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STEM Postdoctoral Fellowship Programs (1) STEM Student Success and Education and (2) Engineering

Employer
University of Minnesota Duluth Swenson College of Science & Engineering
Location
Duluth, Minnesota
Salary
Negotiable
Start date
Nov 22, 2023

Job Details

The Swenson College of Science and Engineering at the University of Minnesota Duluth is looking for multiple postdoctoral fellows in two programs: (1) STEM education and student success (job id 358336) and (2) engineering and computer science (job id 352721). Details are described below.

2-year postdoctoral fellowships in STEM education and student success (job id 358336)

  • STEM belongingness and identity
  • Building transfer student pathways and support
  • Analyzing and building effective math curricula
     

2-year McKnight postdoctoral fellowships in engineering and computer science (job id 352721)


The Swenson College of Science and Engineering at the University of Minnesota Duluth (UMD) houses ten departments across the natural sciences, mathematics, and engineering.
 

  • Biology
  • Chemical Engineering
  • Chemistry & Biochemistry
  • Civil Engineering
  • Computer Science
  • Earth & Environmental Sciences
  • Electrical Engineering
  • Mathematics & Statistics
  • Mechanical & Industrial Engineering
  • Physics & Astronomy

Swenson College and UMD have a wealth of resources for you to grow and succeed as a scholar, and Duluth Minnesota is a great place to live and work
 

Three STEM Student Success Postdoctoral Positions  at the University of Minnesota Duluth (job id 358336)
The Swenson College of Science and Engineering (SCSE) at the University of Minnesota Duluth (UMD) is hiring three postdoctoral associates to study elements of student success as part of a college-wide transformation of curriculum and support programs. These are two-year research and teaching positions beginning immediately. Application review will begin December 11, 2023, and continue until the positions are filled. 
 

Three STEM Student Success Postdoctoral Positions

  • STEM Belongingness and Identity. In this position, you will direct our research on understanding how our program elements, including course-based research, transfer programing, bridge programing, and more impacts students’ belongingness in the college and department as well as their STEM identity.  This position is ideal for candidates who are interested in understanding how discipline-based experiences support student retention and persistence.
  • Building Transfer Student Pathways and Support. In this position, you will build transfer pathways and articulation agreements with community colleges and other universities in the Minnesota and Wisconsin regions, measuring the efficacy of approaches such as peer intrusive advising, assessing and evaluating the programs, and supporting professional development of effective mentoring and advising practices.  This position is ideal for candidates who are interested in building programs and relationships while assessing their effectiveness.
  • Analyzing and Building Effective Math Curricula. In this position, you will develop effective math bridge programming that targets support towards specific populations identified in our institutional data.  As foundational content for most of the degrees within the SCSE, you will work with departments to design effective integration of math into the curriculum to increase student success and persistence towards their degrees. This position is ideal for candidates who are interested in program evaluation and assessment as a key component of improving student success.

Applications and Questions Related to the STEM Student Success Postdoctoral Positions

About Our Programs

Over the next five years, we have the ambitious goal of integrating a classroom-based research, design, or other professional experience into the curriculum of every first year student in the college. Over time, we plan to vertically integrate these experiences through the entire undergraduate curriculum. To support our students and faculty through this transition, we also plan to develop bridge programs for student success in mathematics, expand our transfer student pathways and support programs, and support faculty through professional development and recognition.  

As part of this postdoctoral research associate cohort, you will have the opportunity to build programs, design research studies, collect and analyze data from our 2700 undergraduate students across our departments, collaborate with your cohort and with mentors, participate in developing funding proposals, publish and present your work, and be a key player in the innovative and exciting transformation of a ten-department science and engineering curriculum.  The expected teaching contribution will be one course per semester in the candidate’s area of experience.

