Sam Jett (pictured), a mechanical engineering graduate, Zach Schuermann, a mechanical engineering and computer engineering graduate, and Joseph Lovoi, a finance, entrepreneurship and venture management graduate, were featured in the OU Daily for their new app. The app is called STEV (Student-Teacher Evaluation Visualizations), and it’s a new way for students to evaluate their teachers.
Click here to read the full article on the OU Daily Website.
Aerospace engineering sophomore Jarrod Manning, data science masters student Jorge Garcia, and Dr. Hays placed first in ARRL’s (American Radio Relay League) RTTY rookie roundup competition on August 18th.
The students used the national weather center’s tri-band yagi antenna to make 50 contacts using RTTY (Baudot FSK digital mode). Contacts came from widely varying distances as close as Norman, and as far abroad as Belgium. The competition encourages new amateur radio operators that have earned their license within the previous three years to engage in antenna, propagation, and digital mode studies. ARRL is the primary amateur radio organization in the United States and sponsors many similar competitions throughout the year.
Alex Bryant, a graduate student working towards his masters in Aerospace engineering, has been hired for a stability and control position at Lockheed’s Fort Worth, Texas Skunkworks group. Bryant will begin working for Lockheed Martin after graduation.
He will work as a stability and control engineer for approximately one year, at which point the company intends to move him into conceptual design for advanced programs.
“I’m looking forward to working on the cutting edge of the aerospace defense industry,” Bryant said. “Lockheed Martin ‘Skunkworks’ has been on the cutting edge of the aerospace world for over half a century now, and getting the opportunity to join their team in a role that suits my skill set is an incredible opportunity.”
Bryant said that he’s wanted to work for Lockheed since he was 12 years old. ‘Skunkworks’ was attached to every design he was interested in, and he says they’re the best at what they do.
“OU AME has equipped me with the knowledge and skills that Lockheed was looking for in my role,” Bryant said. The Wind Tunnel Laboratory and Flight Mechanics courses will be heavily drawn on at his job.
“Our aerospace pre-capstone and capstone courses were big reasons why I was specifically selected for this, as knowledge of aircraft sizing, trade studies, multi-variable optimization, and aircraft requirement-to-design processes was essential,” Bryant said.
This is one of the most competitive positions to be hired into, and Alex was selected over 55 other candidates from other big-name Universities including GT, A&M, and others. Congratulations Alex!
ASME is looking to raise $1,000 for their Thousands Strong campaign. The money will go towards next year’s travel expenses to E-Fest, the national ASME conference.
The American Society of Mechanical Engineers (ASME) has set a purpose to engage, enrich and connect engineering students at OU. They host a variety of social events, skills trainings, tech talks, and community outreach events. ASME has something valuable for every student.
Your contributions would help to alleviate stress for students having to fund their own travel. In addition, your contributions would also help ASME to continue to host all of their year-round events.
AME and ISE researchers Farrokh Mistree and Janet K. Allen released a monograph containing a fail-safe supply network that is designed to mitigate the impact of variations and disruptions on people and corporations. Mistree and Allen co-direct the Systems Realizations Laboratory at OU, which focuses on collaborative research in intelligent decision-based realizations of complex social systems. Ultimately, this work is aimed at educating strategic engineers.
In this monograph, they propose a framework, develop mathematical models and provide examples of a fail-safe supply network design. This is achieved by developing a network structure to mitigate the impact of disruptions that distort the network structure and planning flow through the network to neutralize the effects of variations.
The researchers asses current thinking at different levels of management within a network. The strategy revolves around 5 elements: reliability, robustness, flexibility, structural controllability, and resilience. Organizations can use the framework presented in this monograph to manage variations and disruptions. Managers can select the best operational management strategies for their supply networks considering variations in supply and demand and identify the best network restoration strategies. The framework is generalizable to other complex engineered networks.
The monograph was published October 15th, 2018 and is available for purchase here:
For 24 hours on Tuesday, the University of Oklahoma hosted Giving Day, a campus wide fundraiser to help our students and programs! Overall the University raised $477,764 through 2,123 gifts.
The engineering department raised $96,100 with 459 gifts and AME’s own ambassador, Rebeka Morales yielded the most gifts university-wide. AME had an encouraging message from Dr. Siddique to get the donations started and a donation center in the Hitachi Conference room where students could donate between classes.
AME would like to thank everyone who donated to support our amazing student teams! They have big goals and with your support that are even closer to reaching them.
Thank you to our challenge from Michelle Coppedge who matched $1000 after we raised $1000 and another $1000 after we obtained 30 total gifts.
On August 5th 2018, Dr. Hays’ research group in the Department of Aerospace and Mechanical Engineering launched two 12.5 ft.-tall, 60+-pound rockets carrying customer payloads in Argonia, Kansas. Undergraduate aerospace engineering students Alex Speed, Trevor Trevino, Christopher Hughes, William Wadkins and Jarrod Manning successfully built and flew the two rocket systems with assistance from Dr. Hays.
Senior aerospace engineering student Alex Speed obtained the University’s first undergraduate Tripoli Rocket Association Level 3 certification as a result of his successful launch of “Godspeed.” The second launch of “Spednik” brought OU Aerospace into the supersonic realm by reaching Mach 1.15. Both rockets successfully delivered customer data from the payload, and were tracked directly to their landing site using Telemega GPS telemetry systems.
The AME department would like to thank our payload customer, the Kansas ‘Kloudbusters,’ and Tulsa TRA prefecture members for their help in making the launch such a success.