engineering

Research Opportunity – Robotics Design

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Opportunity Description

The Ruka Lab in the Department of Electrical and Computer Engineering studies prosthetic and robotic grasping, manipulation, and controls. This position is a research experience focusing on end-effector and test object design. In addition to end-effectors, the choice of test objects is important to comprehensively validate the invention. Working on this project entails designing, building, testing, and iterating using 3D modeling software and additive manufacturing techniques. The student will be expected to work approximately 10hr/week and will primarily include independent design work and regular weekly meetings to discuss progress. Submitting work for publication will be contingent on good progress and interest from the student.

Student Qualifications
Experience with Solidworks or other 3D modelling software is necessary. Experience with MATLAB is a plus, as is experience with prosthetics and robotics, but not necessary. Those without prior research experience are encouraged to apply, so long as they are excited to work on creative hands-on design projects that they will help bring to life.

How to Apply
Please email Professor Yuri Gloumakov (yuri.gloumakov@uconn.edu), and include your year, major, classes you have taken related to design and engineering, a design portfolio (if you have one), how many hours per week you would like to work, and a brief description of why you are interested in this position. Attaching a resume is optional.

Mentor: Yuri Gloumakov, Assistant Professor
Department: Electrical and Computer Engingeering
Email: yuri.gloumakov@uconn.edu
Timing: Fall 2024, Spring 2025, Summer 2025, Ongoing
Campus: Storrs

Research Assistant Opportunity in Reduced-Order Modeling of Fluid Dynamics

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Opportunity Description

Potential projects for undergraduate research will be based on mutual interest. Some topics include:
1. Data-assimilation in climate-motivated reduced order models using semi-analytical approach
2. Robust control of a reduced-order model of spatially developing flows
3. Fixed-flux convection analyzed by reduced-order models
4. Analysis and reduced-order model of flow over hydrophobic surfaces

The student’s responsibilities include problem formulation, programming, and data analysis.

Expected time commitment will be 9 hours per week with duration of at least one semester. The student may earn credit of independent study. Mentor will also encourage and support the application of summer research fellowship.

Student Qualifications
Students are required to be enrolled in an STEM major with a strong background in mathematics (especially calculus and linear algebra), physics, and computer programming (Python or MATLAB). Prior research experience, courses in fluid dynamics, and plan to pursue a Ph.D. program are desired but not required.

How to Apply
Interested students can apply this research opportunity by sending an email to Dr. Chang Liu via chang_liu@uconn.edu with a copy of CV and transcript. A paragraph describing why you are interested in this opportunity, what you plan to do, and the preferred research duration will be appreciated.

Mentor: Chang Liu, Assistant Professor
Department: Mechanical Engineering
Email: chang_liu@uconn.edu
Timing: Ongoing
Campus: Storrs

Research Opportunity – Cloud System area

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Opportunity Description

I am seeking motivated undergraduate students who are interested in doing research in the cloud system area. Interested students should email me to schedule a time to discuss the opportunity. Students who are interested in working on this research project may be encouraged to register for an independent study course to earn research credit.

Student Qualifications
A student is expected to have the following:
1) Strong coding skills
2) Self-learning and thinking; ability to problem solve
3) Hard working

How to Apply
If you are interested, please send an email with your resume and transcript to Dr. Wei Zhang (wei.13.zhang@uconn.edu).

Mentor: Wei Zhang, Assistant Professor
Department: Computer Science and Engineering (CSE)
Email: wei.13.zhang@uconn.edu
Timing: Ongoing
Campus: Storrs

• Research Assistant in Transportation Engineering

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Opportunity Description

Dr. Monika Filipovska’s research group seeks research assistants for a few research projects focusing on advancements in transportation research, including intelligent transportation systems and IoT, mobility on demand, and modeling of autonomous vehicles. Depending on the student’s skills, they may work on tasks involving data cleaning and pre-processing, database management, use of GIS software for pre-analysis, running numerical experiments using programming software, or assistance with the use of driving simulation equipment and software.