These postdoctoral associates will be housed in the Dean’s Office with mentoring support from Dean Wendy Reed, Associate Dean for Student Success Rachel Ellestad, and Education Program Specialist Anne Kruchten.  The mentoring team will develop a mentoring plan that describes the strategy for each Postdoctoral Associate to develop the research, teaching, and mentorship skills necessary for a successful career. Please contact Anne Kruchten directly (akrucht@d.umn.edu) with further questions. We are interested in hiring a cohort of individuals who possess a variety of skill sets in quantitative, qualitative, and mixed methods analysis.  Positions are open to candidates with various STEM DBER backgrounds and social sciences backgrounds.
 

McKnight Postdoctoral Fellowships in Engineering and Computer Science (job id 352721)
We have funding available to support multiple McKnight Teaching Postdoctoral Fellows within our engineering and computer science programs. This two-year fellowship also includes a research stipend for the Fellow to spend on supplies and travel. The McKnight Fellow will be expected to teach one course per semester and carry out research. The teaching assignment is open for any area of engineering or computer science. Importantly, upon identifying a Fellow and through discussions with them, the PI will provide a mentoring plan that describes the strategy for the Fellow to develop the research, teaching, and mentorship skills necessary for a successful career. Please contact the potential mentor directly to learn more and see below about how to apply. For further questions, reach out to Associate Dean Erin Sheets (edsheets@d.umn.edu). Application review will begin January 8, 2024, and continue until the positions are filled. 

Chemical Engineering
Victor Lai. This project is in collaboration with Dr. Benjamin Clarke from the UMD Medical School to study Lyme Disease. The two main projects are (1) Design of a soft bioengineered tissue equivalent to study macrophage-bacteria interactions using Borrelia Burgdorferi, the bacteria that causes Lyme Disease, as the model bacteria; and (2) Design of an artificial tick feeding system to understand how different conditions (humidity, light cycle, bacterial load, etc) influence ticks' feeding behavior. https://scse.d.umn.edu/faculty-staff/victor-lai.

Sam Toan. Please review the following links for the potential research projects https://scse.d.umn.edu/faculty-staff/sam-toan.

Weiguo Xie. Mathematical modeling and computational simulation in chemical engineering and mineral processing; Optimization and control in large-scale process system; Real-time online measurement techniques. https://scse.d.umn.edu/faculty-staff/weiguo-xie.

Civil Engineering
Manik Barman. Execution and management of the ongoing and future research projects in the area of pavement engineering. Participation in writing of research reports, articles for publications and research proposals. Current and past research projects can be found in https://www.cts.umn.edu/research/investigator/manik-barman.

Mary Christiansen. At the heart of the project will be investigations of various depths of microscopic characterization (SEM/XRD/TGA/etc) and macroscopic characterization (mechanical/electrical/diffusion/thermal/porosity/etc) of portland cement-based binders as well as alternative cements. The goal will be to supplement already existing work by the PI with characterization necessary for publication and to offer the MTPF a variety of experiences that will strengthen existing skills and also develop new ones.

Xingzhou Guo. AI-based ergonomic analysis of transportation and construction workers for improvement of health and safety. https://scse.d.umn.edu/faculty-staff/xingzhou-guo.

Abdullah Haroon. Assessing the Impact Resistance of Ultra High Performance Concrete (UHPC) Precast Elements. UHPC represents an innovative category of high-strength concrete known for its exceptional strength and durability. The pressing demand lies in the comprehensive evaluation of its performance across a spectrum of loading conditions, particularly in the context of impact loads. https://scse.d.umn.edu/faculty-staff/abdullah-haroon.

Nathan Johnson. Anaerobic wastewater treatment processes are rapidly becoming a more common way for municipalities and industry to implement energy efficient pollutant removal. A McKnight postdoc in Civil Engineering will work with ongoing partners and projects to evaluate the potential for waste sulfur and iron to contribute to these solutions. Drs. Chun (https://sites.google.com/d.umn.edu/chunlab/) and Johnson (https://sites.google.com/a/d.umn.edu/nwjohnso/) will help to direct postdoctoral research on physical or mathematical experimentation of anaerobic wastewater treatment processes utilizing sulfur and iron. 

