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About the Job

The Department of Aerospace Engineering & Mechanics (AEM) at the University of Minnesota seeks applicants for the position of Department Head.

The successful candidate should be an experienced and visionary leader with a deep commitment to both research and academic excellence to serve as the next Department Head. The department currently has 20 full-time faculty members with approximately 240 undergraduate and 80 graduate students. The department maintains a vigorous and diverse research portfolio with an annual research expenditure of $14M.

AEM seeks a Department Head who will further enhance our position as a leader in research and education. The successful candidate will possess strong leadership and management abilities. They will have a deep commitment to promoting sponsored research programs, mentoring faculty, broadening the department’s engagements with the local and national aerospace industries, and maintaining our excellence in undergraduate and graduate education.

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Requirements for the candidate

Solid background in Engineering, with a PhD or DSc in Mechanical / Materials Engineering or related areas.

Expected skills and background:

•  ability to collect and critically analyze the state of the art related to the project needs;

•  organizational, planning and communication skills – oral and written, in Portuguese and English;

•  adaptability to the project needs, with a strong appreciation for teamwork;

•  background on physical and chemical properties of polymeric materials and their applications to structures subject to offshore environment;

•  knowledge of experimental characterization of mechanical properties of dielectric materials, with understanding of their behavior and long-term failures risks;

•  skills in modeling structures and knowledge of structural mechanics, preferably applied to offshore structures;

•  background on finite element computational tools;

•  background on programming languages, preferably Python; knowledge of object orientation is desirable.

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Middle and Western Tennessee farmers and ranch hands whose tools or equipment were damaged by the April 2-24 severe storms, straight-line winds, tornadoes and flooding may be eligible for disaster assistance. FEMA assistance is available to replace disaster-damaged essential tools, supplies, equipment and items required for employment or for self-employment.

Coverage for Tools and Equipment

Family-owned farms typically have a variety of equipment needed to conduct business. These include, but are not limited to, tractors, plows, seeders or planters, harvesters, sprayers, hay balers and utility vehicles. These items are all potentially eligible for FEMA disaster assistance if applicants can show that they were damaged by the disaster, the applicant does not have another working item that can meet this need, and the loss of the item was not covered by insurance. Crops and livestock are not “tools and equipment” because they are the products of a farming operation, whereas tools and equipment are the means of production.

Ranch hands may be eligible for assistance to replace disaster-damaged tools and equipment not covered by insurance when they can show these items are required by their employer. Assistance is based on a need to replace disaster-damaged essential tools, supplies, equipment and items required by an employer as a condition of employment, but NOT provided by the employer.

Many of these items have substantial costs, but it is important

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The U.S. National Science Foundation is proud to announce a new partnership with Voltage Park in support of the National Artificial Intelligence Research Resource (NAIRR) pilot — a transformative public-private initiative designed to drive U.S. AI innovation, discovery and national competitiveness by expanding access to the tools and resources essential for cutting-edge AI resources for researchers and educators across the country.

Voltage Park, a company committed to broadening access to AI infrastructure, will contribute high-performance cloud computing resources and expert support to help researchers nationwide pursue breakthrough innovations in AI. As part of the partnership, Voltage Park will provide one million NVIDIA H100 GPU hours, enabling a diverse range of AI research projects in science, engineering, health, climate, and more.

“Voltage Park’s participation significantly strengthens our ability to deliver on the promise of the NAIRR pilot,” said Brian Stone, performing the duties of the NSF director. “By partnering with visionary private sector organizations like Voltage Park, we are expanding the frontiers of AI research and ensuring that the US continues to lead in AI innovation.”  

​​​“Expanding access to advanced computing is not just a technical initiative—it’s a strategic priority,” said Ozan Kaya, Chief Executive Officer of Voltage Park. “By lowering the barriers to high-performance AI infrastructure, we can unlock innovation from a more diverse and representative set of researchers. That inclusivity is what drives

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