for weather balloon flight on Wed., 24 August 2016.

 

Google Earth image of flight path for AT003 -- a weather balloon launched from St. Edward's on Wed., 24 August 2016.

Google Earth image of flight path for AT003 — a weather balloon launched from St. Edward’s on Wed., 24 August 2016.

NSCI Strategic Planning Process Overview – Fall 2016

This Fall, the School of Natural Sciences will be engaging in a Strategic Planning Process.  Seven faculty members and the Dean will meet on those Friday afternoons without a Faculty Senate meeting or a NSCI General Faculty Meeting throughout the Fall Semester.  By December, this group will have a draft strategic plan to present to the NSCI faculty.

The process will be iterative and solicit feedback from NSCI faculty members throughout the semester, with regular updates on the NSCI Dean blog site (open only to NSCI faculty).  The completed Strategic Plan will be posted here by the end of the Spring semester.

The Strategic Planning Steering Committee consists of the following individuals:

  • Tricia Shepherd – Chair and Professor of Chemistry
  • Bill Quinn – Chair and Professor of Biological Sciences
  • David Naples – Professor of Mathematics and Physics
  • Edward Early – Associate Professor of Mathematics
  • Santiago Toledo – Assistant Professor of Chemistry
  • Terry Bilinski – Assistant Professor of Biological Sciences
  • Genaro Lopez – Adjunct Professor of Science
  • Gary A. Morris – Dean of Natural Sciences and Professor of Physics

The committee will consult with interested faculty and host visitors to its Friday meetings given their expertise and as faculty express interest.

Justin Westcott (Westcott Coaching) led the NSCI Faculty at a May 2016 meeting to start the process, exploring the context of the St. Edward’s University School of Natural Sciences faculty.  He returned to St. Edward’s to continue to step 2 of the process with an organizational cultural assessment discussion on August 2016.

Videos of Weather Balloon Filling and Release from 30 July 2016

 

MSEM Graduate student Chris Cormier set up a GoPro camera to record the filling and release of a weather balloon as part of the Tropospheric Ozone Pollution Project.  Set up in front of Main Building, it was a picturesque day for the first TOPP launch from St. Edward’s University.

Until I get that uploaded, here is my Vine video of the second launch on Thursday, 4 August!

You can find the data on the Munday Library Institutional Repository Website.  Stay tuned to this blog for more information on the project.

Coming soon!

Welcome Our New NSCI Full-Time Faculty Members

I’m excited to welcome our new, full-time colleagues to NSCI:

  • Kaitlyn Phillipson, Assistant Professor of Mathematics
  • Raychelle Burks, Assistant Professor of Chemistry
  • Thomas Moe, Visiting Assistant Professor of Computer Science
  • Mitch Phillipson, Visiting Assistant Professor of Mathematics
  • Erika Schwarz, Visiting Assistnat Professor of Biological Sciences
  • Casey Parish-Fisher, Assistant Professor of Forensic Science

Be sure to say, “Hello!” and offer your welcome and greetings to our new, full-time colleagues this year.

Kaitlyn comes to us from Texas A&M, where she just earned her Ph.D. this past Spring.  Her husband Mitch got his Ph.D. from A&M in May 2015 and spent the last year teaching at SUNY Oswego.  They both join our Dept. of Mathematics.

Raychelle (a.k.a., Dr. Rubidium or @DrRubidium on Twitter) joins our Dept. of Chemistry from Doane College, where she taught the last 3 years after two years of teaching at Seattle University and a summer semester at Seattle Central Community College.  Her Ph.D. is from U. Nebraska, Lincoln.

Thomas just retired after 23 years working with the Texas Legislature, most recently as a manger of infrastructure and operations in I.T.  His MS degree is from the University of St. Thomas in St. Paul, MN. He’s joining our Dept. of Computer Sciences.

Erika arrives at St. Ed’s after adjuncting for 3 years at ACC (where she taught) Biotechnology and Biology) while she was completing her Ph.D. at the University of Texas, earning her degree this past May. She will be on the faculty in the Dept. of Biological Sciences this academic year.

Finally, we’re happy to formally welcome Casie Parish-Fisher as a member of the NSCI faculty!  Casie has led the Forensic Science program at St. Edward’s in the School of Behavioral and Social Sciences since 2008.  She had her Ph.D. conferred this past year from the University of Central Lancashire and moved her program to NSCI (under the Dept. of Chemistry) this past summer.

Welcome to all!

Austin Area STEM Teachers Attend Second Weather Balloon Launch

Weather balloon inflated with helium in front of the Mary Moody Northen Theatre at St. Edward's University prior to its release around 1:30 pm CDT on Thurs., 4 Aug. 2016.

Weather balloon inflated with helium in front of the Mary Moody Northen Theatre at St. Edward’s University prior to its release around 1:30 pm CDT on Thurs., 4 Aug. 2016.

