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Top 50 PHD Researcher Skills

Below we've compiled a list of the most important skills for a PHD Researcher. We ranked the top skills based on the percentage of PHD Researcher resumes they appeared on. For example, 11.3% of PHD Researcher resumes contained Cell Culture as a skill. Let's find out what skills a PHD Researcher actually needs in order to be successful in the workplace.

These Are The Most Important Skills For A PHD Researcher

1. Cell Culture
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high Demand
Here's how Cell Culture is used in PHD Researcher jobs:
  • Designed and conducted CHO cell culture experiments to optimize conditions.
  • Developed and validated immunochemical assays and cell culture systems for research teams in cellular and molecular groups.
  • Targeted metabolomics analysis using LC-MS/MS Cell culture and isotope enrichment
  • Ensured the enhancement of the surface expression of folate receptor in leukemia using cell culture experiments.
  • Created and maintained active leukemia cell cultures to be used in analytical tests.
  • Directed the Center for Mitochondrial Medicine's human cell culture facility.
  • Handled cell cultures, histological analyses, and immunohistochemistry for key projects.
  • Studied physiological roles of AMP-activated protein kinase (AMPK) using both cell culture and transgenic (Tg) mouse models.
  • Use of a novel deep sequencing approach, in vitro cell culture, site directed mutagenesis and molecular cloning techniques Why.

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88 Cell Culture Jobs

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2. Protein
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high Demand
Here's how Protein is used in PHD Researcher jobs:
  • Developed methods to calculate electrostatic properties of cell-signaling proteins for direct comparison with experimental measurements.
  • Developed algorithms and software for protein structure determination and model validation.
  • Investigated the interaction between lipid oxidation by-products and muscle proteins.
  • Investigated the basic research project on the structural and functional changes of rabbit muscle proteins altered by lipid by-products.
  • Performed Mass Spectrum analysis to determine the interacting proteins of Ago2/Ago3 in the nuclei.
  • Used x-ray crystallography to further analyze the structure/function of the protein.
  • Mouse endogenous protein was also purified from mice hearts by FPLC.
  • Identified several additional genes impacting zinc mitochondrial physiology using a designed zinc-binding protein and a high throughput robotic screen.
  • Investigated the mechanisms of carbohydrate-binding protein (i.e.
  • Investigate the inhibition mechanism by protein-ligand docking.
  • Examined both RNA and protein expression of these chaperones with respect to cellular stress, kernel development and storage protein deposition.
  • Implemented protein and enzyme isolation and purification, as well as detection of ATP formation and pH changes within the liposomes.
  • Demonstrated hMPV M2-1 protein as a zinc binding protein and its zinc binding motif was crucial for its biochemical function.
  • Designed novel nanometer-scale molecular sheets by exploiting the crystal packing pattern extracted from 65,000 entries in Protein Database Bank.
  • Developed a generalized hidden Markov model for triosephosphate isomerase (TIM) barrel protein fold recognition.
  • Evaluated the influence of PS degradants on protein stability and explored novel excipients for stabilizing formulation.
  • Over-expressed and purified recombinant protein for iron uptake in vivo experiments.
  • Focus: Studied iron storage proteins in Pseudomonas aeruginosa as a novel target for antibiotics.
  • Deciphered the role of packaged Vpr protein in HIV-1 induced apoptosis.
  • Developed methods for the HTP analysis of enzyme specificities on peptide and IVTT- produced protein microarrays.

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206 Protein Jobs

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3. Research Projects
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high Demand
Here's how Research Projects is used in PHD Researcher jobs:
  • Collected and analyzed oceanographic microbial community data for two long-term research projects.
  • Fostered numerous industry and academic relationships for new research projects.
  • Mentored technicians and under-graduate students for research projects.
  • Plan, organize and design research projects to investigate trace elements in human scalp hair and possible sources of environmental exposure.
  • Directed the research of biochemistry graduate students, and guided the establishment of independent research projects and new grant support.
  • Designed and led 2 field research projects on soil nutrient cycling and greenhouse gas fluxes in agricultural systems.
  • Supervised and advised students in their research projects, including training them in various research tools.
  • Led initiating 3 research projects in the newly established lab and trained new graduate students.
  • Manage, execute, and report on six research projects for director of CEMAS.
  • Design and test mechanical, electrical, and cryogenic elements of research projects.
  • Present research projects and findings at annual chemistry conferences.
  • Planned, performed, analyzed multiple research projects.
  • Collaborated with industry (academia-plastic industry consortium) and multidisciplinary academic research groups in applied research projects on super- hydrophobic surfaces.
  • Performed research projects involving analysis of various medical imaging modalities (CT, MRI, PET) for assessing radiation therapies.
  • Conducted research projects under the direction of Dr. Ernesto Abel-Santos and Novozymes Inc.
  • Lead a team of 8 undergraduate research assistants in neuroscience research projects.
  • Initiated, developed and led research projects Grant writing, statistical analysis for core group Collaborated and mentored undergraduate and graduate students
  • Developed and implemented five lab and field-based Ph.D. research projects in paleontology.
  • Managed research projects on multidisciplinary teams to study the signaling pathways regulating aggression in Drosophila melanogaster.
  • Led or collaborated on several research projects regarding -thalassemia treatment and erythroleukemia tumorigenesis.

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140 Research Projects Jobs

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4. Synthesis
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high Demand
Here's how Synthesis is used in PHD Researcher jobs:
  • Devised and implemented a novel experimental system enabling structure probing of RNA during synthesis.
  • Developed and published new organic synthesis methodologies towards molecules of pharmaceutical interest.
  • Phoneme-Based Video Indexing Using Phonetic Disparity Search: Use of speech recognition and synthesis to index videos for cloud storage.
  • Project: Regulation of Growth Hormone Synthesis by C/EBP.
  • Formulated/Simulated continuum mixture models for biosynthesis in articular cartilage.
  • Research Title: Novel catalytic methods for the synthesis of lignan molecules.
  • Selected amino alcohols were used for the synthesis of target small molecules.
  • Charted design and synthesis of prodrugs.
  • Completed the total synthesis of hirsutine.
  • Developed three new cost-effective synthesis methods for water treatment utilities based on iron oxide and polymeric nanoparticles.
  • Developed skills in solid phase and combinatorial synthesis of pharmaceutically relevant molecules.
  • Synthesized a series of new chlorine-containing monomers through multi-step organic synthesis.
  • Implemented synthesis of both folic acid derivatives and cephalosporin derivatives.
  • Developed novel approaches to the synthesis of 1- and 2-D graphitic materials with atomic precision, using traditional organic chemistry.
  • Optimized YAG:Pr nanoparticles produced by sol-gel synthesis for biomedical applications.
  • Total synthesis of heparin-like oligosaccharides as antiangiogenesis and antimetastatic agents
  • Developed new methodologies for synthesis and post-functionalization of novel 2D polymers Synthesized proteoglycan mimetic polymers for tissue engineering and cartilage disease treatment
  • Illustrated a first use of carboxylic acids as masked olefins in Heck-type cross-coupling reaction for the synthesis of stilbene derivatives.
  • Developed a novel one-step synthesis of bromoaminated indoles and pyrroles via C H functionalization.
  • Expanded the scope of the synthesis of activated phenacenes from phenylenes by nickel-catalyzed alkyne cycloadditions.

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90 Synthesis Jobs

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5. Biology
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high Demand
Here's how Biology is used in PHD Researcher jobs:
  • Supervised graduate students of Tropical Conservation Biology and Environmental Science for their modeling efforts.
  • Used molecular biology to study expression of non-coding RNA during Kaposi's Sarcoma-associated herpes virus (KSHV) infection.
  • Research work: Prostate cancer biology, molecular biology of alcoholism, and Lyme disease.
  • Collaborated with researchers from the fields of mathematics, computer science, and biology.
  • Use of genetically-engineered mouse models to study the pancreatic beta cell biology and function.
  • Spearheaded the use of modern molecular biology techniques in the lab.
  • Used molecular biology, cell biology, tissue culture extensively.
  • Research interest: The molecular biology of HIV-1 infection.
  • Research centered on Molecular and Cellular Biology of Human Papillomavirus.
  • Collaborated on endocannabinoids in reproductive biology in mammals.
  • Performed studies of bacteriophage N4 molecular biology.
  • Mastered practical biology from scratch in < 6 mnths; initiated/executed 3 advanced research projects.
  • Project was awarded T32 Immunobiology Grant from the National Institutes of Health (NIH).
  • Research centered on the Molecular and Cellular Biology of Candida Albicans.
  • Generated data utilizing molecular biology assays including organotypic culture, immunoprecipitation, and PCR.
  • Reviewed four manuscripts for publication as a referee for peer-reviewed journals such as Current Biology, PLoS One, and Fly.
  • Identified and characterized the role of a novel oncometabolite (UGDH) in glioblastoma tumor biology.
  • Stem cell biology, cancer cell biology and tumour invasiveness.
  • Used bioinformatics and computational biology methods to study Poxviridae viral phylogenetics and evolutionary mechanisms.
  • Institute of Biology, Department of Genetics, UFRJ and Cristalia Pharmaceuticals S o Paulo/Brazil.

