These are student research positions currently available.
Research: PDL Undergraduate Research Program a Learning Experience, Advisor: Lukas Graber
Lab details: Plasma and Dielectrics Laboratory
TIGs: Electrical Energy
Seeking: Undergraduate Students, 4 positions
Application Due July 21, 2023 to https://graber.ece.gatech.edu/purple/
Research keywords:
Description:
PURPLE provides a research learning experience for Georgia Institute of Technology’s undergraduate students. Students will closely collaborate with the Plasma and Dielectrics Lab’s research team to fulfill project-centered tasks while gaining hands-on research experience and co-authoring publications.
What is needed to apply? To apply you must be a current Ga Tech student, fill out the application form and submit your resume.
When are applications due? All applications must be submitted three weeks prior to the start of the semester for the intended project.
When will acceptance notifications be distributed? All applicants will be contacted two weeks prior to the start of the semester for the intended project.
Is there monetary compensation? Please visit the experience page to learn more about compensation.
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Entry Created: June 13, 2023 at 2:38 pm
Research: Computational work: ML and data analysis on neural/behavioral data, Advisor: Farzaneh Najafi
Lab details: Najafi Lab
TIGs: Bioengineering, Computer Systems and Software, Digital Signal Processing
Seeking: Undergraduate Students, 2 positions
Application Due March 31, 2025 to fnajafi3@gatech.edu
Research keywords: computational, machine learning, data analysis, neuroscience, biomedical, biology
Description:
We are looking for senior undergraduates with experience in computational work, including machine learning and data analysis, to contribute to research projects that involve analysis of our neural and behavioral data, using python or matlab. Example projects include analyzing neural data recorded via optical methods, or applying machine learning models to our neural and behavioral data.
It is important for the undergraduate to have prior experience with data analysis, and to be highly motivated.
This position is ideal for senior (or junior) undergraduates who are looking for additional experience in computational work and data analysis, whether they are aiming for a PhD or a data science job in industry after graduation.
NOTE: We expect 9-10 hours a week, at minimum, and recommend research for credit.
To apply please send an email to me and include the following information:
– your major and graduation year
– brief description of your prior ML/data analysis experience, including links/attachments to your prior work including your codes/scripts.
– how many semesters you can commit to the lab
– how many hours per week you can commit to the lab
– attach your CV
Please note that all of this information should be present in your email in order for it to be considered.
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Entry Created: March 25, 2024 at 7:53 pm
Research: Research Engineer position in neuro-engineering and mechatronics, Advisor: Farzaneh Najafi
Lab details: Najafi Lab
TIGs: Bioengineering
Seeking: Undergraduate Students, 1 positions
Application Due December 30, 2024 to fnajafi3@gatech.edu
Research keywords: neuroengineering, neurotechnology, mechatronics, electrical circuits, microcontrollers, 3d printing, mechanical engineering, robotics, programming, matlab, python
Description:
The Najafi Lab at Georgia Tech is looking for an undergraduate student with the following criteria:
Required skills:
Strong mechatronics skills (demonstrated by videos/pictures of previous projects): Microcontrollers; Basic circuits
Programming in Matlab and/or Python
Preferred skills:
CAD & 3D printing
NOTE: The candidate must be quite comfortable building a setup using electrical & mechanical engineering skills, also writing code to control the setup.
Position type:
Summer, strong preference: full time
Preferably continues in the Fall too.
Application:
please send the following material to fnajafi3@gatech.edu:
- CV
- Pictures and videos of your previous mechatronics projects
- Provide a realistic ranking (1-10; 10: highest) of your skills for each of the following 3 categories (should be backed up by links to previous projects):
1) electronics (microcontrollers; circuit design)
2) mechanical (design; 3D printing; cad)
3) programming (matlab; python; microcontrollers)
Lab info:
We are an interdisciplinary lab, including scientists and engineers, studying neuronal basis of behavior.