A dozen Austin area STEM middle and high schools teachers participated in the second weather balloon launch from St. Edward’s University on Thursday, 4 August.

The teachers were attending a workshop entitled, “Air Quality in Austin,” as part of the larger Austin Area STEM Teachers Conference, hosted at St. Edward’s University 2 – 5 August.

The air quality workshop is sponsored by a grant from 3M, while the data are provided courtesy the Tropospheric Ozone Pollution Project (TOPP), which has been funded by TCEQ, NASA, Fulbright, and the Shell Center for Sustainability at Rice University.  Our current project at St. Edward’s University is funded by the Capital Area Council of Governments (CAPCOG).

Dr. Steven Fletcher (Assoc. Prof. of Education), Dr. Bill Quinn (Prof. of Biological Sciences), Dr. Paul Walter (Visiting Asst. Prof. of Physics), Ms. Ashley Moreno (undergraduate student), and Dr. Gary A. Morris (Dean of Natural Sciences and Prof. of Physics) led the workshop at St. Edward’s University.

Launch team finishing tying off the balloon and attaching the payload immediately before launch.

Launch team finishing tying off the balloon and attaching the payload immediately before launch.

As part of the workshop, attendees participated in a weather balloon launch around 1:30 pm in front of the Mary Moody Northen Theatre at St. Edward’s.  Another glorious day made for good viewing as the balloon ascended on its journey through the ozone layer to an altitude of 28 km before bursting and descending back to Earth, landing somewhere near Northeast of Johnson City, Texas around 3:30 pm.

You can eventually find all of our project data on the St. Edward’s University Institutional Repository.  A few plots from today’s flight are below.

Ozone (blue), temperature (red), and potential temperature (orange) data from the weather balloon flight of 4 August 2016.

Ozone (blue), temperature (red), and potential temperature (orange) data from the weather balloon flight of 4 August 2016.

 

Google Earth images of the flight path for the Thurs., Aug. 4 weather balloon from St. Edward's Univ. Green are the ascending data and red are the descending data.

Google Earth images of the flight path for the Thurs., Aug. 4 weather balloon from St. Edward’s Univ. Green are the ascending data and red are the descending data.

First Weather Balloon Launch from the Hilltop!

Preparing to release the balloon in front of Main Building with Austin in the background.

Preparing to release the balloon in front of Main Building with Austin in the background on Saturday, 30 July 2016 – the first flight from St. Edward’s University.

The Tropospheric Ozone Pollution Project (TOPP) has come to the Hilltop!  The project, started by Dean of Natural Sciences Gary A. Morris in Houston in 2004, has since coordinated >750 flights  from Beaumont, College Station, Ft. Worth, Galveston, and Nacodoches in Texas; Valparaiso and Ft. Wayne in Indiana; University Park, PA; Cumberland, MD; St. Louis, MO, and Hastings, MI, as well as Las Tablas, Panama; San Jose, Costa Rica, and Sapporo, Japan.

Now we add Austin, Texas to the list.  With funding from the Capital Area Council of Governments (CAPCOG) and the Texas Commission on Environmental Quality (TCEQ), the St. Edward’s University team will fly 16 weather balloons to measure ozone along with meteorological data over the next two ozone seasons (2016 and 2017).

Ace Manning (SEU undergraduate) prepares an ozonesonde for flight while Physics Professor Paul Walter supervises.

Ace Manning (SEU undergraduate) prepares an ozonesonde for flight while Physics Professor Paul Walter supervises.

The project’s initial Austin flight occurred on Saturday, 30 July.  The launch team prepped and calibrated the instrument in the John Brooks Williams South Building, then assembled in front of historic Main Building to fill and release the balloon around 2:15 pm CDT.  The balloon ascended past 30 km at a rate of ~ 5 m/s before popping.  Members of the launch team were able to see the balloon (a small white dot) overhead for the entirety of the ascending portion of the flight.

The balloon came down near Spicewood, TX about 2 and a half hours later.  The initial ozone profiles can be found on the project website.

The second weather balloon launch has been scheduled in conjunction with the Austin Area STEM Conference for Thursday, 4 August at around 1:30 pm CDT, weather permitting.  Given the start of the construction project at Main Building, our next launch will occur on the North side of the Mary Moody Northen Theatre Building.  All are welcome to come watch.

Filling the balloon with Austin in the background

Filling the balloon with Austin in the background

Filling the balloon with historic Main Building of St. Edward's University in the background.

Filling the balloon with historic Main Building of St. Edward’s University in the background.

Flight trajectory based on GPS data for 30 July 2016 ozonesonde from St. Edward's University. Map courtesy Google Earth.

Flight trajectory based on GPS data for 30 July 2016 ozonesonde from St. Edward’s University. Map courtesy Google Earth.