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905 Biology Jobs

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6. Chemistry
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high Demand
Here's how Chemistry is used in PHD Researcher jobs:
  • Collaborated on interdisciplinary solar projects conducted by UNC's physics, mathematics, and chemistry departments.
  • Experienced with surface chemistry methodologies including wet-films coating, dry-etching and grafting polymerization.
  • Planned, organized and conducted highly complex study in Food Chemistry/Biochemistry specialized area.
  • Synthesized complex fragment molecules for target-guided click chemistry.
  • Collected data and assisted writing to publish a scientific paper in the American Chemical Society journal, Inorganic Chemistry.
  • Featured publications: The Journal of Biological Chemistry 2006, cited by 35 peer reviewed articles.
  • Participated in the development of Massively Parallel Quantum Chemistry (MPQC) package.
  • Result published in ACS Journal of Agricultural and Food Chemistry.
  • Studied Si-NCs growth mechanism and its plasma chemistry.
  • Instruct CHEM 116: General Chemistry Laboratory.
  • Directed the research of biochemistry students.
  • Conducted biochemistry and molecular biology on Gaq family member to understand lipid modification and membrane localization relationship.
  • Designed a novel microscopy platform to perform electrochemistry of materials in high vacuum environment.
  • Studied mechanochemistry by performing calculations on crystals at high pressures.
  • Developed the immunohistochemistry method to study C/EBP.
  • Research in mercury biogeochemistry in the ocean involving chemical oceanography and genomics.
  • Supervised undergraduate and graduate students to carry out electrochemistry and catalysis experiments.
  • Investigated protein localization, activity and function using immunofluorescence histochemistry as well as plate-based in vitro assays.
  • Studied the steps of reduction of nitro group (-NO2) of N-DOPE liposome precursor and model molecules by electrochemistry.
  • Developed the dianion chemistry of chiral cyclopropene carboxylic acids.

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142 Chemistry Jobs

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7. Data Analysis
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high Demand
Here's how Data Analysis is used in PHD Researcher jobs:
  • Project management Data analysis Manuscript preparation/publication
  • Mentored graduate students on research programs and assisted with development of algorithms and data analysis to validate experiments.
  • Developed understanding of origin of performance improvement and degradation mechanism by data analysis.
  • Mentored undergraduate and graduate students i n experimental design and data analysis.
  • Consolidated findings of data analysis into a completed project report.
  • Assisted experimental collaborators with data analysis and interpretation.
  • Managed and mentored four research assistants, training them on research methodology, data collection, and data analysis.
  • Developed a technique and tools for the assessment of data analysis heuristics for the analysis of supercomputers error logs.
  • Conducted complex data analysis; report deliveries to senior managerial board on a daily base.
  • Coded algorithm for data analysis of experimental measurements (C++).
  • Conducted research and data analysis concerning AID in San Francisco.
  • Used R Markdown for reproducible data analysis.
  • Trained graduate students in data analysis.
  • Performed data analysis on large climate/weather datasets.
  • Developed software for imaging data acquisition (MRI sequences), image reconstruction, data analysis and multithreaded Monte Carlo simulations.
  • CAPTAIN (Cryogenic Apparatus for Precision Tests of Argon Interactions with Neutrinos) Data analysis.
  • Assisted Spatial Data Analysis and Visualization Lab staff to develop their digital fieldtrip products.
  • Organized laboratory environment and mastered DASYLab and Grapher software for data analysis.
  • Performed calculations and data analysis using Mathematica and Matlab.
  • Used bioinformatics tools for NGS and microarray data analysis; utilized public genome databases including ENCODE and UCSC genome browser.

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165 Data Analysis Jobs

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8. Electron Microscopy
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high Demand
Here's how Electron Microscopy is used in PHD Researcher jobs:
  • Imaged structure differences between bacterial strains using scanning electron microscopy.
  • Used single-particle electron microscopy and biochemistry to discover the molecular architecture of a ribonucleoprotein enzyme that modifies RNA.
  • Measured material quality and crystal orientation using scanning electron microscopy (SEM) and electron backscatter diffraction (EBSD).
  • Characterized III-V nanowires using transmission electron microscopy (TEM) and SEM.

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59 Electron Microscopy Jobs

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9. DNA
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high Demand
Here's how DNA is used in PHD Researcher jobs:
  • Coauthored a grant to the U.S. Army, pertaining to the association between malaria drug resistance and parasite DNA repair mechanisms.
  • Coauthored an NIH grant proposal on DNA mismatch repair and malaria drug resistance (5R21AI072723-02).
  • Managed and worked on RNA, DNA, and protein levels of multiple research projects.
  • Developed a silver staining procedure for identifying SNP differences in crow DNA samples.
  • Fabricated and tested a device to shear DNA in small volumes.
  • Designed protocols for plasma isolation, cell-free DNA extraction and sequencing.
  • Investigated thermodynamic, kinetic, biochemical properties of ERG and ETS oncogenic proteins, and their interactions with DNA.
  • Analyzed DNA methylation levels of repetitive sequences in cancer and FSHD tissue and cells.
  • Developed algorithms for optimal design of DNA microarray chip using CPLEX and C++.
  • Isolated and purified gDNA from blood samples of hemophilia-A patients.
  • Designed and tested anticancer drugs targeting telomerase DNA and inhibiting human telomerase activity.
  • Created and utilized cDNA macroarrays for gene identification and expression profiling.
  • Discovered a novel transcriptional mechanism mediated by KLF4 methylated DNA binding.
  • Performed brain surgery on rats Performed intravenous injections on animals Analysis of RNA and DNA using variety of techniques
  • Isolated and characterized the expression of several cDNAs that are expressed in the developing haustorium.
  • Design and synthesis of hypoxia activated prodrugs as DNA repair inhibitors.
  • Developed functional thin film coating using organic molecules, DNAs, polymer, nanoparticles, SAMs, and electron-beam lithography.
  • Discovered the novel role of tankyrase 1 in resolving cohesion at repetitive ribosomal DNA (rDNA) sequences.
  • Mentor: Prof. Anjum Ansari Protein-DNA interaction dynamics
  • Transfected the STAT5 cDNA plasmid into acute myeloid leukemia cells.

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93 DNA Jobs

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10. Advisor
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high Demand
Here's how Advisor is used in PHD Researcher jobs:
  • Managed several projects in a cross-functional team through strategic and project planning which identified product benchmarks and provided recommendation to advisors.
  • Designed, assembled, and optimized wet-lab configuration for advisor.
  • Conduct lab, growth chamber and field trials, working with farm advisors, growers, and industry.
  • Delivered periodic presentation of results and works in progress to advisor and coworkers.
  • Meet weekly with Research Advisor to discuss findings and plan for future experiments.
  • Collected and organized data for my advisor to analyze for the research.
  • Presented results of research to advisor's research group.
  • Research Advisor: Prof. Alexis T. Bell.
  • Research Advisor: Prof. John A. Rogers SELECTED HONORS AND AWARDS
  • Research advisor: Dr. Michael P. McGuire Development of a cloud-based tornado system for meteorologists exploring tornado events.
  • Construct and conduct research of choice with advisor Support quantitative work with data set.
  • Research Advisor: Prof. Marco A. Ciufolini.
  • Designed research methods and collected data Performed comprehensive literature review and wrote research publication Presented research to Faculty advisor and colleagues
  • present Research Advisor: Margaret E. Johnson
  • Research Advisor: Professor J. D. Coates) Genomic annotation of novel bacteria associated with a number of projects mentioned below.

