Summer Research Internships (SURI)
Summer Research Internships 2022
The Ira A. Fulton Schools of Engineering at Arizona State University offers paid summer research internships for qualified U.S. citizens and permanent residents, and volunteer positions for international students. Students will gain engineering research experience at a top research university and an in-depth understanding of what it would be like to pursue a PhD degree. Participants will work under the mentorship of faculty members from various engineering programs to pursue 8-week-long research projects from May 25th to July 22rd, 2022. Available research projects include both in-person and virtual options.
Students across all branches of engineering are welcome to apply. Students between the junior and senior years of their undergraduate degree and those pursuing Master’s degrees who are interested in earning a PhD will be given highest consideration.
In addition to valuable research experience, SURI participants attend guest lectures presented by industry partners and top research faculty, engage in social and networking activities, and benefit from other support services and resources designed to prepare them for further research and study at the Masters and PhD level.
Qualified U. S. citizens and permanent residents selected for the summer internship will earn a US$5000 stipend.
Non-US citizens are welcome and encouraged to apply and if selected will work on a volunteer basis (no stipend provided). Non-US citizens who participate in in-person research projects will be charged a program fee of US$1,000. Non-U. S. citizens who are selected for in-person projects must be eligible to obtain work authorization or be eligible for the J-1 visa and able to support themselves financially and provide their own travel.
All participants in an in-person internship will be offered housing at the ASU Tempe Campus for an estimated cost of US$2200* for the 8-week program.
*This is only an estimate at this time. Actual costs will be announced at the time program acceptance decisions are made.
Application Opens: December 1, 2021
How to Apply:
Individuals interested in applying should prepare to submit the following materials through the SURI online application system
- Completed online application
- A resume/curriculum vitae
- A copy of your transcript (official or unofficial)
- A brief statement describing your interest in participating in SURI which may include your research interests, any relevant research, academic, or work experience, your goals and how SURI will help you achieve them (up to 500 words):
Application Deadline: February 1, 2022
SURI Application is now closed. Please consider applying for Summer 2023.
For any questions about the program or the application, please reach out to FultonSchools@asu.edu.
SURI 2022 Internships
SURI 2022 Catalog of Internship Opportunities (PDF download)
| Faculty Name | Program/Expertise Area | Campus | In person, Online, or Either | U.S. Citizens, International Students or Both |
|---|---|---|---|---|
| Aditi Chattopadhyay | Investigation of Multifunctional Smart Materials | Tempe | In person | U.S. Citizens |
| Aditi Chattopadhyay | Impact Study of Space Meteorites | Tempe | In person | U.S. Citizens |
| A. M. Kannan | Li-Ion Batteries | Polytechnic | In person | Both |
| A. M. Kannan | PEM Fuel Cells | Polytechnic | In person | Both |
| A. M. Kannan | Green H2 Generation | Polytechnic | In person | Both |
| Arindam Sanyal | Analog Integrated Circuits (Analog-to-Digital Converter) | Tempe | Either | U.S. Citizens |
| Arindam Sanyal | Analog Integrated Circuits (Embedded Machine Learning) | Tempe | In person | Both |
| Adolfo Escobedo | Crowdsourcing, Wisdom of the Crowds | Tempe | Either | Both |
| Adolfo Escobedo | Operations Research, Infrastructure Design and Planning | Tempe | Either | Both |
| Ashif Iquebal | Generative Models, Cheminformatics | Tempe | Either | Both |
| Ayan Mallik | Power Electronics/Control systems | Polytechnic | In person | Both |
| Chao Wang | Circuit Design/Biosensing | Tempe | In person | Both |
| Chao Wang | Machine Learning/Biosensing | Tempe | Either | Both |
| David Nielsen | Metabolic Engineering, Synthetic Biology, Bioprocess Engineering | Tempe | In person | Both |
| Gautam Dasarathy | Machine Learning, Data Science, AI | Tempe | Either | Both |
| Jeffrey Wishart | Automated Vehicles (CARLA Simulation) | Polytechnic | Either | Both |
| Jeffrey Wishart | Automated Vehicles (Infrastructure-based Cameras, LIDAR) | Polytechnic | Either | Both |