Michael Pluimer. The post-doctoral associate will join a national research team focusing on the research, development and testing of more sustainable and resilient materials for civil engineering infrastructure and other applications. Additionally, the McKnight post-doctoral associate will teach one course per semester in the Applied Materials Science Master’s program, with the specific topics of the course depending on the individual’s expertise and consultation with the Director of the Advanced Materials Center (https://scse.d.umn.edu/research/amc). 

Kun Zhang. The postdoctoral fellow's research will resolve around Integrating data-driven analytics and urban hydrologic & hydraulic models to elucidate hydrologic and biogeochemical mechanisms, make predictions, and optimize the design and spatial placement of stormwater infrastructure in urban watersheds. The research project will include building urban hydrologic models in Duluth, MN and/or Milwaukee, WI, comparing them with data-driven models (such as machine learning models), and utilizing them for decision making through optimization. My website is: https://sites.google.com/d.umn.edu/kkhydro/home.

Computer Science 
Eleazar Leal. This research project involves designing, developing, and analyzing learned hardware-accelerated parallel algorithms for spatial data management algorithms. This topic encompasses developing indexes and search algorithms for raster and trajectory data by exploiting the features of GPUs, multicore CPUs, and other parallel architectures. For more information, consult the website https://scse.d.umn.edu/faculty-staff/eleazar-leal.

Peter Peterson. Adversarial Thinking (AT) is seen as perhaps *the* critical skill for cybersecurity research and practice, but it is not well-defined; as a result there is no test for it and thus no way to measure it in students or evaluate educational interventions meant to improve the skill. Starting from a consensus-based identification of AT's critical components developed as part of the mentor's NSF CAREER project (https://www.nsf.gov/awardsearch/showAward?AWD_ID=2146129), the postdoc would help develop, validate, and apply a non-technical test that measures AT in individuals, leading to improvements in AT and thus cybersecurity. The postdoc -- who ideally would be specifically interested in cybersecurity education teaching and research -- might also develop AT interventions to test and would also be invited to join the mentor's other ongoing cybersecurity education projects and collaborations to broaden their research base and make connections in the field of cybersecurity education. (https://www.d.umn.edu/~pahp/)

Jomara Sandbulte. The postdoctoral fellow will join our ProHealth Initiative research project. The ProHealth Initiative aims to examine how health applications can be designed to support individuals in their pursuit of a healthy lifestyle as well as their desire to collaboratively promote healthy living within close relationships. More details, check Dr. Sandbulte website: http://umn.edu/~jsandbul.

Electrical Engineering
David Anderson. Research will involve topics of applied and embedded machine learning, hearing health science, and acoustics in the Electro-Acoustics Research (EAR) Lab. https://mozartandcircuits.com/hearing-protection-research/.

Mechanical & Industrial Engineering
Abigail Clarke-Sather. Promote circular economy design as part of the Applied Sustainable Product Innovation and Resilient Engineering (ASPIRE) Lab through scale up of textile-to-fiber mechanical recycling in partnership with Goodwill of Duluth. Measure and design out environmental and health & safety impacts from microplastics generated during shredding processes and from textile use. Promote economic development by growing partnerships with regional and local businesses for manufacturing of new yarns and textiles for commercial sale from recycled fibers. https://sites.google.com/a/d.umn.edu/abbie/.

Craig Hill. The Postdoctoral Fellow will engage in research activities focused on developing control strategies for small to mid-scale wave energy converters operating in low energy seas (i.e. conditions similar to Lake Superior). I hope to recruit someone with a background that spans control systems and fluid dynamics. As a team, we will work with undergraduate and graduate students to develop designs for WECs to deploy and simulate their control and response in wave conditions typical to the Great Lakes. https://www.craighilllab.com/research.html

Alison Hoxie. This research involves using Comsol and other modeling techniques to study Thermoactive Foundation Design specifically for cold weather climates. The study will include modeling of innovative heat exchanger design along with coupling multiple renewable energy systems.

