research assistant Archives

Volunteering under the Psychology Department at the ‘Cognitive Psychology-Memory Laboratory’ as an RA.
Performing routine clerical duties as instructed, if essential to the research activities of the supervisor or project/s assigned.
Assisting in administrative duties such as stimuli/data collection, completing reports and participant experimentation.
Assisting in committee work, including committee attendance.

Visit local businesses to collect data for a large-scale field experiment in collaboration with Yelp.
Feed data into a machine learning algorithm to create a training set for future data and images.
Return data analysis to local businesses to track changes in any initial data collection over 12 months.
Conduct research to test the feasibility, design, operation and performance of different nano sensors systems.

Planned, modified, and executed research techniques, procedures and tests using Python and MySql.
Collected and entered numerical data regarding labor law protections into databases using web crawlers and text parser.
Collected information through observation, surveys, interviews, and the review of documents
Wrote, presented, and published reports that record site history, methodology, and artifact analysis results, along with recommendations for conserving and interpreting findings

Prepare meeting agendas.
Research information in the department’s archives upon request of public officials or private citizens.
Assist in social security research.
Visiting sites of pilot projects.

Conducted independent research focused primarily on the synthesis of azobenzene-functionalized clickable nucleic acids.
Wrote technical reports and conferred with scientists to conduct analyses and interpret test results
Developed an understanding of many synthesis and purification techniques.
Maintained a safe lab environment and an organized notebook.

Provided administrative support to Ms. Zainab Salbi in all projects from daily life to professional events and work, including calendar management.
Curated social media content (Twitter, Instagram, Facebook) for Ms. Salbi’s social media accounts focused on promoting #MeToo, Now What?, a limited series for PBS.
Prepared briefing for Ms. Salbi’s media appearances and represented Ms. Salbi at production meetings.
Designed newsletter content for Ms. Salbi’s database for promotional purposes using Constant Contact.

Work on a research project “Development & Designing of Algorithm for Intrusive Fault Analysis of Electrical MachinesUsing FPGA”.
Gold Medalist at 33rd IEEEP Student Seminars at Mehran University of Engineering and Technology.
Representation in IEEE International Symposium.
Participated in Geeks 2018 all Karachi open house exhibition and project competition.

Provided assistance in lab studies analyzing the relationship between communication and emotional perception
Interviewed Individuals to compile information on subject history
Prepared and maintained laboratory equipment prior to and after work
Developed and implemented quality control procedures for research methodology
Collected and organized data for further analysis.

Handled the filing of archival material for preservation.
Edited video materials for presentation in a conference.
Oversaw the digitazation of analog recordings.
Assisted in research as needed by the Department Chair.

Cleaning of data.
Writing and sending reports.
Worked with a professor at Northeastern University on research and information gathering for the professor’s next book on religious appropriation.
Collaborated with notable scholars and journalists from around North America to organize a workshop on religious appropriation with a professor at Northeastern University.

Helped plan and execute experiments in a Quantum Optics Lab
Sum frequency generation: This project consisted of experimentally studying a novel sum-frequency generation process in which one optical and one microwave field combine coherently to produce a third optical field whose frequency is the sum of the two former fields
Phase sensitive amplification: This project consisted of setting up aphase-sensitive amplifier based on a closed three-level system of gaseous Rubidium atoms
Analyze power transmission data with Matlab to find and evaluate methods which aimed to increase stability of the Nordic power grid.

Problem solve and work with a team to focus on program development and innovation.
Focus on recording data and coding information using a engineering-based modeling system.
Work one-on-one with doctors abroad to create a better system for maternal health in rural East Africa.
Utilize my skills in Microsoft Office, Google Drive, and online models to organize and handle confidential files for the data entry.
Led a socio-behavioral survey focusing on the Three Delays to Accessing Healthcare and created a study that informed the patient population that affects the model.

collect, categorize date about recent regional developments for my supervisor.
translate specific materials from French and English to Arabic.
organize some round tables and a research competition for Arab youth researchers.
Data gathering using Tangerine software

Helping in the build of projects involving my major, one being an exo-skin.
The use and understanding of programs such as Altium and Allegro.
Use of 3D printers in the build of Projects.
Worked in several projects related to high-performance insulation materials based on aerogel with Building Energy Materials and Components department

Conduct in-depth interviews.
Transcribe and analyze interviews.
Lead discussion groups with fellow researchers.
Use SPSS program to further analyze data.
Co-author and edit research papers.
Stay up-to-date on current relevant topics.