| Jeffrey Wishart | Automated Vehicles (AI Techniques) | Polytechnic | Either | Both |
| Jeffrey Wishart | Automated Vehicles (Comparing LevelX and AVs) | Polytechnic | Either | Both |
| Jit Muthuswamy | In Vitro Diagnostics | Tempe | In person | U.S. Citizens |
| Jit Muthuswamy | Neural Interfaces, Neuromodulation, In Vitro Diagnostics | Tempe | In person | U.S. Citizens |
| Jordan Yaron | Drug Delivery | Tempe | In person | Both |
| Jordan Yaron | Drug Screening | Tempe | In person | Both |
| Kenan Song | 3D Printing (Plastics Recycling of XLPE) | Polytechnic | In person | Both |
| Kenan Song | 3D printing (3D Printing of Batteries) | Polytechnic | In person | Both |
| Kerry Hamilton | Risk Assessment, Environmental Microbiology | Tempe | Either | Both |
| Lalitha Sankar | Machine Learning—Theory and Practice to Electric Power Systems | Tempe | Either | Both |
| Lalitha Sankar | Bayesian methods for hyperparameter tuning in machine learning | Tempe | In person | Both |
| Lalitha Sankar | Evaluating Performance of GANs with Tunable Loss Functions | Tempe | Either | Both |
| Leila Ladani | Additive Manufacturing of Metals | Tempe | In person | Both |
| Leila Ladani | Characterization of Soft Tissues Using High Frequency Ultrasound Device | Tempe | In person | Both |
| Margaret Garcia | Hydrology, Water Resources Engineering | Tempe | Either | Both |
| Mark Easley/Texas Instruments | Embedded Machine Learning | Tempe | Either | U.S. Citizens |
| Mark Easley/Texas Instruments | Robotics/Mechatronics | Tempe | Either | U.S. Citizens |
| Mark Easley/Texas Instruments | Connectivity | Tempe | Either | U.S. Citizens |
| Mark Easley/Texas Instruments | Analog Circuit Simulation | Tempe | Either | U.S. Citizens |
| Mohammadreza F. Imani | Electromagnetics and Antennas | Tempe | In person | Both |
| Meng Tao | Solar Energy Systems | Tempe | In person | U.S. Citizens |
| Nick Rolston | Thin Film Renewable Energy Materials and Devices (Thin-film Structures) | Tempe/Research Park | In person | Both |
| Nick Rolston | Thin film Renewable Energy Materials and Devices (Chemomechanical Degradation) | Tempe/Research Park | In person | Both |
| Pat Phelan | Thermal Engineering, Sustainable Energy | Tempe | Either | Both |
| Rebecca Muenich | Environmental and Watershed Modeling | Tempe | Either | Both |
| Rong Pan | Digital Twins | Tempe | In person | Both |
| Rong Pan | Predictive Analytics for Digital Manufacturing | Tempe | Either | Both |
| Shenghan Guo | Spatial-temporal Feature Extraction from Video Data of Extreme Weather | Polytechnic | Either | Both |
| Shuguang Deng | Carbon Capture | Tempe | ||
| Shuguang Deng | Chemical Upcycling of Plastics | Tempe | ||
| Sydney Schaefer | Non-invasive Brain Stimulation, Motor Learning | Tempe | In person | Both |
| Tianfang Xu | Machine Learning Applications in Hydrology (Karst Watersheds) | Tempe | Either | Both |
| Tianfang Xu | Machine Learning Applications in Hydrology (Agricultural Water Use Dataset) | Tempe | Either | Both |
| Wenlong Zhang | Wearable Robotics, Soft Robotics, Human-robot Interaction, Unmanned Aerial Vehicles (Novel Soft Actuator for Exosuits and Manipulators) | Polytechnic | In person | Both |
| Wenlong Zhang | Wearable Robotics, Soft Robotics, Human-Robot Interaction, Unmanned Aerial Vehicles (Human-Robot Collaboration) | Polytechnic | In-person | Both |
| Yan Chen | Dynamics and Control of Connected and Automated Vehicles and Robots | Polytechnic | In person | Both |
| Zachary Holman | Solar Cells and Modules—Thin Films (Aluminum Foil Modules) | Tempe/Research Park | In person | U.S. Citizens |
| Zachary Holman | Solar Cells and Modules—Thin Films (Solar Cell Efficiency Potential) | Tempe/Research Park | In person | Both |
SURI 2022 Catalog of Internship Opportunities (PDF download)
| Faculty Name | Program/Expertise Area | Campus | In person, Online, or Either | U.S. Citizens, International Students or Both |
|---|---|---|---|---|
| Aditi Chattopadhyay | Investigation of Multifunctional Smart Materials | Tempe | In person | U.S. Citizens |
| Aditi Chattopadhyay | Impact Study of Space Meteorites | Tempe | In person | U.S. Citizens |
| A. M. Kannan | Li-Ion Batteries | Polytechnic | In person | Both |
| A. M. Kannan | PEM Fuel Cells | Polytechnic | In person | Both |
| A. M. Kannan | Green H2 Generation | Polytechnic | In person | Both |
| Arindam Sanyal | Analog Integrated Circuits (Analog-to-Digital Converter) | Tempe | Either | U.S. Citizens |
| Arindam Sanyal | Analog Integrated Circuits (Embedded Machine Learning) | Tempe | In person | Both |
