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gauravcodepro/README.md

About me parse-resumes

  • I'm based in Germany as Academic Staff Member at Bioinformatics, Institute for Biochemistry and Biology at Universtat Potsdam(UP) and Group 🇩🇪
  • You can contact me at gaurav.sablok@uni-potsdam.de
  • If you want to contact me on Gmail, you can use gauravcodepro@gmail.com
  • Communicative, approachable, motivated, task and solution oriented, time responsive, and initiative taker.
  • Bioinformatics: genomes, transcriptomes, organelle, metagenomes and metatranscriptomes, phylogenome analysis.
  • Species: plant, bacterial and fungal.
  • Sequencing platform Illumina, PacBio, Oxford Nanopore, PacBioHifi, HiC
  • Deep learning: PyTorch, Tensorflow, CatBoost, XGBoost, Sklearn, Keras and other deep learning.
  • DevOPs: Git,Docker,Kubernetes and Terraform for container orchestration.
  • Generative AI and Graphs.
  • You can read the curriculum vitae here: Curriculum Vitae, Scopus, ORCID, and Web of Science
  • You can read the previous employers references and what they say about me Previous Employers.
  • Open to collaboration on Bioinformatics, Deep Learning, Generative AI, and DevOPs.

Soft Skills parse-resumes

  • I am very pro-active in making communication and upskilling on emerging trends.
  • Proficient in developing new approaches for better integration and minimal interactions, ease of access approaches.
  • Profile development by reading about the latest trends in code, personal and professional development.
  • Prefer office space work but also open to remote work 1-2 days.
  • Efficient in time and project requirements, approaches and solving limitations.
  • Voracious reader of language model implementations language-models

Programming Languages programming-flag external-experience-gamification-color-filled-outline-geotatah-2

  • Bioinformatics: Python, R, Ruby, Awk, Shell, Scala, Nushell
  • Deep Learning: Python, R, Scala, learning Julia, learning graphsAPI.
  • DevOPs: Shell, NuShell, Awk, Ruby, HashiCorp, Python
  • Web Application: Streamlit, Shiny, Django, BootStrap, Julia, HTML, Javascript
  • Static documentation: Markdown, ReadTheDocs, Jekyll and Ruby
  • Templating engine: jinja and jinja2, jq, yq
  • Bioinformatics templating: Nextflow, Snakemake.
  • Mathematical Modelling: MATLAB.

Operating system, Open Software monitor

Continious Development and Deployment external-proactive-project-management-flaticons-lineal-color-flat-icons external-settings-statistical-analysis-flatart-icons-flat-flatarticons remote

  • Git management: Proficient in Github, Githubcli, Gitlab, GitKraken and Tower for all continous development.
  • Job Scheduler: Skilled in both pbs and slurm. Established computing cluster and blades.
  • Heroku Development: Application deployment using Heroku
  • Docker: Docker applications
  • streamlit-pacbiohifi: web application for pacbiohifi sequencing length streamlit-pacbiohifi
  • streamlit-Univeristat-Potsdam: web application for Universitat Potsdam, slurm-applicator

Ruby gems and Ruby Community and Crystal Community: released and development version external-software-design-thinking2-sbts2018-solid-sbts2018

Python Packages and Python Community: building development release version external-software-design-thinking2-sbts2018-solid-sbts2018

  • tairaccession: python package for interacting with tair: tairaccession
  • graphanalyzer: python package for analyzing the alignments from the graph alignment tools: graphanalyzer
  • rnaprocessor: python package for analyzing the sequence for tag based machine learning: rnaprocessor
  • protein-annotator: python package for analyzing the genome-protein alignments protein-annotator
  • ontologyanalyzer: python for analyzing the ontologies using the semantic web ontologyanalyzer

Julia Packages: building development release version external-software-design-thinking2-sbts2018-solid-sbts2018

  • panachegraph genome graph and nearest neighbour approach in julia-lang to the pangenome graphs. panachegraph

R package and Bioconductor and Posit community: building development release version external-software-design-thinking2-sbts2018-solid-sbts2018

  • evoseq genome annotation visualization, phylogeny and blocks estimation from protein to genome alignments evoseq, subfunction genomevisual

Pinned

  1. python-algorithms-datastructures python-algorithms-datastructures Public

    python datastructure and algorithms

    Python 1

  2. pangraphs-genome-assembly pangraphs-genome-assembly Public

    genome assembly to pangraphs from illumina to long reads.

    Shell 2

  3. domain-directed-graphs domain-directed-graphs Public

    interpro to graphs for analyzing domains.

    Python

  4. domain-analyzer domain-analyzer Public

    interpro domain analyzer

    Python

  5. pacbiohifi-analyzer pacbiohifi-analyzer Public

    a pacbiohifi analyzer for pacbiohifi reads from sequence analysis to the graph alignments

    Ruby

  6. genome-annotation-visualizer genome-annotation-visualizer Public

    preparing and visualizing proteome to genome alignments

    R