Bioconductor for RNA-seq Analysis

Pre-workshop survey

In order to understand the impact of this training, we are collecting information about attitudes and skills related to the content before and after the training. Your responses will be recorded anonymously. Your computer's IP address will not be recorded.

You are also not expected to know these skills beforehand. Otherwise, why would you come to this training?!

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* 1. Please enter a unique identifier as follows: Number of siblings (numeric) + First two letters of the city you were born in (lowercase) + First three letters of your current street (lowercase). Example: If I have 0 siblings, was born in Arlington, and live on Creekwater Street, my unique identifier would be 0arcre. This identifier is confidential to you and will help us compare your answers in the post-survey.

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* 2. What is your current status?

Research staff

Support staff (including Technical Support)

Undergraduate

Predoc

Postdoc

Faculty

Other (please specify)

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* 3. How would you describe your ability to do these tasks?

	Not at all able	Slightly able	Neutral	Moderately able	Extremely able
Install specific Bioconductor packages	Install specific Bioconductor packages Not at all able	Install specific Bioconductor packages Slightly able	Install specific Bioconductor packages Neutral	Install specific Bioconductor packages Moderately able	Install specific Bioconductor packages Extremely able
Import genomic files or Bioconductor data objects	Import genomic files or Bioconductor data objects Not at all able	Import genomic files or Bioconductor data objects Slightly able	Import genomic files or Bioconductor data objects Neutral	Import genomic files or Bioconductor data objects Moderately able	Import genomic files or Bioconductor data objects Extremely able
Perform differential analysis of RNA-seq data	Perform differential analysis of RNA-seq data Not at all able	Perform differential analysis of RNA-seq data Slightly able	Perform differential analysis of RNA-seq data Neutral	Perform differential analysis of RNA-seq data Moderately able	Perform differential analysis of RNA-seq data Extremely able
Query annotation data	Query annotation data Not at all able	Query annotation data Slightly able	Query annotation data Neutral	Query annotation data Moderately able	Query annotation data Extremely able
Represent genomic annotations and alignments	Represent genomic annotations and alignments Not at all able	Represent genomic annotations and alignments Slightly able	Represent genomic annotations and alignments Neutral	Represent genomic annotations and alignments Moderately able	Represent genomic annotations and alignments Extremely able
Find publicly available RNA-seq data	Find publicly available RNA-seq data Not at all able	Find publicly available RNA-seq data Slightly able	Find publicly available RNA-seq data Neutral	Find publicly available RNA-seq data Moderately able	Find publicly available RNA-seq data Extremely able
Use R	Use R Not at all able	Use R Slightly able	Use R Neutral	Use R Moderately able	Use R Extremely able

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* 4. Why are you attending Bioconductor for RNA-seq Analysis?

To learn more about Bioconductor

To learn more about RNA-seq analysis

To learn more about R

To refresh my skills

To learn skills that I can apply to my current work

To learn skills that I can apply to my work in the future

To learn skills that will help me get a job or promotion

Other (please specify)