Provide advice on proper standards and regulations or the development of policies, strategies, or codes of practice for environmental management.
Evaluated “The Dimock Difference in Early Detection and Prevention of Gynecological Cancer” Project
Created and conducted patient and staff focus groups in English and Spanish
Created and disseminated a Patient Satisfaction Survey and database for analysis in SAS software

Used ortho-carborane derivatives to activate the B-H bond in the third position and the sixth position by the photocatalytic reaction.
Achieved the activation of ortho-carborane derivatives by Phosphoric acid azide ester compound.
Discovered the Sulfonic acid ester had produced new results.
Explored the simple experimental conditions of the synthesis of pharmaceutically active sulfonic acid amide.
Mastered the use of software such as Chemdraw and topspin.
Research Methods:
Activation of B-H bond by bimetallic photocatalytic method

Supervised participants running a study.
Copied the data from the study and inputted it into a data analysis program.
Performed an analysis on the inputted data.
Searched the internet for articles about anxiety and subliminal priming.

Conducted research using an app that I helped to develop which allows people with autism to match patterns of sounds and silences in language; a crucial ability for affective conversation. The app provides visual feedback on rhythm, pitch, and volume in recorded speech.
The goal: to help children with autism understand that how one speaks is equally important to what one says when he speaks.
Co-author a paper on the findings and conclusions.
Present findings and conclusions as a poster at Eastern Psychological Association Conference in Boston.

Extracted and amplified microbial DNA, human mitochondrial DNA from soil and human bone samples
Identified and analyzed human mitochondrial DNA presented in soil samples
Served as Survey Coordinator and Assistant Team Supervisor for the field surveys conducted in the identified Agrarian Reform Communities in Compostela Valley and Negros Oriental; and
Consolidated, edited, coded and encoded the data collected from the field.

Grind and weigh soil samples to specific masses for chemical tests
Perform bulk density testing on soil samples
Take pH of soil samples
Acid wash lab dishes
Process plant samples via weighing of root, stem, and seed biomass

Managing a pilot scale project of deriving hESC into keratinocytes.
Systematically data collection according to the company’s requirements.
Knowledge of Good Clinical practice guidelines from ICH Stem Cell Culture
in-vitro hESC differentiation into Embyoid bodies, Mesenchymal Stem cells, Cardiomyocyte and Keratinocyte.
hESC and iPSC maintenance, Cryopreservation and Reviving.
Mouse Embryonic Stem Cell line establishment (Elementary work).
Immunostaining, Immuno histochemistry.

Investigated dentition of Gorilla beringei, Gorilla gorilla, Pan troglodytes, and Pongo pygmaeus using an XSM multi-sensor laser scanner to analyze the relationship between topography and microwear using standard geographic information systems (GIS) measurements to obtain three-dimensional measurements of tooth surface as part of preparation for publication and presentation in Fall 2018.
Taught and mentored undergraduate and graduate students in anthropology.
Examined museum collections of hominid fossils to classify anatomical and physiological variations and to determine how they fit into evolutionary theory.
BS & W by centrifuge technique

Density measurements by DMA4500
Molecular weight measurements by wide range cryoscope
Viscosity measurements by HAAKE Roto viscometer
Extraction using different solvents by sohxlet extractor

Use computers for various tasks
SARA analysis by column chromatography
Wax content analysis
Asphaltene content analysis

Collecting relevant and important information regarding the research topic.
Assisting sample in filling questionnaire.
Conduct interview.
Collecting and organizing the final data.

Worked on creating a fully functional Artificial Intelligence campus in OpenSim to control and monitor real world events through the virtual world
Designed and created an AI command center which tracks a robot in the Ohio State University campus and also controls the movement of the robot
Created situational awareness maps in the command center to view current details of any place such as weather maps, traffic cameras
Identified trends in large text documents by parsing them and created visualizations of such trends to increase collaboration among researchers leveraging Virtual Reality

Developed content for the ‘National Identity’ programme’s panel discussion
Maximised a research project scope by translating English sources to Russian/Ukrainian
Compiled and organised research data to produce literature reviews and reports
Detailed Hydrocarbon Analysis

Slim tube experiments by DBR slim tube system
Chromatography
Analysis of the gas samples by Natural gas analyzer (NGA 2286)
Simulated distillation (SIMDIS) by HT750

Conducted research in a developmental and psychology lab using eye-tracking coding programs (datavyu and gazetag) and lab studies.
Recruited and collected data from 3-5-year-old participants at the Madison Children’s Museum.
Worked collaboratively with undergraduate and graduate students, as well as professors.
Attended weekly lab meetings to brainstorm new project ideas and track progress.

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