Through this experience, students will learn about new advancements in the field of transportation engineering, including new mobility services and vehicle or infrastructure technologies. Students will have the opportunity strengthen their coding and data analysis skills, and learn new skills related to the use of traffic and driving simulation software. Students will be expected to participate in research meetings and work collaboratively with other undergraduate or graduate assistants. The students will have the opportunity to receive additional mentoring from graduate students, postdoctoral associates, and other research staff they may work with.

Depending on the progress and skills of specific students, and for how long they are available to work in the research group, students may have the opportunity to also contribute to data analysis and writing, and build their research, analytical and writing skills.

This is a paid opportunity, at the Class II assistant level ($13.15/hour to $14.35/hour) according to JobX classification.

Students may have the opportunity to continue working on related topics through independent study or directed research credits in the upcoming semesters if they are interested.

Student Qualifications
At minimum the applicants should have:
· Interest in research related to transportation systems
· Ability to follow direction
· Ability to work independently and as part of a team
· Strong quantitative skills

Applicants should have some combination of the following:
· Proficiency in Excel
· Data cleaning, organizing, pre-processing, and formatting skills
· Programming using Python, MATLAB and/or R
· Strong background in statistical analysis, math, or computer science
· SQL server and database management experience
· Working knowledge or experience with ArcGIS Pro

Please note that each applicant need only have some of these skills. This list would be the combined set of skills of multiple hired students.

How to Apply
This opportunity is advertised via JobX with the Job ID 12861. Please submit your applications there. Applications should include: a short resume, a description of any experience related to this job, a brief summary of any unique skills, qualifications or interests relevant to this job.
Please also share your availability (summer / semester and hours), and what you hope to gain from this experience.

Mentor: Monika Filipovska, Assistant Professor
Department: Civil and Environmental Engineering
Email: monika.filipovska@uconn.edu
Timing: Summer 2022, Ongoing
Campus: Storrs

Research Assistant in Global Environmental Remote Sensing in the GERS Lab

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Opportunity Description

This research project investigates using satellite images for mapping global environmental change, climate change, and sustainability. We will use dense time series of satellite data acquired during day and night time to monitoring, assessment, and projecting landscape change at large scales. More information regarding the GERS Laboratory can be found at this link: https://gerslab.uconn.edu/

We work together with concepts from environmental science, machining learning, climate change, remote sensing, and image processing within a rich interdisciplinary field. We have several projects all focused on mapping and characterizing land change at a continental or global scale. Our lab works closely with scientists from USGS and NASA. As an undergraduate research assistant, you would aid primarily in image interpretation, as well as potentially develop algorithms for Earth observation.

You are expected to receive training to use a high-performance computing facility to process satellite data, aided by a graduate student/postdoc researcher mentor. Once you have gained the knowledge in using remote sensing data, you will be able to collect satellite data in your own interest area and apply remote sensing techniques to extract useful information. The time commitment is flexible and is minimal for a semester (renewal for the future semesters is possible and encouraged). The assistantship will start in the summer of 2021 and going forward. RAs will receive research course credits and authorship (if published) as compensation for the work.

Student Qualifications
Preferred Qualifications (but not limited to):
– Basic knowledge of remote sensing and use of satellite data (e.g., have taken the NRE Remote Sensing of Environment course)
– Experience with programming languages (Matlab, R, Python, or others).
– Strong interest in find answers to big science questions.

How to Apply
Please email zhe@uconn.edu and include a brief description of why you are applying for this position and a resume. Strong applicants will go through a virtual or face-to-face interview with the faculty.