Initial ozone (blue), temperature (red), and potential temperature (orange) data over Austin, Texas from ozonesonde flight of 30 July 2016.

Initial ozone (blue), temperature (red), and potential temperature (orange) data over Austin, Texas from ozonesonde flight of 30 July 2016.  The ozone layer is visible near 25 km (the peak of the blue curve), while the tropopause appears near 15 km (minimum of the red temperature curve).

Portal to the World Arriving at St. Edward’s – Sept. 2016

What would you do if you had 10 minutes to communicate with someone from the other side of the world? Share a meal?  Share a song?  Perform a short play? Would you speak?  What if you didn’t know the language? How do we communicate with others in cultures different from our own?  What can we learn about each other and ourselves?

Starting 30 August 2016 and continuing throughout September, St. Edward’s University will host a portal (a technologically enhanced shipping trailer) from Shared Studios.  The gold colored portal will be on our campus to provide our students, faculty, and staff as well as Austin area schools and our Austin community family members a chance to connect to a part of the world they might otherwise never experience in person.

Take on Your World in the Shared Studios Portal.  Learn more about what others have done on Instagram for Shared Studios and on YouTube and see the significant media coverage of this groundbreaking project that we now have the chance to bring to our campus.

More details to come, including reserving times for your planned activities.  Watch for future posts with more information.

How will you spend your time in the Portal?  And where will you go?

This project is coming to St. Edward’s thanks to the efforts of the Office of Information Technology with support from faculty and staff in Instructional and Emerging Technology, the Global Engagement Office, the School of Humanities, and the School of Natural Sciences.

NEW INFO:  Here’s a link to the sites with which the portal will be connected:

https://stedwards.app.box.com/notes/78135201822

Basecamp for Teachers

Basecamp is an online team and project management tool, similar to Slack. Both Basecamp and Slack are popular with big and small entities (business, non-profits, schools, etc.) , allowing various modes of communication, task assignment, and file sharing, with each having good mobile apps. C&EN, the official magazine of the American Chemical Society, covered How Slack-ing helps chemists manage their labs. I used Basecamp this summer to to manage my research group’s communication and activities. It was a hit with students and I loved it too!

I set up a Basecamp account and created a basecamp called ‘Burks Lab’ and invited by summer students to join. This basecamp’s home page is below.

basecamp loading page

Each basecamp features a Campfire (instant chat), The Messages Board (longer living announcements), To-Dos (task assignments), Docs & Files, Schedules, Pings (private messages), Automatic Questions (of your choosing, e.g. “What did you do today?”), and a variety of Reports. As administer of the basecamp, I can set-up a variety of campfires and to-do lists by project and/or team. Both myself and students can post messages, chat in campfires, comment on assignments, examine our individual reports or schedules.   My favorite feature is To-Dos for two reasons – it keep both me and the students on-point.

For me, it required that I clearly articulate each task in writing, which forced me to consider each task more deeply then when I simply rattle off “blah blah, then do blah blah and let me know.” Each task is assigned to a user (or more!) and has a due date. The assigned user checks off the task when complete and I get a notification. I review the work, providing feedback as a comment to the To-Do. If more work needed to be done, I would uncheck the assignment and it would go back into the To-Do queue. Each To-do offers me and the student opportunities to communicate extensively about a particular task. They could comment with questions regarding the assignment and to share preliminary results (with attachments). Often, students would suggest additional assignment components.

What about off-the-cuff conversations in the lab or my office that led to a new task or modification of a task? I would summarize and create a new To-Do or edit an existing one. I think using Basecamp in this fashion enhanced task management and team communication. Student liked checking off tasks, getting ‘Applause’ from me on their comments, and see the list of “To-Dones” grow. In Basecamp, students can quickly see what’s on their individual To-Do lists and run reports to see what they’ve done or have on deck. This proved helpful in writing up their weekly reports for Dr. Kopec, in addition to managing their time. Below is an example of Basecamp’s ‘What has someone been up to?” report.

basecamp report

These reports also helped me keep a day-by-day record of team activities, as well as more “big picture” project progression. This is critical for reporting to funding agencies and other entities. Basecamp allows me to manage my team and generate documentation concurrently – a chemist’s dream!

Let’s talk turkey – what does it cost? Absolutely nothing. Teachers get Basecamp for free and teachers get unlimited basecamps. For instance, I can maintain my Burks Lab basecamp and add one for upper division class I am teaching. This program does have limits…

“…can only be used for your classroom work. It can’t be used for personal, professional, or for-profit projects outside of the classroom. We’re on the honor system here, but if we do discover abuses we reserve the right to revoke the account or remove the free status.” (see Teachers get Basecamp for free)

If I wanted to set up a basecamp for working on a grant or paper with colleagues, we’d all have to enroll in a class. I joke! Or do I?

More…