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46 Advisor Jobs

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11. Postdoctoral
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high Demand
Here's how Postdoctoral is used in PHD Researcher jobs:
  • Collaborated with other postdoctoral researchers and graduate students, ensuring timely project completion, resulting in publication in Molecular Cell.
  • Collaborated closely with graduate students, postdoctoral associates, and faculty.
  • Associated Postdoctoral Researcher at the Enzyme Technology Laboratory MIT Chemistry Department.
  • Funded by American Cancer Society Postdoctoral Fellowship.
  • Employed as a Postdoctoral Researcher to write a competitive grant application, while developing novel crustacean aging protocols.
  • Conducted postdoctoral level research with the guidance of Dr. James C Lee.
  • Conducted Postdoctoral Research in the Expression of Human Anti- Bacterial Agents.
  • Venture Business Laboratory May 2003 - March 2005 Postdoctoral Researcher.
  • Received an Outstanding Postdoctoral Research Award in September 2014.
  • Hired as postdoctoral researcher to direct research efforts on lanthanide solubility properties in highly alkaline solutions.
  • Position Postdoctoral Researcher, Molecular Therapeutics for Cancer Ireland Supervisor Dr. Robert O'Connor and Prof. John Crown
  • Functioned as postdoctoral researcher involved in aptamer selection using SELEX.
  • Institute of Technology, Pasadena, CA Received an Outstanding Postdoctoral Research Award in September 2014.
  • Awarded the GLENN / AFAR Postdoctoral Fellowship for Translational Research on Aging (2014).
  • March 2017 to present Postdoctoral researcher, Radiation Oncology
  • Awarded a postdoctoral fellowship from the National Multiple Sclerosis Society Researched myelination using unique experimental techniques
  • Award: 2015 Koshland Prize for Outstanding Postdoctoral Fellows - -Instructor: Introduction to Statistical Inference and Learning
  • Position: Postdoctoral Researcher Responsibilities: To conduct studies on the "Engel's law and food-poverty profile in Nigeria".

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2,626 Postdoctoral Jobs

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12. PHD
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high Demand
Here's how PHD is used in PHD Researcher jobs:
  • Project design, management and supervision of PhD student diagnostic development work at UC Irvine and the University of Arizona.
  • Mentored prospective and incoming, accepted, McNair scholars on research design and steps in embarking on a PhD trajectory.
  • Supervised two PhD students and managed an R&D project which led to 3 peer-reviewed articles.
  • Supervised one PhD student, wrote 4 peer-reviewed articles and presented results at world-standing conferences.
  • Started PhD at University of Surrey between 2004 and 2006 and completed at Jacobs University Bremen
  • Managed and prioritized multiple projects as a PhD candidate at a Research I University.
  • Pursued a PhD in Civil and Environmental Engineering at Carnegie Mellon University.
  • Helped supervise several masters & PhD students & trained visitors on several occasions
  • Supervised 10 PhD and master degree students to complete their projects.
  • Mentored and directed the research of a PhD physics student.
  • Supervised and trained undergraduate students and PhD candidates.
  • Supervised PhD and MS students in experimental techniques.
  • Mentor PhD students on their research projects.
  • Trained two PhD students (three months each).
  • Trained one PhD student (three months).
  • Full time researcher with PhD program.
  • Mentor: Baev A, Academician, Professor, MD, PhD.
  • Mentored by: Michael P. Shiaris, PhD.
  • March 2015-October 2015 PhD Research Assistant.Diabetic Cardiomyopathy.Gene Delivery into the Heart Cells.
  • Designed and conducted PhD research project investigating selective autophagic peroxisome degradation in S. cerevisiae and methylotrophic yeast Pichia pastoris.

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696 PHD Jobs

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13. Scientific Journals
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high Demand
Here's how Scientific Journals is used in PHD Researcher jobs:
  • Performed individual research projects and compiled research materials for publication in scientific journals.
  • Prepared publications in scientific journals and presentations at local and international meetings.
  • Publish results in peer-reviewed scientific journals.
  • Authored content for highly-regarded scientific journals.
  • Prepared publications in scientific journals and presentations at local and international meetings in Japan, China, Austria and The Netherlands.
  • Published research results in four papers in peer-reviewed scientific journals and presented at three scientific conferences and numerous seminars.
  • Performed peer reviews of articles submitted for publication in scientific journals.
  • Published research results in leading scientific journals.
  • Led a multi-cultural team to publish cutting-edge results in scientific journals.

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9 Scientific Journals Jobs

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14. Python
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high Demand
Here's how Python is used in PHD Researcher jobs:
  • Employed Python numerical simulations to assist protocol development.
  • Analyzed and visualized numerical results with HDF5 scientific data format using visualization tool - VisIt, and Python for post-processing.
  • Implemented software package (Perl, C, & Python) for measuring supernova brightness in LCOGT imaging data.
  • Used statistics in python to determine that 40% of neurons are active when mice eat.
  • Developed web interface to supernova data based on MySQL database tables and a Python CGI.
  • Write control software (Python) and firmware for complex physical systems.
  • Created a software applications for OCR in Python.
  • Developed prediction models in R and python.
  • Experience: C++/C, R, MATLAB, Python & PostgreSQL.
  • Used R, C++, Python
  • Analyzed data using Python and Mathematica.
  • Measured the rate of evolution in bacterial proteins from DNA sequence data using BioPython and maximum likelihood clustering (phylogenetics).
  • Head of batch processing; created and used python scripts to analyze 1PB of data and simulation using 2000 CPUs.
  • Key participant in the generation of Python based tools useful for the study of surfaces and surface based chemistries.
  • Coded in Python with the need to adhere to best practices as laid out by the lead developers.
  • Honed self-learning and research skills by completing MOOCs on public policy and Python programming.
  • Coded in Python and Matlab.
  • Developed new workflow and analysis tools using python to yield both regression diagnostics and visualizations of solutions.
  • Perform data analytics (R and Python) on the data collected from wireless body sensors attached to the patient.
  • Integrated and preprocessed all phonon data with Python.

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113 Python Jobs

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15. R
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average Demand
Here's how R is used in PHD Researcher jobs:
  • Conducted postdoctoral research to identify proteins involved in nematode sex determination.
  • Awarded a fellowship by the French Government through the Chateaubriand Postdoctoral Fellowship Program to conduct research at a French university.
  • Analyzed large scale of spectra data and achieved an efficient classification of highly complex data matrix.
  • Developed nickel plating into high aspect ratio (200) porous silicon.
  • Worked on NSFC project of Moving Compensation in Content-based Video Coding.
  • Screened the positive Stat5 expression cells.
  • Developed an algorithm that gives a good approximate solution to the ill-posed inverse problem of conductivity parameter estimation.
  • Use of pesticide water quality methodology calculate and report aquatic exposure criteria for pyrethroid insecticides.
  • Worked on project of 3D Reconstruction and Virtual Visualization from un-Calibrated Image Sequence
  • Fabricated porous silicon by anodization.
  • Developed and led project to create a new method to monitor and measure protein post-translational modifications in single cancer cells.
  • Analyzed data sets from spectrometers such as UV-vis, stopped-flow apparatus, to study reaction kinetics and mechanism.
  • Subject of Research: A Spectral Theory of Rotating Turbulence, Supervisor: Prof. Peter A Davidson.
  • Structure and function study of Cytochrome (CYT) P450 2B4 and its mutant F429H
  • Developed the qPCR and Northern Blotting to measure the STAT5 gene expression level.
  • Developed the stably transfected cell lines.
  • Identified mannitol in urine and developed a new method of quantitative measurement of urinary mannitol using MS.
  • Achieved TiO2 with reduced bandgap and enhanced visible photoresponse.
  • Researched signal processing and estimation theory with Dr. Patrick Flandrin of Le Centre National de la Recherche Scientifique.
  • Structure and function study of tRNA-dependent amidotransferase(AdT) from Aquifex aeolicus

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16. Rt-Pcr
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average Demand
Here's how Rt-Pcr is used in PHD Researcher jobs:
  • Validated antibody recognition and stage-specific protein expression using RT-PCR and Western blotting.
  • Induce differentiation in neural stem cells and investigate zinc homeostasis during differentiation by FACS and RT-PCR.
  • Employed quantitative RT-PCR to test expression of putative targets of a known splicing regulator.
  • Carried out some lab experiments, such as Elisa, RT-PCR and western blot
  • Performed RT-PCR and q-PCR for expression studies.
  • Demonstrated expertise in westernblot, RT-PCR, and molecular biology.
  • Analyzed gene transcription using rt-PCR of P. aeruginosa strains.
  • Quantified retroelement expression during nuclear reprogramming by qRT-PCR on RNA.