Mentor: Zhe Zhu, Assistant Professor
Department: Natural Resources and the Environment
Email: zhe@uconn.edu
Timing: Summer 2021, Fall 2021, Spring 2022, Ongoing
Campus: Storrs

• Undergraduate Research in Cell Biology

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Opportunity Description

Preclinical research in cancer therapeutics. Our lab in collaboration with with a small biotech company pioneered the use of high-Z nanoparticles to enhance radiation therapy of cancers–with a special emphasis on brain cancers–both primary gliomas and metastatic brain tumors. Our original work was done with gold nanoparticles. We are currently working with iodine nanoparticles. Full-time summer research and 9 hrs/week course research in fall and spring are available.

Please go to our Cell Biology web site to see a short description of our lab’s interests and most of our publications since 2000. The attached link is a virtual talk I gave at the most recent Society for NeuroOncology meeting. https://www.dropbox.com/s/hrxqzdsf3hqngno/Henery%2011.01.2020.mp4?dl=0

If you think you might have interest in our lab, e-mail smilowitz@uchc.edu and I can discuss specific projects. Many of the students who intern in our lab publish with us as co-authors.

Student Qualifications
Looking for responsible, very talented students with strong performance in STEM and strong work ethic.
Prefer students interested in a career in medicine (getting MD) or research (getting PhD)
Prefer rising seniors who wish to pursue a senior thesis, but open to rising juniors and sophomores.
Prefer previous lab experience, but open to students that have had course lab experience
Prefer students who are facile with instrumentation and have good computer skills.
Prefer students who are open to working with lab animals.

How to Apply
Please forward the following items to Dr. Smilowitz via email to smilowitz@uchc.edu.

1. Resume
2. Transcript
3. Personal letter with interests, motivations, long-term goals and availability for this research experience
4. At least one letter of recommendation from someone who knows you well

Mentor: Henry Smilowitz, Associate Professor
Department: Cell Biology
Email: smilowitz@uchc.edu
Timing: Ongoing – provisionally available for Spring 2021 (will depend on Covid situation)
Campus: UConn Health (Farmington)

Research Assistant for Thermodynamic Foundations of Biological Behavior

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Opportunity Description

This research project investigates bio-like properties and behaviors of non-living, self-organizing, physical systems called dissipative structures. The project aims at identifying core physical principles which underwrite biological capabilities by studying non-living bio-analogues. The primary system we study is an electrically driven dissipative structure (as an example watch the video here: https://www.youtube.com/watch?v=nxoZ0hHN12I).

We braid together concepts from psychology, cognitive science, kinesiology, physics, chemistry, and thermodynamics for a rich interdisciplinary methodology. This project is thus well-suited for undergraduates studying either the life-sciences or the physical sciences, and ideally an interest in both. Our projects for the near future include topics of evolution, learning, and social coordination. As an undergraduate research assistant, you would aid primarily in conducting experiments, as well as potentially designing and building experimental apparatuses. Ideally you will also learn some rudimentary data analysis tools in Matlab, R, or both (programming facility in other languages is also very welcome).

You would receive training to use the experimental systems, aided by a graduate student mentor, as well as a short survey of relevant research articles for conceptual background. Once you have developed some facility with the system, you would begin to run assigned experiments and collect data on your own. You would be expected to coordinate primarily with your graduate student mentor, and secondarily with your faculty mentor. The time-commitment is flexible and negotiable, likely not exceeding 10 hours a week. The assistant position is minimally for a semester, though renewal for future semesters is possible and ideal. The assistantship would begin at the start of the Spring 2020 semester. RAs will receive research course credits as compensation for their work.

Student Qualifications
Preferred Qualifications (but not required):
– Undergraduate-level physics knowledge (especially Thermodynamics and Electricity & Magnetism)
– Experience with programming languages (ideally Matlab and/or R)
– An interest in conducting future research
Required Qualifications:
– Good, consistent, work ethic
– Genuine interest in the topic (though you don’t need specific knowledge or experience)
– Desire to learn new concepts, experimental methodologies, and analysis tools

How to Apply
Please email Ben De Bari at Benjamin.de_bari@uconn.edu and include a brief description of why you’re applying for this position and an up-to-date resume. Strong applicants will go through a brief interview process with the graduate student (Ben De Bari) and faculty (James Dixon) mentors.