You can find information about our scientific questions here: www.najafilab.org
Contact:
Dr. Farzaneh Najafi: fnajafi3@gatech.edu
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Entry Created: April 12, 2024 at 3:29 am
Research: Micro-robots for Neurosurgical Applications, Advisor: Azadeh Ansari
Lab details: GT MEMS and Microrobotics
TIGs: Bioengineering, Nanotechnology
Seeking: PhD Students, 1 positions
Application Due August 31, 2024 to azadeh.ansari@ece.gatech.edu
Research keywords: micro robotics, biomedical, MEMS, nanofabrication, magnetic
Description:
We are looking to hire a highly-motivated PhD student to work on a multi-disciplinary project: “Microrobotics for Neurosurgical Applications.” The PhD student will be co-advised by Prof Ansari (ECE, GT) and Prof. Kimberly Hoang (Neurosurgery, Emory) and will be responsible for design, fabrication and motion control of magnetically-actuated microscale robots for biomedical applications. The position is a fully-paid GRA position, and open to ECE, ME and Biomedical students. If you are interested, please email us your CV directly at:
azadeh.ansari@ece.gatech.edu
kimberly.bojanowski.hoang@emory.edu
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Entry Created: July 25, 2024 at 1:49 am
Research: Clinical BCI Research Sessions, Advisor: Chethan Pandarinath
Lab details: Systems Neural Engineering Lab
TIGs: Bioengineering
Seeking: Undergraduate Students, 1 positions
Application Due October 12, 2024 to chethan.pandarinath@emory.edu
Research keywords: clinical, bioengineering
Description:
We invite qualified undergraduates to join our team as a part-time Clinical Neurotechnology Research Assistant (CNRA) to develop and test intracortical brain computer interfaces (iBCIs) with people with paralysis.
We seek a motivated and responsible individual with an interest in neural engineering and medicine to join a multidisciplinary team of scientists, engineers, and physicians in the Systems Neural Engineering Lab (SNEL, [1]) that develops and tests iBCIs as part of the BrainGate2 clinical trial [2]. Our team aims to allow people with paralysis to move and speak by decoding their movement- and speech-related brain activity in real-time.
The CNRA sits at the front lines of cutting-edge research, working directly with clinical trial participants in their homes. They will work with engineers and scientists to validate iBCI research sessions, participate in lab meetings, contribute to peer-reviewed publications, and attend relevant talks.
The CNRA will communicate with researchers and clinical trial participants and their caregivers. As such, strong interpersonal skills are essential. The CNRA will also champion the safety and well-being of the participants and adherence to proper study conduct.
This work will consist of traveling to the participants home, connecting and disconnecting the BCI device in a sterile environment, cleaning and sterilizing the implant site, and taking relevant notes and communicating with researcher/participant during session. Research sessions typically begin in the late morning and may end in the evening.
Minimum Qualifications
Currently getting a bachelor’s degree in Electrical Engineering, Biomedical Engineering, Computer Science, Neuroscience, or a related field.
Ability to travel approximately 1 time per week for data collection at a research participant’s home (valid driver’s license required).
Ability to commit 10-15 hours/week to research.
Outstanding communication (both verbal and written) in the English language and interpersonal skills.
Demonstrates independent work ethic, initiative, critical problem-solving, task prioritization skills, and enthusiasm.
Ability to thrive in a collaborative program and comfort navigating a clinical environment.
Superb organizational skills.
Excellent attention to detail and ability to document research activities.
Attention to data and respecting confidentiality where appropriate.
Physical Requirements
Frequently stand, walk, twist, bend, stoop, squat, grasp lightly, use fine manipulation, grasp forcefully, perform desk-based computer tasks, use telephone, write by hand, lift, carry, push and pull objects weighing over 40 pounds.
Occasionally sit, kneel, crawl, reach and work above shoulders, sort and file paperwork or parts.
Rarely climb, scrub, sweep, mop, chop and mix or operate hand and foot controls.
Must have correctable vision to perform duties of the job.
Ability to bend, squat, kneel, stand, reach above shoulder level, and move on hard surfaces for up to eight hours.
If you are interested, please email chethan.pandarinath@emory.edu, and cc pbechef@emory.edu and brandon.gregory.jacques@emory.edu, with “Interested in CNRA position” in the title. Please include your resume/CV and describe why you are interested in the position and work in the lab.