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17. NMR
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average Demand
Here's how NMR is used in PHD Researcher jobs:
  • Determined the structure of the heme and Ca2+ containing active site using 1H NMR (NOESY).
  • Performed 11B NMR to study the boron-poly(vinyl alcohol) gel complex at different pH.
  • Validated the chemical structures and purity of compounds with HPLC, GC-MS, NMR and TLC.
  • Elucidated the mechanism of action of RNA binding drugs by NMR spectroscopy and molecular dynamics.
  • Developed 2D protein NMR method for investigating heme binding and catalysis by HO-2.
  • Worked on development of method for enzyme reaction monitoring using real time NMR.
  • RAFT and ATRP polymerization and characterization: NMR and GPC (SEC)
  • Used spectroscopic techniques (NMR, UV-Visible, Fluorescence, etc.)
  • Performed structural determination by 1D- NMR and multidimensional NMR techniques.
  • Model results were in excellent agreement with NMR results.
  • Calculated C H and N H bond lengths using dipolar-recoupled NMR spectroscopy in crystalline compounds for determining hydrogen bond properties.
  • Created an analytical method to predict protein structure with limited nuclear magnetic resonance (NMR) data.
  • Conducted purification techniques using GC, NMR, MS, and chromatography
  • Employed Overhauser dynamic nuclear polarization enhanced NMR to characterize hydration dynamics at the membrane interface as a function of oligomerization.
  • Reviewed and analyzed NMR spectral properties of bacteriochlorin and related macrocycles.
  • Conceived and created additional means to assess mitochondrial zinc-dependent physiology and MS/NMR based structural studies of a small molecule zinc ligand.
  • Utilized NMR, UPLC, Parr reactors, plugged flow reactors, batch reactors, Schlenck line, and UV-vis spectroscopy.
  • Explored impacts of Histidine on PS stabilities and mechanisms with 13C-Histdine assisted LC-MS and NMR.
  • Analyzed products and monitored reactions using NMR, chiral HPLC, chiral GC, GC-MS, LC-MS and IR.
  • Operated and maintained analytical instruments such as NMR, Circular Dichroism Spectrometer, Fluorescence Spectrometer, and UV-vis spectrophotometer.

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20 NMR Jobs

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18. Hplc
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average Demand
Here's how Hplc is used in PHD Researcher jobs:
  • Operated and performed troubleshooting of HPLC system with UV detection, UV spectroscopy, particulate sizing/counting system, and centrifuge.
  • Operated and maintained LC-MS, GC-MS, HPLC instruments.
  • Mass spectrometer and HPLC troubleshooting and maintenance.
  • Analyzed and characterized encapsulated therapeutics via HPLC, UV-vis.
  • Maintain and troubleshoot 2 HPLC and 2 mass spectrometers (triple quadrupole and Q-ToF).
  • Developed an HPLC and LC/MS assay for measuring sobetirome concentration in biological matrices.
  • Maintain the HPLC instrument and ensure safe handling of hazardous and radiological material.
  • Analyzed biofuel production through small-scale fermentation, HPLC, and GC analysis.
  • Investigated and studied separation of beef phospholipids by HPLC.
  • Developed assays for determination of enantiomeric purity of organic molecules and analyze them using SFC orHPLC.
  • Synthesized, purified (chromatography, centrifugation, filtration, HPLC, and fractional precipitation) and isolated new transition-metal complexes.
  • Developed HPLC methods for purification and analysis of dG-AAF(AF) oligonucleotides.
  • Maintained and trained four Agilent HPLC systems and a Waters uPLC-MS system.
  • Conducted bioassay and HPLC analysis on termiticides extractions from soils samples.
  • Developed high pressure liquid chromatography methodology (HPLC) to investigate in vitro physicochemical profiles and ADME properties of anticancer agents.
  • Based on HPLC analysis of ORCAs overexpressing lines, we were able to enhance certain TIAs significantly.
  • Highlighted in Global Medical Discovery, Aug. 2014) HPLC/MS for structure elucidation and peptide separation.

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3 Hplc Jobs

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19. SEM
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average Demand
Here's how SEM is used in PHD Researcher jobs:
  • Collaborated in writing numerous peer-reviewed scientific publications, drafted numerous technical reports, and presented at international conferences and seminars.
  • Derived in the grand canonical ensemble, DMD combines long-range elastic effects and short- range atomic interactions simultaneously with gradient thermodynamics.
  • Designed and led a seminar teaching common grammar/writing mistakes in science writing for the postdoctoral community.
  • Implemented constant potential ensemble in a popular MD software (LAMMPS).
  • Presented results of research at a seminar for HHMI summer fellows.
  • Oversee $10,000+ transactions for equipment assembly and production.
  • Used a semi-automated approach, pairing machine learning with parallelized human computation on tailored interfaces.
  • Investigate solutions for integrating semantic geospatial data into a service-oriented species- modeling infrastructure.
  • Designed and studied molecular assembles for photoelectrochemical water splitting.
  • Characterized materials surfaces and corrosion rates using electrochemical techniques (e.g., EIS, EN, DC polarization) and SEM-EDX.
  • Invited as a speaker in a seminar about Legionella monitoring in a drinking in ZIWR, Israel.
  • Use SEM and AFM to investigate the graphene-enhanced concrete and recycled concrete.
  • Developed constant potential ensemble under 3D Ewald sum with slab correction.
  • Developed surface analysis using XPS, SEM, and synchrotron-based techniques.
  • Pulsed and CW THz Quantum Dot semiconductor sources and applications
  • Applied semiconductor physics to ferroelectric-semiconductor heterostructure for detailed analysis
  • Discovered and functionally characterized a novel yeast mitochondrial respiratory chain assembly factor with disease ramifications in the human homolog.
  • Participated in postdoctoral seminars, and IMA special theme-year and "hot topics" symposia.
  • Use of bioinformatics tools and programs such as NCBI BLAST, Ensembl, BioEdit, and Geneious 9.0.
  • Studied porphyrin self-assembled photochemical functional nanostructures and CO2 electrochemical reduction using such nanostructures with cyclic voltammetry.

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14 SEM Jobs

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20. C++
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Here's how C++ is used in PHD Researcher jobs:
  • Invented a portable wireless network environment simulator in C++ to quickly explore and evaluate alternative machine-learning approaches to autonomic route management.
  • Developed a C++ mixture-modeling program to classify transcription factor target genes using the expectation-maximization algorithm.
  • Completed software development of Cardiovascular Geometry Reconstruction in Windows 7 with C/C++.
  • Simulated irradiation effects in silicone in ATLAS pixel detector with SLAC, deployed in C++ event reconstruction software packages.
  • Programmed in several languages, most often C or C++; interfaced with several terabyte scale Agency proprietary databases.
  • Developed a C++ Boolean network program to predict the outcome of gene perturbation on curated gene interaction networks.
  • Developed a C++ Bayesian network program to infer DNA sequence rules that predict gene expression.
  • Developed C++ and MATLAB code for verifying correctness of MCMC output using statistical tests.
  • Implemented in NS2 (C++).
  • Model building and numerical simulation using C++ and Mathematica.
  • Conducted instrument interfacing programming with Borland C++.
  • Solved series of time-dependent non-linear PDEs by using parallel programming based on OpenMP and C/C++.
  • Modernized the MPQC C++ code base by using Boost and Eigen linear algebra library.
  • Developed reel-to-reel controllers for LTO magnetic tape drives in Matlab and C/C++.
  • Performed extensive accuracy analyses using c++ and VHDL testbeds.
  • Developed software based on neural networks (Random Forest C/C++) for statistical classification of gamma-like and hadron-like air showers.
  • Developed Castview design visualization software using C, C++, OpengGL, and MFC on Windows platform.
  • Developed a realistic analysis of the polarization of top quarks at the Large Hadron Collider leveraging the ROOT C++ analytical framework.

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21. Experimental Data
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Here's how Experimental Data is used in PHD Researcher jobs:
  • Collaborated closely with experimental physicists to analyze experimental data and model it using appropriate theoretical concepts.
  • Formulated, designed, developed, conducted experiments; analyzed, and interpreted experimental data.
  • Spearhead the acquisition, organization, and dissemination of experimental data.
  • Worked extensively with experimental data and nonlinear optimization.
  • Developed computer programs for simulating experimental data.
  • Collected and analyzed animal experimental data to test the safety and efficacy of the drug.
  • Validate the model by comparing the numerical results with experimental data.
  • Used MATLAB to conduct RCWA analysis for interfacial optical phenomena via energy balance to validate experimental data.
  • Created a new method to identify multi processes in SOFC and improved understanding of experimental data.

