IIHT’s DevOps Architecture training program is designed to help learners write and master front-end deployment and back-end codes, deploy codes and configure and maintain hosting for monitoring and scaling.The DevOps course will enable learners will demonstrate their knowledge towards automating workflow and getting products to market more efficiently and effectively. Learners will be able to accurately and objectively examine and consider infrastructure automation tools at any level and are open to increasing their competencies on an ongoing basis.
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In a fast-paced IT environment, the need for frequent updates for applications has increased significantly, often creating a tussle between developers and operational teams, thereby decreasing efficiency. The DevOps approach integrates developers and operations team to improve collaboration and productivity. DevOps engineers have an end-to-end responsibility, from gathering the required sources for development, testing, infrastructure deployment and monitoring the software development lifecycle. They are also required to gather feedback from the end-users and implement changes when required to. This continuous process of software development lifecycle has increased the demand for DevOps engineers to a greater extent as they are considered as experts in a multitude of technologies.
IIHT’s learning model is integrated with the latest Learning trends to ensure that the audience remains engaged and their overall learning experience is flexible, convenience and productive. What more? We provide you a unique and engaging content on a user friendly and immersive learning platform that helps you to not only attend the training sessions, but watch Learning videos, read Learning Materials, interact with fellow students, write to the faculty members, practice labs, 24x7 support from a single window that makes learning effective. The assignments and assessments designed as part of the course ensures you develop right capability to prove your worth in your existing job or with prospective employer. Our state of the art learning system helps you to connect with fellow learners who are mostly working professionals that helps you to learn through collaboration and knowledge sharing.
In this project, you’ll use GIT to keep track of meal guidelines for animals at the Manhattan Zoo based on the meal regimens provided:
Zookeeper Intern Onboarding:
1. California Sea Lions
Meal: 40 lbs. salmon, 40 lbs. herring, 20 lbs. Northern Anchovy, 20 lbs. Octopus
Times: 6:00 am, 9:00 am, 12:00 pm, 3:00 pm, 6:00 pm, 9:00 pm
Directions: Leave buckets for the trainer at 12:00 pm and 3:00 pm, otherwise, follow standard protocol.
2. Ring-tailed Lemurs
Meal: 10 bags Tamarind pods
Times: 6:00 am, 3:00 pm, 8:00 pm
Directions: Empty bags over meadow area during designated times”
Deploy a web server to an acceptance environment.
Creating a development environment and adding nodes to it. Automate code deployments to the Puppet Master
Build a Continuous Integration along with Maven and Jenkins. Create a Maven-Jenkins based Project. Run the Workspace.