AWS Cloud /DevOps Engineer/Solution Architect
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Experienced AWS Cloud/DevOps Engineer skilled in automating complex deployments across diverse environments. Proficient in agile methods, CI/CD pipelines (Jenkins, Git
Actions), AWS resources, and Ansible. Adept at collaborating with cross-functional teams to enhance processes and deliver innovative solutions. Strong grasp of high availability architecture. Seeking a challenging, contract or full-time role to leverage skills in achieving company objectives.
04/2021 to Current AWS DevOps Engineer
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,
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 Dashboard 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 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 Dockerfile to containerization application, store into Docker Hub and Elastic
Container Registry (ECR).
Implement Jenkins/AWS DevOps pipelines to automate cloud infrastructure.
Write CloudFormation and Terraform scripts to provision infrastructure on AWS.
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.
12/2019 to 04/2021 AWS Cloud Engineer
Managed IAM Root, Users and Groups, Add Users to Groups. Applied IAM
Policies to Groups and user.
Architected 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 AWS cloud
Experience in troubleshooting and automated deployment to web end applications.
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.
09/2014 to 12/2019 Research Scientist
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: I 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.
Ph.D.: Molecular Biology