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4 Experimental Data Jobs

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22. XRD
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Here's how XRD is used in PHD Researcher jobs:
  • Determined the spatial arrangement and distribution of molecules in the acid sites using PXRD and Spartan molecular modeling.
  • Demonstrated the material structure by conducting various structural characterizations (XRD, SEM, EDS, TEM, Ramen).
  • Characterized samples using NMR, UV-Vis, CV, ESI-MS, EA, and XRD.
  • Experienced in time-resolved photoluminescence (TRPL), polarized photoluminescence (PDPL), X-ray diffraction (XRD).

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8 XRD Jobs

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23. TEM
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Here's how TEM is used in PHD Researcher jobs:
  • Project: Campus-wide Sustainability Assessment and Planning and Sustainability Performance Management Systems Focusing on Coral Reef Protection by the Tourism Industry.
  • Developed software package in Python for rigorous analysis of entropy of dynamical systems at various resolutions.
  • Research and development of advanced semiconductor radiation detectors and energy harvesting systems.
  • Studied the hetero-interfaces by high-resolution TEM imaging.
  • Performed efficient retrieval and systematic storage of relevant patient treatment history served as JSON and stored in MongoDB.
  • Lectured to 150 students in Computer Systems Design I & II, VHDL Hardware Description Language.
  • Project: Study of the Northern Alaskan Coastal System (SNACS).
  • Used culture as a model immune system
  • Used AFM, SEM and TEM to study InGaN films grown by MOCVD and MBE.
  • Developed topological persistence techniques for quantification of spatio-temporal structure in noisy images.
  • Operated laser systems including picosecond transient fluorescence and nanosecond transient absorption.
  • Analyzed gene sequences systematically and predicted transcriptional factor binding sites.
  • Developed and characterized a long-term culture system for human B lymphopoiesis by culturing human bone marrow 2.
  • Used TEM to study the defects in the multi-layer samples.
  • Analyzed the compositional distribution by STEM-EELS and STEM-EDS.
  • Constructed lentiviral vectors for expression of apoptosis related genes in human embryonic stem cells.
  • Programmed a data mining and filtering system using C# and .Net to allocate highway cost responsibility.
  • Investigated the mechenosensory modulation and intercircuitry regulation of rhythmic motor circuits in the stomatogastric nervous system of the crab.
  • Developed expertise in liposome behavior and preparation, including highly complex liposomal systems containing FoF1-ATP synthase and organic molecules.
  • Developed temperature-triggered drug release from multilayers of block copolymer micelles (BCM) for cancer treatment.

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30 TEM Jobs

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24. Elisa
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Here's how Elisa is used in PHD Researcher jobs:
  • Developed a novel cell-based ELISA assay to detect endogenous HPH enzymatic activity.
  • Administered protein qualification and quantification using ELISA and Western Blot techniques.
  • Trained scientists and students on tissue culture and other molecular biology techniques such as ELISA and PCR.
  • Tested the antibody response in the infected mice serum and BALF by ELISA and micro-neutralization assay.
  • Measured mouse plasma insulin using an ELISA kit.
  • Identified that IGF-1 and sCLU are expressed differently in young and senescent cells using methods like ELISA and western blot.
  • Developed a custom ELISA using sonicate from the organism and used this to test sera from vaccinated and infected swine.
  • Examined the cytokine production in BALF of infected mice by ELISA and luminax analysis.
  • Compared the binding affinities of the peptides and relevant integrin antibodies using ELISA.
  • Developed species-specific ELISAs for the detection of antibodies against Chlamydia spp.
  • Identified bacterial antigens using ELISA, westernblot and proteome microarray analysis.

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15 Elisa Jobs

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25. Solar Cells
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Here's how Solar Cells is used in PHD Researcher jobs:
  • Designed high-efficient micro lens by bio-inspiration for solar cells.
  • Work with internal and external technical and management teams to start the project of flexible substrate CdTe thin film solar cells.
  • Used the solar cell capacitance simulator software (SCAPS) to model fundamental device physics of CdTe solar cells.
  • Initiated first bend testing of flexible CdTe solar cells and confirmed efficiency was unchanged for larger bending radii.
  • Conducted advanced research of high efficiency III-V based solar cells for DARPA Very High Efficiency Solar Cell program.
  • Evaluated the effects of the defects on the performance of the solar cells based on the InGaN films.
  • Studied solar cells as a renewable energy source for a sustainable future for humanity.
  • Optimized efficiency of existing 2 terminal tandem solar cells.
  • Designed and fabricated solution based CuInGaSe2 heterojunction solar cells.
  • Characterized the efficiency of bio-hybrid antenna complexes in fluorescence energy transfer (FRET) for solarlight-harvesting applications such as solar cells.
  • Worked on high efficiency OSCs, particularly in improving the power conversion efficiency (PCE) of single-junction solar cells.
  • Air stable, highly efficient inverted type all organic solar cells using zinc oxide nanoparticles as a buffer layer.
  • Designed an in-house anti-reflection coating for CdTe solar cells using the optical thin film software TFCalc.
  • Designed and fabricated 3-D nanoparticle TiO2 with quantum dots PbS thin film solar cells.
  • Conduct research on nanomaterials for solar cells and lithium ion batteries.
  • Improved efficiencies of non-lattice matched III-V solar cells through MOCVD.
  • Fabricated and characterized the metrology of CdTe thin film solar cells from nanoparticle solution.

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26. Data Collection
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Here's how Data Collection is used in PHD Researcher jobs:
  • Performed data collection and analyzed results to collaborate with team members for varied solutions.
  • Participated in several oceanographic cruises in support of data collection and analysis.
  • Trained assistants on recruitment, data collection, and data compilation/analysis.
  • Redesigned existing spectrometer to decrease uncertainty in data collection.
  • Facilitate supervision and training of Lab Technicians on methods of preparation, manipulation, experiments, and data collection.
  • Research data collection, organization, analysis and presentation (both written and oral).
  • Developed software for data collection and analysis in the brain scanner.
  • Managed multi-site data collection and analysis.
  • Self-designed study in which data collection was performed through chart abstraction and analysis completed using Epi Info.
  • Developed and administrated lab wiki entries on eye-tracking, EEG/ERP, and fMRI data collection and analysis.
  • X-ray data collection in cryo conditions and in room temperature.

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109 Data Collection Jobs

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27. AFM
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Here's how AFM is used in PHD Researcher jobs:
  • Characterized fine particle magnetic thin films using Atomic Force Microscope (AFM) and Transmission Electron Microscope (TEM).
  • Perform surface and defect characterization using AFM, SEM, c-PL, and XRD techniques for solar cell applications.
  • Used atomic force microscope (AFM) to obtain adhesion force measurements and analyzed oxidized samples' surface roughness.
  • Synthesized an approach to data acquisition on adhesion force measurements using AFM for students with limited experience.
  • Monitor and test by electronic microscopes (SEM, TEM and AFM).
  • Developed and taught an AFM course for the Physical Chemistry laboratory.
  • Used AFM to image viruses in their natural environments.
  • Worked extensively with TEM, ADT, XRD, SEM/FIB, AFM, and DLS.
  • Used AFM, SEM, and ellipsometry to characterize deposited films and correlate the surface morphology to the QCM nucleation behavior.
  • Functionalized AFM cantilevers with biological molecules using silanization, metal deposition and self-assembled monolayers.

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7 AFM Jobs

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28. Mass Spectrometry
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Here's how Mass Spectrometry is used in PHD Researcher jobs:
  • Contributed to the development of new methods to identify new and known metabolites using tandem mass spectrometry and molecular networking.
  • Implemented dynamic programming algorithms to align mass spectrometry spectra.
  • Investigated the tertiary structure of proteins using H/D exchange and mass spectrometry.
  • Performed MALDI Imaging Mass Spectrometry of plant tissues for metabolite localization.
  • Conducted large scale proteomic analyses using quantitative mass spectrometry.
  • Study of kinetic folding of Ribonuclease H by spectrophotometry and hydrogen deuterium exchange mass spectrometry.
  • Operated with high temperature furnaces, mass spectrometry, thermogravimetric analysis, and Raman spectroscopy.
  • Lead and developed Computational Systems Biology approach to analyze large proteomics datasets generated by mass spectrometry
  • Used Mass Spectrometry tools to design and perform preclinical pharmacokinetics studies in small animals
  • Prepared samples for mass spectrometry and analysis of mass spectrometry results by Proteome Discover (version 1.4).
  • Characterized the structure of a novel heparan sulfate-derived saccharide found in Mucopolysaccharidosis type I disease using tandem mass spectrometry.
  • Developed effective analytical strategies, with specialization in chromatography and mass spectrometry methods (e.g.