| Adolfo Escobedo | Crowdsourcing, Wisdom of the Crowds | Tempe | Either | Both |
| Adolfo Escobedo | Operations Research, Infrastructure Design and Planning | Tempe | Either | Both |
| Ashif Iquebal | Generative Models, Cheminformatics | Tempe | Either | Both |
| Ayan Mallik | Power Electronics/Control systems | Polytechnic | In person | Both |
| Chao Wang | Circuit Design/Biosensing | Tempe | In person | Both |
| Chao Wang | Machine Learning/Biosensing | Tempe | Either | Both |
| David Nielsen | Metabolic Engineering, Synthetic Biology, Bioprocess Engineering | Tempe | In person | Both |
| Gautam Dasarathy | Machine Learning, Data Science, AI | Tempe | Either | Both |
| Jeffrey Wishart | Automated Vehicles (CARLA Simulation) | Polytechnic | Either | Both |
| Jeffrey Wishart | Automated Vehicles (Infrastructure-based Cameras, LIDAR) | Polytechnic | Either | Both |
| Jeffrey Wishart | Automated Vehicles (AI Techniques) | Polytechnic | Either | Both |
| Jeffrey Wishart | Automated Vehicles (Comparing LevelX and AVs) | Polytechnic | Either | Both |
| Jit Muthuswamy | In Vitro Diagnostics | Tempe | In person | U.S. Citizens |
| Jit Muthuswamy | Neural Interfaces, Neuromodulation, In Vitro Diagnostics | Tempe | In person | U.S. Citizens |
| Jordan Yaron | Drug Delivery | Tempe | In person | Both |
| Jordan Yaron | Drug Screening | Tempe | In person | Both |
| Kenan Song | 3D Printing (Plastics Recycling of XLPE) | Polytechnic | In person | Both |
| Kenan Song | 3D printing (3D Printing of Batteries) | Polytechnic | In person | Both |
| Kerry Hamilton | Risk Assessment, Environmental Microbiology | Tempe | Either | Both |
| Lalitha Sankar | Machine Learning—Theory and Practice to Electric Power Systems | Tempe | Either | Both |
| Lalitha Sankar | Bayesian Methods for Hyperparameter Tuning in Machine Learning | Tempe | Either | Both |
| Leila Ladani | Additive Manufacturing of Metals | Tempe | In person | Both |
| Leila Ladani | Characterization of Soft Tissues Using High Frequency Ultrasound Device | Tempe | In person | Both |
| Margaret Garcia | Hydrology, Water Resources Engineering | Tempe | Either | Both |
| Mark Easley/Texas Instruments | Embedded Machine Learning | Tempe | Either | U.S. Citizens |
| Mark Easley/Texas Instruments | Robotics/Mechatronics | Tempe | Either | U.S. Citizens |
| Mark Easley/Texas Instruments | Connectivity | Tempe | Either | U.S. Citizens |
| Mark Easley/Texas Instruments | Analog Circuit Simulation | Tempe | Either | U.S. Citizens |
| Mohammadreza F. Imani | Electromagnetics and Antennas | Tempe | In person | Both |
| Meng Tao | Solar Energy Systems | Tempe | In person | U.S. Citizens |
| Nick Rolston | Thin Film Renewable Energy Materials and Devices (Thin-film Structures) | Tempe/Research Park | In person | Both |
| Nick Rolston | Thin film Renewable Energy Materials and Devices (Chemomechanical Degradation) | Tempe/Research Park | In person | Both |
| Pat Phelan | Thermal Engineering, Sustainable Energy | Tempe | Either | Both |
| Rebecca Muenich | Environmental and Watershed Modeling | Tempe | Either | Both |
| Rong Pan | Digital Twins | Tempe | In person | Both |
| Rong Pan | Predictive Analytics for Digital Manufacturing | Tempe | Either | Both |
| Shenghan Guo | Spatial-temporal Feature Extraction from Video Data of Extreme Weather | Polytechnic | Either | Both |
| Shuguang Deng | Carbon Capture | Tempe | ||
| Shuguang Deng | Chemical Upcycling of Plastics | Tempe | ||
| Sydney Schaefer | Non-invasive Brain Stimulation, Motor Learning | Tempe | In person | Both |
| Tianfang Xu | Machine Learning Applications in Hydrology (Karst Watersheds) | Tempe | Either | Both |
| Tianfang Xu | Machine Learning Applications in Hydrology (Agricultural Water Use Dataset) | Tempe | Either | Both |
| Wenlong Zhang | Wearable Robotics, Soft Robotics, Human-robot Interaction, Unmanned Aerial Vehicles (Novel Soft Actuator for Exosuits and Manipulators) | Polytechnic | In person | Both |
| Wenlong Zhang | Wearable Robotics, Soft Robotics, Human-Robot Interaction, Unmanned Aerial Vehicles (Human-Robot Collaboration) | Polytechnic | In-person | Both |
| Yan Chen | Dynamics and Control of Connected and Automated Vehicles and Robots | Polytechnic | In person | Both |
| Zachary Holman | Solar Cells and Modules—Thin Films (Aluminum Foil Modules) | Tempe/Research Park | In person | U.S. Citizens |
| Zachary Holman | Solar Cells and Modules—Thin Films (Solar Cell Efficiency Potential) | Tempe/Research Park | In person | Both |
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