Mentor: James Dixon, Professor, Psychological Sciences
Mentor email: james.dixon@uconn.edu
Timing: Ongoing
Campus: Storrs

Research Assistant in Accent/Dialect Study

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Opportunity Description

Are you interested in accents or phonetics? Are you great with computers or music theory? This position involves assisting with research into the intonation patterns of various accents, specifically finding pitch relationships in particular speech utterances. There is also an opportunity to attend regular meetings with a faculty mentor and discuss relevant literature and research experiences in order to foster your education in the field.

This opportunity can be taken for course credit, or as a Work Study position (only for students with a federal Work-Study award), and runs in Spring Semester 2019. Students earning course credit can negotiate weekly hours (3 hours for 1 credit, 6 hours for 2 credits, 9 hours for 3 credits). Work-study students work 8-10 hours per week.

The role includes:
* Helping to recruit volunteer speakers of specific accents and request accent samples
* Assisting with recording sound samples from on-campus volunteers
* Orthographic (not phonetic) transcription of spoken samples from sound files
* Analyzing sound samples for fundamental frequency and musical interval relationships using appropriate software (e.g. Adobe Audition). Take screenshots and annotate with appropriate information. Record and organize this data.
* Assist in gathering and organizing related literature for review
* Read and summarize related literature
* Undergo online CITI Program Training Course (if required by IRB). This is online and takes less than 2 hours.
* Perform miscellaneous duties as directed

Student Qualifications
Skills/Qualifications required:
* Have excellent computer skills
* Have excellent communication skills
* Have great organizational skills and motivation

Preferred qualifications:
* Experience/education in any or all of phonetics, accents, linguistics, speech, music, sound engineering, computer science.

How to Apply
Please email your application to jennifer.scapetis@uconn.edu and include:
* Cover Letter (please write about why you would be good at the job and why it interests you)
* Resume
* References (Email or telephone numbers)

Looking to fill this position ASAP. Open until filled.

Mentor: Jennifer Scapetis-Tycer, Assistant Professor
Department: Drama
Email: jennifer.scapetis@uconn.edu
Timing: Spring 2019
Campus: Storrs

Research Assistant in Molecular Modeling Lab

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Opportunity Description

Our group specializes in molecular modeling & simulation to study biomaterials, biomechanics and biophysical processes associated with the body’s function in health and disease. We are always interested in mentoring self-motivated undergraduate students from diverse backgrounds. Multiple projects are available depending on student interest and fit.

More details on the projects can be found at: http://me.engr.uconn.edu/wp-content/uploads/2018/08/F18-REU-Anna-Tarakanova.pdf

The student will gain experience in molecular model development, atomistic modeling, coarse-graining approaches, molecular simulation setup and implementation on supercomputers, molecular visualization software, MATLAB/Python scripting, and scientific writing. The student will have a chance to participate in a collaborative project, and if successful, contribute to a scientific publication.

Research activities may include:
– Read and summarize related literature
– Build and iterate molecular models
– Perform simulations on computing cluster
– Post-process data
– Visualize and analyze data
– Meet weekly with faculty member

Commitment: 10 hours/week, including a weekly meeting with faculty member

Course credit available.

Student Qualifications
Helpful experience for all projects: Familiarity with scripting in the Linux environment, molecular modeling with molecular-dynamics-based approaches, experience with Python/MATLAB.

Preferred coursework: Differential Equations/Linear Algebra, Physics I: Mechanics/Statistical Physics, Biochemistry.

How to Apply
Interested students should email a resume/CV and a brief cover letter to anna.tarakanova@uconn.edu indicating why they are interested in this research opportunity. Please indicate whether you are interested in the Fall semester or both Fall & Spring.

Mentor: Anna Tarakanova, Assistant Professor
Department: Mechanical Engineering
Email: anna.tarakanova@uconn.edu
Timing: Fall 2018, Spring 2019
Campus: Storrs