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127 Mass Spectrometry Jobs

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29. International Conferences
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Here's how International Conferences is used in PHD Researcher jobs:
  • Prepared and published scientific manuscripts in peer-reviewed journals and presented research findings at various national and international conferences.
  • Published 10 peer-reviewed papers, and presented international conferences to communicate and shear findings with fellow researchers.
  • Published peer reviewed manuscripts, prepared and presented seminars and posters at national and international conferences.
  • Published five papers in peer-reviewed journals and presented seven communications in international conferences
  • Invited conference speaker; presented work at international conferences.
  • Organized and chaired panels at 5 different international conferences.
  • Published manuscripts and presented results at international conferences.
  • Contributed to four publications and attended 20+ international conferences
  • Presented research work in international conferences.
  • Presented research at 6 international conferences.
  • Managed three projects simultaneously, prepared complex data findings, and presented results at lab meetings, national and international conferences.
  • Presented at local and international conferences to both large (>300) and small (<10) audiences.
  • Presented research results, as posters and as oral presentations, at multiple international conferences.
  • Presented research work in eight international conferences with research papers, oral and poster presentations.
  • Presented work in lab meetings, national, and international conferences.

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94 International Conferences Jobs

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30. Scholar
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low Demand
Here's how Scholar is used in PHD Researcher jobs:
  • Recruited, supervised and guided graduate students and visiting scholars in experimental design, laboratory analysis and presentation of results.
  • Presented research findings to select professors and professionals at scholar conferences.
  • Published results through scholarly articles and national conference presentations.
  • Selected from >1,000 applicants to receive one of 8 Stokes Scholarships: full undergraduate tuition and stipend.
  • Published report in non-peer reviewed McNairs Scholars Journal Volumes 2 & 3 by the SIUC McNair Scholars Program
  • Presented research at conferences such as Ronald E. McNair Scholar National Conference in Niagara Falls, NY
  • Achieved Visiting Scholar status at the United States Department of Agriculture's Economic Research Service.
  • Presented poster at the University of Delaware Summer Scholars Symposium in August 2014
  • Master Research Scholar, Energy Research and Technology Center (CRTEN),
  • Funded by Fulbright Scholar Program:.
  • Research Scholar for CASMI,a partnership between University of Oxford and UCL to develop new models of medical innovation.
  • Presented at the 2007 Undergraduate Scholar's Conference and the Spring Seminar Series at Montana State University (Bozeman).
  • Joint supervision Ph.D. scholarship, awarded by Missions Sector, Ministry of Higher Education, Egypt.
  • Post Doctoral Research Scholar Design and develop a building energy management system (BEMS).
  • Post Doctoral Research Scholar Designed and developed a remote hearing test system.
  • Awarded for 2 scholarships for outstanding Ph.D. candidates in Bar Ilan University, based on academic excellence.
  • Summer 2014Judicial Review Board, Member Summer 2014National Society of Collegiate Scholars, Member January 2013

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218 Scholar Jobs

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31. Monte Carlo
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Here's how Monte Carlo is used in PHD Researcher jobs:
  • Developed kinetic Monte Carlo simulation code to study both semiconductor and metal growth, etching and annealing characteristics of materials.
  • Developed software using Monte Carlo algorithms to explain physiological properties of protein ion channels using high-performance parallel computing systems.
  • Research in on-lattice Kinetic Monte Carlo simulations of point defect aggregation.
  • Evaluated Monte Carlo modeling with comparison to direct QCD radiation measurement.
  • Integrated copulas within Monte Carlo simulation for survival risk assessment.
  • Implemented and improved numerous machine learning (Hidden Markov Models, Monte Carlo, NLP) & other statistical models.
  • Designed websites to host libraries and to run Monte Carlo simulations through the Internet via a PBS queue system.
  • Created Kinetic Monte Carlo simulations of free and limited particle diffusion.
  • Designed Monte Carlo particle simulations (C++).
  • Simulated this diffusion with Kinetic Monte Carlo.
  • Developed a dynamic model for clinic-used Gd(III)-NMR Contrast, Ising model and Monte Carlo simulations are employed.
  • Studied electronic and magnetic properties of correlated materials for magnetic storage devices using DFT and Monte Carlo methods.
  • Applied Monte Carlo simulations in MATLAB and the Ising model for magnets was utilized.
  • Conducted Monte Carlo simulations in a 3D geometrical model of the lung acinus.
  • Develop Monte Carlo code to simulate these systems.
  • Simulated stochastic dynamics of complex systems including nanoscale biomaterials and inorganic nanoparticle self-assembly using Monte Carlo and molecular dynamics.

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32. PI
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Here's how PI is used in PHD Researcher jobs:
  • Be responsible for designing animal experimental, developing assay methods, collecting and analyzing data, interpreting and reporting results
  • Analyzed pitch variation in speech samples using acoustic analysis software programs and assisted mentor with statistical analysis.
  • Investigated effect of calcining atmosphere on carbon doping.
  • Designed pilot studies and supervised university students.
  • Interpreted findings, formulated conclusions, and wrote final epidemiological research report for the purpose of intervening in a disease process.
  • Developed a data processing pipeline which reduced errors in by >10% and improved turnaround time by 50x.
  • Studied p-type/n-type doped Si NC doping efficiency and mechanism.
  • Compiled, analyzed, and published study findings.
  • Sponsored leading research on diverse topics.
  • Developed digital image processing algorithm for particle tracking with sub-pixel resolution in Matlab.
  • Provided epidemiologic consultation through publication of data and results.
  • Designed and fabricated anisotropic micro-particles using projection lithography.
  • Conducted long-term epidemiologic HIV/AIDS research study.
  • Project leader for developing technique to rapidly deliver spatial gradients of growth factors to biomaterial and tissue surfaces using precision airbrushing.
  • Studied the multiple and functional roles of PINK1 in the relationship between Parkinson's disease and neuroinflammation
  • Investigated the role of opioid receptors in chronic pain and analgesia.
  • Conducted a pilot study to examine the psychosocial consequences of cyberbullying on an adolescent population
  • Investigated the binding partners of Them1 by immunoprecipitation and proteomics approaches.
  • Collaborated with Dr. Jonathan Selinger (Kent State) group for theoretical modeling of anisotropic particle diffusion.
  • Developed and mechanism study of small transmembrane apatamers induced inhibition of CCR5 expression and R5-tropic HIV infection.

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191 PI Jobs

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33. Thin Films
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Here's how Thin Films is used in PHD Researcher jobs:
  • Characterized the properties of thin films.
  • Fabricated metal phthalocyanine/polymer thin films on different substrates as bio-active surface for disinfection purpose.
  • Studied the dynamics of capillary waves in multilayer polymer thin films.
  • Characterized structure of magnetic thin films with TEM for Seagate Technology
  • Cobalt-doped ZnO thin films) generated from high-throughput combinatorial experimentation.
  • Achieved epitaxial growth of ceramic thin films by off-axis magnetron sputtering.
  • Developed novel multiferroic materials based on bismuth based perovskite-structured oxide thin films and multilayers for a future device application.
  • Analyzed the photophysics of lead halide perovskite thin films using photoluminescence and transient absorption spectroscopy.

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16 Thin Films Jobs

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34. Ftir
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low Demand
Here's how Ftir is used in PHD Researcher jobs:
  • Developed surface science techniques, such as FTIR, MS, and EELS housed in UHV.
  • Performed first-version device characterization using FTIR with electrical tuning Flexible dynamic tunable absorption modulator based on transferred GaAs thin film.
  • Performed experiments with FTIR instruments in the LWIR and THz regions.
  • Characterized the reactionproducts by solution 11B NMR and FTIR.