[1] http://snel.ai
[2] https://www.braingate.org/
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Entry Created: July 30, 2024 at 1:41 pm
Research: Graduate Research Assistant or Postdoctoral Researcher, Advisor: Hong Yeo
Lab details: Yeo Research Group – Bio-Interfaced Translational Nanoengineering Group
TIGs: Bioengineering, Electronic Design & Applications, Nanotechnology
Seeking: PhD Students, 2 positions
Application Due August 31, 2024 to whyeo@gatech.edu
Research keywords: electrochemical sensor, nanomaterials, surface chemistry, functionalization
Description:
Job Opening: Postdoctoral Research Fellow or Graduate Research Assistant
Starting Date: As soon as possible
Qualification:
• Preferred to have a Ph.D. in Materials Science, Chemical Engineering, Bioengineering, or a related field. Based on qualifications, candidates with an MS degree can be considered.
• Demonstrated research experience in areas such as electroanalytical chemistry and fundamental electrochemistry.
• Preferred experience with software/tools like SOLIDWORKS, AUTOCAD, Python, COMSOL and data analysis packages.
Responsibilities:
• Lead and conduct innovative research in developing soft, flexible, and wireless biosensors, with a focus on optimizing electrochemical sensor design for precise measurements within specific ranges.
• Optimize sensor coating chemistry by refining current formulations and identifying solutions to overcome performance and manufacturing challenges.
• Develop strategies to address sample interference issues and enhance sensor accuracy.
• Collaborate with mechanical engineers and scientists in the design, fabrication, and validation of biosensing systems.
• Develop experimental protocols, conduct data analysis, and optimize sensor performance.
• Support interdisciplinary projects by applying expertise in material science and chemical engineering to modified material applications, testing, microstructure analysis, material characterization, and functionalization.
• Contribute to research proposals and effectively communicate results through scientific publications and presentations.
Required Skills:
• Hands-on experience with sensor fabrication, overall electrochemical testing (e.g., EIS, CV, CA), and materials characterization (e.g., FE-SEM, XPS, FTIR, UV-Vis, and a variety of electrical/physical measurements).
• Proficiency in electrochemistry principles, particularly related to point-of-care devices.
• An understanding of Ion-Selective Electrodes (ISE) and metabolite sensors, with knowledge of their types and applications.
• Demonstrated expertise in designing and applying working electrodes in point-of-care devices.
• Comprehensive understanding of three-electrode roles in electrochemical sensing systems.
• Skill in identifying potential interferences and implementing mitigation strategies to ensure reliable and accurate sensor measurements in real-world applications.
• Strong project management skills and the ability to work independently in a multidisciplinary team.
Preferred Skills:
• Experience in chemical synthesis using both top-down and bottom-up approaches.
• Strong background in nanoengineering and inorganic chemistry.
If qualified, applicants should send the following to Dr. Yeo, whyeo@gatech.edu:
· Cover letter.
· CV – full length.
· Summarized list of research outcomes.
· Summarized list of your relevant published articles.
· Contact information for three references.
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Entry Created: August 14, 2024 at 4:26 pm
Research: Wearable mechatronics, IoT, and intelligent biomedical systems, Advisor: Matthew Flavin
Lab details: Flavin Neuromachines Lab
TIGs: Bioengineering, Computer Systems and Software, Electronic Design & Applications, Systems and Controls, Telecommunications
Seeking: Undergraduate Students, MS students, PhD Students, 4 positions
Application Due August 31, 2026 to mflavin@gatech.edu
Research keywords: Neuroengineering, IoT, wearables, haptics, education, assistive technologies
Description:
The Flavin Neuromachines Lab is recruiting talented, driven individuals who are interested in leading projects in the areas of neural mechatronics and extended reality for patient care.
Preferred skills include:
-PCB design
-Embedded firmware design
-Experience in cloud backend development
Please contact Prof. Flavin (mflavin@gatech.edu) with a cover letter and CV.
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Entry Created: August 19, 2024 at 4:54 am