Hessam Mirgolbabaei. It has been proved that for any manifold of dimensionality higher than 10, the results of multivariate data analysis will not often change significantly if a subset of the variables is chosen. An application will be toward the fire environment to simulate heat transfer from fire-pool to engulfed packages for transportation risk studies. Since risk studies require multiple simulations, analysis tools must be rapid and accurate, which is hypothesized to be achievable through the dimenstionality reduction. Website: https://sites.google.com/d/1ku4_dQAKvNGmKoK2gPPTaF3qWHZE4F7P/p/1NvQfcy6z6D8Ge3yHq7ZBwGCo3evnTUkh/edit

Ruihang Zhang. My research mainly focuses on the cardiovascular flow of aortic models using PIV. The potential project that the postdoctoral fellow will work on is about CFD simulation for aortic valve and arch models under unsteady flow conditions. Here is my website: https://sites.google.com/d.umn.edu/rita-group/home

Ping Zhao. The research projects focus on implementing artificial intelligence into the design of piezoelectric energy harvesting systems and additive manufacturing of piezoelectric composites. The research includes both experimental and theoretical studies. Candidates with a strong background in materials, manufacturing and data analysis are preferable. 

Debao Zhou. 1. Working on a project entitled: Remote Heartbeat Detection System for the Early Warning of Heart Attack. 2. The main work include: (1) Develop a physical system to demonstrate the remote sensing of heartbeats, (2) Develop an artificial intelligence (AI) method to process the normal and abnormal signals and to identify the patterns that can predict possible heart problems, such as a silent myocardial infarction (SMI), happen. 

Applications and Questions Related to the McKnight Postdoctoral Fellows Program


 


 

 

 

 


 

 

Company

The Swenson College of Science & Engineering includes all the STEM disciplines (science, technology, engineering, math) at UMD. With more than 3,200 undergraduate and 200 graduate students, Swenson College is the largest college at UMD and the third largest in the University of Minnesota system. Swenson College is the home of five science (Biology, Chemistry & Biochemistry, Earth & Environmental Sciences, Mathematics & Statistics, and Physics & Astronomy) and five engineering (Chemical Engineering, Civil Engineering, Computer Science, Electrical Engineering, and Mechanical & Industrial Engineering) departments. Swenson College is the home of the Large Lakes Observatory and the Advanced Materials Center. The Iron Range Engineering Program and the Air Force ROTC Aerospace Studies program are housed in Swenson College. We also are the home for the Integrated Biosciences and Water Resources Science interdisciplinary graduate programs. We have close affiliations with the Natural Resources Research Institute (NRRI) and the Minnesota Sea Grant Program. See https://scse.d.umn.edu/about/faculty-searches for what we have to offer at the College and UMD, at the University of Minnesota, and in Duluth.

The University of Minnesota Duluth campus is part of the University of Minnesota public university system and is the second largest research university within the U of M system. UMD is a comprehensive university of about 11,000 students located along the shores of Lake Superior. Duluth is the largest city in northern Minnesota and part of the Twin Ports metropolitan area (Duluth, MN and Superior, WI). The Twin Ports area hosts four colleges/universities, two major hospitals, many retail and manufacturing companies, and the largest commercial port on the Great Lakes. Duluth has vibrant music, theater, and arts scenes, and a steadily increasing number of craft breweries and award-winning restaurants. Duluth offers affordable housing, an absence of appreciable traffic, and mixes its historic feel with a dynamic urban economy and many cultural offerings. Named by Outdoor Magazine as one of America’s Best Outdoors Towns, Duluth provides access to hundreds of miles of biking, hiking, and skiing trails and abundant opportunities for fishing, kayaking, and sailing.

 

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