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5 Ftir Jobs

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35. Drug Delivery
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low Demand
Here's how Drug Delivery is used in PHD Researcher jobs:
  • Developed methods of gene delivery mediated by AAV and drug delivery via Osmotic pump in animals.
  • Design and fabrication of electromagnetic nanoparticles actuation system for drug delivery systems.
  • Developed/tested cancer therapies for treatment of drug-resistant leukemia by utilizing nanodiamonds as a drug delivery vehicle.
  • Developed a multi-step synthetic route for a targeted drug delivery systems based on icosahedral boron clusters.
  • Worked on smart drug delivery methods for cancer treatment 1 6600 Alpha Drive, Apartment No 346, Kent, Ohio.
  • Developed and characterized biodegradable polyisobutylene-based polydisulfide for targeted drug deliveryapplications.
  • Developed a miniaturized electrochemical CNTs-based biosensor using ultrasound module for detection of biomarkers and controllable drug delivery4.
  • Controlled drug delivery, photodynamic therapy and functionalized Ni nanowires for cell separation.

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36. Cancer Patients
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Here's how Cancer Patients is used in PHD Researcher jobs:
  • Transcribed and coded interviews for Dr. Kristen Rosen's study based on Breast Cancer patients achieving mindfulness.
  • Analyzed serum cytokines and peripheral blood mononuclear cell composition from human cancer patients.

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6 Cancer Patients Jobs

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37. NIH
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low Demand
Here's how NIH is used in PHD Researcher jobs:
  • Facilitated NIH-funded research program on temperament and behavior management with parents, teachers, and children, reaching approximately 700 participants.
  • Presented data in both poster and oral formats at multiple conferences, as well as gave several talks at the NIH.
  • Key contributor in several research programs, including those funded by the National Institute of Health (NIH).
  • Reviewed and curated 2 grant applications (NIH-R01) for Assistant Professor that were successfully awarded.
  • Generated most of the preliminary data for two NIH R01 grant applications.
  • Awarded $152,847 on first submission of NIH grant application.
  • Support for projects with XRF technology funded by NIH, NSF, and EPA.
  • Assist with implementation of large multi-site NIH grant focused on improving earlydevelopmental screening processes and detection of developmental delays.
  • Supported by NIH Grants) 2) Multivariate correlation evaluation with applications on analyzing TCGA data.
  • Supported by NIH with collaboration with SAGE-bionetworks)
  • Deciphered Spry and eNOS uncoupling Accomplished NIH-funded project Caveolae/caveolin-1 and placental angiogenesis

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77 NIH Jobs

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38. CO2
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Here's how CO2 is used in PHD Researcher jobs:
  • Studied the effect of polymer structure (molecular weight, backbone, branching, end groups) on solubility in SCCO2.
  • Improved the efficiency of CO2 air conditioners significantly using the designed controllable two-phase ejector (up to 30%).
  • Fabricated and characterized polymer films by a spin coating in SCCO2 using a rotating disk apparatus.
  • Size effect of supported Pt clusters on CO2 adsorption; 4.
  • Constructed QCM apparatus and measured thin polymer film dissolution, adsorption, and desorption in SCCO2.
  • Generated solubility data for fluorinated polymers in supercritical CO2 (SCCO2) used for coating applications.
  • Designed and developed organotin catalysts for valorization of CO2 for carbonation of alcohols to Dialkyl Carbonates.
  • Associated Project: Multiscale non-perturbative, in situ radio-labeled CO2 imaging.
  • Generated VLE data for CO2 + soysolv, and CO2 + soysolv + quaternary ammonium chloride.

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39. Fortran
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low Demand
Here's how Fortran is used in PHD Researcher jobs:
  • Increased calculation speed (by 2-3 times) of cutting-edge quantum chemistry simulations through the development of high-performance algorithms in FORTRAN.
  • Developed software in MATLAB, FORTRAN90 and C++ for large scale (~107 neurons) simulations.
  • Developed FORTRAN and BASH scripts to analyze hundreds of gigabytes of scientific simulation data.
  • Replicated and tested various well-known random number generators in Mathematica and FORTRAN for quality assurance of primary testing algorithm.
  • Improved data acquisition techniques by implementing automatic analyses and graphing with Fortran/C++ codes.
  • Creep and shrinkage analyses of prestressed concrete bridges using ABAQUS and its user subroutine (UMAT) written in FORTRAN.
  • Modeled dust grains with solid and solid with vacuum & Fe-oxide included shapes using Fortran codes.
  • Modeled dust grains and simulated gas atoms impacts using Fortran, MATLAB and C++ codes.
  • Used simulations written in Fortran, OpenMPI, OpenMP, and R.
  • Accomplished high fidelity calculations by generating and analyzing large datasets using Fortran.
  • Implemented high-order time-integrator in single- and multi-steps methods in Fortran 2003 within the new CAE framework, e.g.
  • Conducted inelastic thermal analysis of preloaded steel trusses and frames undergoing the heating and cooling process (Fortran & Abaqus).
  • Modeled Coronal Mass Ejection Launched CMEs with Fortran based code, Space Weather Modeling Framework.

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1 Fortran Jobs

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40. Flow Cytometry
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Here's how Flow Cytometry is used in PHD Researcher jobs:
  • Developed reagents and assays enabling the multiplexed, high-throughput and quantitative analysis of molecular interactions by flow cytometry
  • Developed and executed flow cytometry assays for analyzing cell death.
  • Isolate immune cells from pancreas and studied immune infiltration in pancreas by flow cytometry.
  • Identified novel markers for treatment of osteoporosis using flow cytometry, microarray, RNA-Seq.
  • Examine humoral and cellular immune responses by ELISA, ELISPOT, flow cytometry and ex vivo stimulation studies.
  • Assess the surface marker of immunocytes using flow cytometry and luminex.
  • flow Cytometry, qPCR, cloning, ChIP, proliferation assay, antibody-conjugation, hybridoma project, mononuclear isolation

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252 Flow Cytometry Jobs

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41. Ft-Ir
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Here's how Ft-Ir is used in PHD Researcher jobs:
  • Developed an assay based on FT-IR spectroscopy to solve the problem of dead versus live cells differentiation.

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42. Raman
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Here's how Raman is used in PHD Researcher jobs:
  • Identified a key intermediate in the catalytic cycle of a Ruthenium-based water oxidizing catalyst using Raman spectroscopy.
  • Mentored graduate students on Raman spectroscopy data collection and interpretation.
  • Calibrated and troubleshot FTIR and Raman laboratory instruments.
  • Used Raman Spectroscopy to characterize the iron surface oxides phases and other impurities like carbon.
  • Used nano-antennas as substrates for chemical sensing via Surface Enhanced Raman Spectroscopy.
  • Headed a team through the ideation and risk-assessment stages of the product design process for a novel Raman spectroscopy substrate.
  • Designed electrochemical cells for in situ x-ray and Raman spectroscopy of catalysts.
  • Constructed femtosecond-time resolved stimulated Raman spectroscopy to study excited W Ruchira Silva 2 state charge transfer dynamics in solution phase.

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31 Raman Jobs

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43. NSF
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low Demand
Here's how NSF is used in PHD Researcher jobs:
  • Direct construction of novel transformation vector containing associated genome engineering components needed to generate citrus founder lines.
  • Evaluated the clusters for their catalytic activity in homogeneous phase towards various organic transformations.
  • Transformed lengthy and technically complex thesis into focused articles accessible to a wider public.
  • Collaborated with City of Hope for technology transfer towards a contract manufacturing facility.
  • Developed highly efficient fusion PCR and transformation techniques for filamentous fungi.
  • Design and analysis of high temperature latent thermal storage system with s-CO2 as the heat transfer fluid.
  • Authored two technical papers describing heat-transfer modeling in soils (JGR, 2009a, 2009b).
  • Worked on an NSF funded project to develop novel wearable technology for Hygiene monitoring purposes.
  • Investigated the charge transfer effects at the interfaces of complex metal oxide thin films.
  • Performed building HVAC and energy experiments and technology transfer in emerging HVAC technologies.
  • Transformed indium-flush technique from MBE growth to MOVPE growth.
  • Synthesized and functionalized polymers in solution and on surface using Atom Transfer Radical Polymerization (ATRP) under air-sensitive conditions.
  • Designed and conducted experiments to study solvation dynamics and energy transfer in light harvest systems.
  • Synthesized compounds targeting an RNA methyltransferase involved with antibiotic resistance.
  • Managed internal and external analytical technology transfers.
  • Developed methods to control charge transfer interactions between CNTs and small molecule dopants in solution.
  • Performed research characterizing the functional and oligomerization properties of Betaine-Homocysteine Methyltransferases 1 & 2 in the laboratory of Dr. Timothy Garrow.
  • Research in chirped pulse Fourier transform microwave spectroscopy of astrochemical processes produced from laser photolysis using an optical parametric oscillator.
  • Participated in technology transfer and manufacturing troubleshooting, such as temperature control in bioreactors, antifoam addition, preparative chromatography column.
  • Research topics: - Wireless power transfer (ultrasonic) - 3D microfabricated RF/power inductors

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18 NSF Jobs

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44. GEL Electrophoresis
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Here's how GEL Electrophoresis is used in PHD Researcher jobs:
  • Purified DNA and performed biochemical assays (gel electrophoresis, viscosity, DNA binding)
  • Performed PCR and gel electrophoresis regularly to genotype mouse colonies.
  • Investigated anti-cancer properties of Vitamin D on head and neck cancers utilizing proteomic techniques including isoelectric focusing and two-dimensional gel electrophoresis.
  • Perform cell lysis and extract nucleic acid for analysis using qPCR or PCR and CE/gel electrophoresis.

