Automated Code Integration (CI/CD) Pipeline
A standalone operations channel that intercepts repository commits, executes automated syntax diagnostics, compiles system files, and moves outputs to safe registries.
DVOPCrash Program
DevOps Course
Fast-track your transition into cloud infrastructure automation. Learn to containerize applications, construct automated integration pipelines, and manage cloud architecture deployments in an intensive training track.
Total Duration
1 Month
Track
15 Days - 1 Month
Learning Style
Practical + Fast-Track Guided
Docker Containers
Isolate and package functional microservices
CI/CD Pipelines
Automate code compilation and tracking systems
Cloud Infrastructure
Deploy live web services onto remote systems
Program Key Highlights
Why this program feels more practical, clearer, and easier to commit to
We streamline the cloud infrastructure track by skipping extensive multi-cloud documentation to focus directly on tools and server setups utilized daily by agile engineering divisions. You will spin up servers and debug environments from week one.
50+
Hours of guided practical learning
4+
Structured practice and review checkpoints
1:1
Counselling and learning support guidance
Project
Project-backed final output
12+
Guided sessions
240+
Student support touchpoints
Career
Role direction included
Why Learners Relate To This Program
A compressed operations framework engineered for rapid technical upskilling
Direct technical training covering Linux bash operations, shell tasks, and user privileges.
Practical execution in Docker container builds, custom image registers, and storage volumes.
Foundational automation setups covering Jenkins pipeline blocks and continuous integrations.
Guided deployment workflows focusing on configuration environments and live AWS hosting hooks.
1 Month
Training Track
1 Deployment Pipeline
Real practice output
Infra-Ready
Role-aware guidance
About This Course
A course journey that feels easier to understand and easier to follow
Modern digital systems require automated integration and fast cloud publishing models to ship application patches without manual errors or down-time intervals. This intensive 1-Month DevOps crash program organizes complex infrastructure steps into a clear, predictable execution track. You start by learning advanced Linux operating parameters, shifting directly into microservice packaging and automated runtime scripts.
Guided systematically by operations leads, you will manage software containers, create automatic build routines, and verify hosting pathways on remote cloud providers. By the conclusion of this high-focus tract, you will possess the precise engineering capabilities required to support software codebases and wire automated pipelines cleanly.
Eligibility
Who can confidently start this path
Backend software developers or network engineers looking to transition towards cloud operations roles.
BCA, MCA, or computer science students who possess basic terminal familiarity and seek specialized infrastructure skill sheets.
Technology professionals aiming for a quick, high-impact upskilling inside automated testing pipelines to optimize current system roles.
Course Curriculum
Learn through a structured roadmap, not through disconnected chapters
Each module below represents a practical phase in the learning journey.
Module 1
Module 1: Shell Scripts & System Architecture
+−
Module 1
Module 1: Shell Scripts & System Architecture
- Setting up Virtual Linux Environments, Commands, and Secure Shell Connections
- Managing File System Permissions, System Logs, and Process Metrics
- Writing Automation Script Routines using Basic Bash Shell Configurations
- Understanding Git Branch Workflows, Remote Hooks, and Repository Merges
Module 2
Module 2: Containerization with Docker Engines
+−
Module 2
Module 2: Containerization with Docker Engines
- Understanding Microservices vs. Classic Virtual Machine Systems
- Writing Custom Dockerfiles, Component Layers, and Optimization Rules
- Managing Container Storage Volumes, Host Networks, and Port Bindings
- Orchestrating Multi-Container Applications via Docker Compose Setups
Module 3
Module 3: Continuous Integration Pipelines (Jenkins Sprints)
+−
Module 3
Module 3: Continuous Integration Pipelines (Jenkins Sprints)
- Setting up automated Jenkins Servers and User Interface Workspaces
- Configuring Continuous Integration Hooks and Automated Web Trigger Frameworks
- Writing Declarative Pipeline Scripts using Code-Staged Testing Logs
- Integrating Automated Build Test Routines and Artifact Asset Management
Module 4
Module 4: Cloud Infrastructure Deployment Basics
+−
Module 4
Module 4: Cloud Infrastructure Deployment Basics
- Introduction to Cloud Paradigms and Managing Core AWS Elastic Computes
- Configuring Network Security Groups, Access Keys, and Public Route Endpoints
- Deploying Dynamic Containerized Images onto Active Remote Web Nodes
- Monitoring Application Runtime Responses and Analyzing Service Error Logs
Build Industry-Based Projects
What kind of practical output learners can expect from this course
Containerized Microservice Web Cluster
A clustered application build grouping independent web components and database layers using isolated Docker Compose configurations and routed access keys.
Tools They Will Learn
Category-wise tools, platforms, and software exposure
Container & Version Control
Docker
Git & GitHub
Automation & Cloud
Jenkins
AWS (Core EC2)
Certificate
Earn a course completion certificate you can proudly showcase
Verify your system configuration metrics with an operations credential issued by StackCode IT. Demonstrate your hands-on mastery over microservice container isolation, continuous runtime pipeline builds, and cloud settings directly to technical leads.
Technical Recognition
A verified certificate optimized to display automated infrastructure capabilities on technology resumes and profile links. --- Pipeline Verified Granted strictly following the code verification and successful script execution review of your custom repository pipelines on GitHub. --- System Ready Signals to modern tech teams that you understand environment path rules, automated deployment routines, and clean host packaging frameworks.
Certificate Type
Training Completion
Track
Crash Program
Duration
1 Month
Job Scope After Course Completion
Where learners can start building their career after this course
Junior DevOps Engineer
Cloud Associate
Release Assistant
Infrastructure Automation Trainee
Companies Hiring For These Skills
Roles from product brands and major service companies both value these skills
Enterprise product conglomerates, tech consultancies, digital service networks, and software centers operating within major Gujarat business nodes like Gandhinagar Infocity, Ahmedabad, and GIFT City actively onboard coders who can manage infrastructure setups.
Testimonial Videos
Hear from our students
Explore More Reviews
Sc
Darshan Patel
DevOps Engineer at CloudBase Solutions
The focus on Docker layers and Jenkins script files clarified system rollouts for me completely. I passed my technical environment evaluations easily during recruitment rounds.
Sc
Kiran Shah
Systems Associate Engineer
Server infrastructure models used to confuse me. This progressive crash program dismantled that barrier by handling configuration parameters step-by-step.
Centres In Gujarat
Ahmedabad & Rajkot centers with guidance support
Ahmedabad
Ahmedabad Learning Center
A-1114 Siddhi Vinayak Tower, Kataria Automobiles Rd, Makarba, Ahmedabad, Gujarat 380051
Rajkot
Rajkot Learning Center
B-925 RK Iconic Tower, 150 Feet Ring Rd, nr. Shital Park, Rajkot, Gujarat 360006
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Frequently Asked Questions
Got questions? We've kept the answers simple, practical, and easier to scan before joining.
Can I effectively learn core DevOps tool configurations in just 4 weeks?+−
Yes. By narrowing down the focus to standard operations utilities (Linux, Docker, Jenkins, and core AWS computes) and ignoring deep cluster configurations, we build solid tactical runtime capabilities fast.
Is prior development coding experience required to enter this program?+−
Familiarity with basic application logic and core git concepts is highly recommended. The course targets automation scripting and tool integration pathways rather than writing application code features.
Will I learn how to interact with real cloud services?+−
Yes. The final phase covers how to provision public web spaces on cloud infrastructure to deploy, update, and manage your isolated multi-container systems.