ARNAUD AZONPI

• Hands-on experience with build tools for automation of CI/CD pipelines (GIT, Jenkins, and Ansible).

• Participate in daily stand up to improve system performance, and automation capabilities.

• Perform day-to-day activities using tools like Github, Jenkins, Docker, Ansible, Kubernetes, Terraform AWS Services,

• Use Jira to collaborate with developers and engineering related tasks through epics.­

• Build and maintain reliable infrastructure in AWS to deliver highly scalable services.

• Provided technical support to clients, troubleshooting and resolving issues related to Linux systems.

• Write Ansible playbooks, Dockerfiles, Kubernetes manifest, and docker-compose files for production use.

• Set up a Kubernetes Dashborad to monitor containers and deployments.

• Work with Development teams to build and manage software delivery, and systems integration.

• Responsible to manage Git workflow, pull request, and the whole release workflow from Dev, QA testing, Staging until Production environment.

• Build AWS infrastructure for EKS and ECS clusters and install applications.

• Write Ansible playbook and roles to deploy, configure and manage servers.

• Write jenkinsfile to package the microservice, Helm chart, push the chart into Github repository.

• Write Dockerfile to containerization application, store into Docker Hub and Elastic Container Registry (ECR)

• Implement Jenkins/AWS DevOps pipelines to automate cloud infrastructure.

• Write Terraform scripts to provision infrastructure on AWS EC2.

• Monitor system performance and troubleshoot issues using tools like CloudWatch

• Participate in on-call for 24/7 system support.

• Design and manage AWS services like EC2, S3, RDS, ELB, Autoscalling, and IAM to provision scalable and fault tolerant infrastructure.

• Managed IAM Root, Users and Groups, Add Users to Groups. Applied IAM Policies to Groups and user.

• Architected a redundant, secured, high-performance and cost optimized customer’s environment using key services in AWS.

• Create Custom VPC and resources with Terraform. Expertise in Amazon Cloud Services such as EC2, VPC, IAM, S3, EFS ,SNS, Cloudwatch, Lambda, Glue, KMS, EBS, etc..

• Improved naming standards and tagging of infrastructure and standing up infrastructures in the cloud.

• Experience in troubleshooting and automated deployment to web end applications.

• Provisioned AWS infrastructure using Terraform modules.

• Provisioning of AWS resources such as EC2, S3 buckets, RDS, ELB, Autoscaling, Configured VPCs, EBS, EFS.

• Build a publicly available Dynamic, HA and Secured website.

• Created and Managed S3 Buckets and enabled Versioning to preserve different versions of sensitive documents AND MFA delete to protect objects from accidental deletion.

• Configured and managed Life cycle Policies in S3 to move objects/files from standard S3 to Glacier according to company policies.

• Provided daily monitoring, management, troubleshooting and issue resolution to systems and services hosted on cloud resource.

• Developed CI/CD roadmap and operations processes inside team.

• Worked with engineering on new application build-out initiatives and assist in deploying their applications to production.

As Research Scientist( Molecular and Computer Biologist ) my role involved conducting cutting-edge research to understand the molecular mechanisms of cancer development, progression, and treatment. Here are some key tasks and responsibilities I was involved in:

-Cell Culture and Model Development: I cultured and maintained various cancer cell lines

-Genomic Analysis: You utilized next-generation sequencing technologies (e.g., RNA-seq, DNA-seq, ChIP-seq) to analyze genetic alterations, gene expression patterns, and epigenetic changes in cancer cells.

-Biomarker Identification: I identified potential biomarkers that aided in cancer diagnosis, prognosis, and treatment response prediction. This involved studying gene mutations, protein expression patterns, or non-coding RNA molecules.

-Drug Screening and Development: I evaluated the efficacy of new or existing anticancer drugs using cell-based assays and animal models to identify potential therapeutic agents.

-Molecular Pathways and Signaling: I investigated the molecular pathways involved in cancer growth, metastasis, and drug resistance, aiming to uncover potential targets for therapeutic intervention.

-Gene Editing and Manipulation: I used CRISPR/Cas9 or other gene editing techniques to create genetically modified cancer cell lines or animal models for functional studies.

-Bioinformatics Analysis: I analyzed large datasets generated from genomics, proteomics, or other high-throughput technologies using bioinformatics tools to extract meaningful insights.

-Grant Writing: I prepared and submitted research grant proposals to secure funding for research projects.

-Lab Management: I led a research team, I wasF responsible for overseeing lab operations, managing resources, and mentoring junior researchers and students.)