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18 GEL Electrophoresis Jobs

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45. DOE
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Here's how DOE is used in PHD Researcher jobs:
  • Contributed to biannual reports and presented regular updates to DOE representatives.
  • Implement SPC, DOE and Six Sigma principles to interpret and optimize the processes.
  • Performed DOE to obtain optimal settings at every fabrication step.
  • Drafted proposals which were funded by DOE, NASA and ONR.
  • Perform high accuracy CFD computations for the flow in the heated vane cascade The project is funded by DOE and GE.
  • Key physical mechanism study of nanostructured solar cells (funded by DARPA, DOE).
  • Involved in DOE project "Affordable CO2-selective membranes for post-combustion capture".

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148 DOE Jobs

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46. Confocal Microscopy
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Here's how Confocal Microscopy is used in PHD Researcher jobs:
  • Examined the cellular localization of SARS-CoV nonstructural proteins by confocal microscopy and electronic microscopy.
  • Used confocal microscopy to image biofilm differences and performed fluorescent staining live/dead assays.
  • Investigated the apoptosis events in prostate cancer cells by confocal microscopy using JC-1 dye for drug screening.
  • Monitored the inheritance of epigenetic state across new generation in aneuploid budding yeast cells using live cell imaging on confocal microscopy.
  • Screened novel GEFs that enabled control of the dynamics of cytoskeleton by observing cell migration via confocal microscopy and ImageXpress.

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47. Small Molecules
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low Demand
Here's how Small Molecules is used in PHD Researcher jobs:
  • Designed and carried out synthetic procedures to produce 13C- and 15N-labeled small molecules from inexpensive isotope sources.
  • Characterized small molecules using classical organic chemistry techniques (e.g., solution NMR and mass spectroscopy).
  • Used to screen small molecules.
  • Designed and synthesized amphiphilic small molecules and polymers as antimicrobial therapeutics that are currently being developed by a pharmaceutical company.
  • Designed, synthesized and tested new organometallic catalysts for the activation of inert small molecules, such as N2 and CO2.
  • Designed and implemented ab-initio quantum chemistry simulations to study the interaction of strong ultrafast laser fields with small molecules.

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49 Small Molecules Jobs

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48. Immunology
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low Demand
Here's how Immunology is used in PHD Researcher jobs:
  • Mentored 8 undergraduate research projects in immunology.
  • Collaborated with doctorates in the field of immunology.
  • Studied interactions among neutrophil/PMN, mucosal innate immunology and candida and bacterium co-infection by using mouse and 3-D tissue models.

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452 Immunology Jobs

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49. Labview
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low Demand
Here's how Labview is used in PHD Researcher jobs:
  • Composed LabVIEW codes for single-particle measurements and post-data-processing of fluorescence photons (>1M counts/run) in three-channel TCSPC.
  • Applied scientific programming techniques for customized data acquisition and processing including LabVIEW, MATLAB and others.
  • Composed the data acquisition and temperature PID control program using LabView.
  • Developed LabView code to automate measurements and Matlab code to process data.
  • Modified LabVIEW VIs for troubleshooting multilayer depositions, and developed/wrote deposition operating procedures for other equipment users.
  • Time domain multichannel data acquisition and inline analysis with Labview.

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5 Labview Jobs

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50. MRI
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low Demand
Here's how MRI is used in PHD Researcher jobs:
  • Led the development and clinical implementation of compressed-sensing based four- dimensional spectroscopic imaging pulse sequences on a commercial 3T MRI scanner.
  • Developed optimization algorithm for producing faster and more reliable maps of the human visual cortex using highly powerful MRI scanners.
  • Organized and taught course on Medical Imaging (MRI) at CNIC.
  • Developed software for image data acquisition (MRI sequences).
  • Collaborated with neuroscientists & psychologists to measure brain activity using MRI on a variety of vision and attention-related tasks
  • Developed pipeline for processing diffusion MRI and reconstructing deterministic tractography.
  • Applied network analysis tools to fMRI data, finding that chronic methamphetamine use results in changes in brain functional networks.
  • Developed novel T1rho contrast using ultra short echo time 3D Cones for volumetric MRI with MSK applications.
  • Developed and implemented a new algorithm for motion estimation in brain activation detection studies using fMRI.
  • Planned, executed, and analyzed behavioral and fMRI studies of language processing in human subjects.
  • Researched and developed TaOx memristive switching devices for product placement in rad-hard memory applications and neuromorphic computing systems.
  • Supervised animal surgery and maintained optimal physiological conditions throughout a 9hr in vivo fMRI experiment.
  • Conducted scientific research on the characterization of lung structure and function using MRI of hyperpolarized and fluorinated gases.
  • Carried out in vivo fMRI experiments to measure cerebral blood flow (CBF) in rats.
  • Designed the first experimental method to quantify fMRI signals relationship with deoxyhemoglobin.
  • Project focus: "Lung functional and metabolism studies in vivo using hyperpolarized 13C NMR and MRI"

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29 MRI Jobs

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PHD Researcher Jobs

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20 Most Common Skills For A PHD Researcher

Cell Culture

15.3%

Protein

11.7%

Research Projects

8.3%

Synthesis

8.0%

Biology

7.3%

Chemistry

5.9%

Data Analysis

5.6%

Electron Microscopy

4.9%

DNA

4.7%

Advisor

4.1%

Postdoctoral

2.9%

PHD

2.7%

Scientific Journals

2.7%

Python

2.7%

R

2.6%

Rt-Pcr

2.5%

NMR

2.2%

Hplc

2.1%

SEM

1.9%

C++

1.9%
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Typical Skill-Sets Required For A PHD Researcher

Rank Skill
1 Cell Culture 11.3%
2 Protein 8.6%
3 Research Projects 6.1%
4 Synthesis 5.8%
5 Biology 5.4%
6 Chemistry 4.3%
7 Data Analysis 4.1%
8 Electron Microscopy 3.6%
9 DNA 3.5%
10 Advisor 3.0%
11 Postdoctoral 2.1%
12 PHD 2.0%
13 Scientific Journals 2.0%
14 Python 2.0%
15 R 1.9%
16 Rt-Pcr 1.8%
17 NMR 1.7%
18 Hplc 1.5%
19 SEM 1.4%
20 C++ 1.4%
21 Experimental Data 1.3%
22 XRD 1.2%
23 TEM 1.2%
24 Elisa 1.2%
25 Solar Cells 1.1%
26 Data Collection 1.1%
27 AFM 1.1%
28 Mass Spectrometry 1.1%
29 International Conferences 1.0%
30 Scholar 1.0%
31 Monte Carlo 1.0%
32 PI 1.0%
33 Thin Films 0.8%
34 Ftir 0.8%
35 Drug Delivery 0.8%
36 Cancer Patients 0.8%
37 NIH 0.8%
38 CO2 0.8%
39 Fortran 0.8%
40 Flow Cytometry 0.8%
41 Ft-Ir 0.8%
42 Raman 0.7%
43 NSF 0.7%
44 GEL Electrophoresis 0.7%
45 DOE 0.7%
46 Confocal Microscopy 0.7%
47 Small Molecules 0.6%
48 Immunology 0.6%
49 Labview 0.6%
50 MRI 0.6%
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4,111 PHD Researcher Jobs

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