AWS Course in Delhi

AWS Training in Delhi

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AWS Cloud Computing is the future of technology and a great way to build a high-growth career. At GICSEH - The AWS Training Institute, we offer the most in-depth and hands-on AWS Course in Delhi. Get an industry-vetted curriculum, project-based learning, and expert mentorship to turn you into a fully prepared AWS Solutions Architect for the job market. Build the #1 cloud platform in the world, learn how to design and deploy scalable, resilient, and cost-effective applications, and be able to successfully pass the AWS Certified Solutions Architect - Associate exam.

The Features That Makes Our Training Unique:
• Official AWS Architect Curriculum: Learn the exact skills required by Amazon Web Services. Our training is carefully aligned with the official AWS Certified Solutions Architect - Associate (SAA-C03) curriculum and will prepare you perfectly for the certification test, with every module and lab.
• Live AWS Hands-On Labs: Get to learn by building in a real cloud environment. We have practical training that is greater than 80%, which gives you live practical experience using the AWS Free Tier and will allow you to architect, deploy, and troubleshoot real-world cloud infrastructure scenarios.
• Unmatched Job Placement Assistance: Your success in securing a job and progressing in your career is our priority. We have a full circle placement program that offers your own resume building service, extensive mock interviews, complimentary introductions to our expanding roster of corporate hiring partners.
• Expert Coached by Certified Architects: Work with a unique team of AWS Certified Solutions Architects who deliver years of experience designing and managing enterprise-level cloud solutions into your learning experience.

To initiate your journey as a certified cloud professional click on one of the below buttons to download our detailed course guide and fee schedule, or request a call back for a free career counseling session with one of our expert advisors.

Why AWS is the Undisputed Leader of the Cloud Revolution

Today, it is fair to say that cloud computing is the driving force of innovation. The fundamental platform that makes nimble, scalable, and globally competitive businesses possible. The leader at the forefront of this technological revolution is Amazon Web Services (AWS). AWS started from the infrastructure needs of Amazon.com. After launching commercially in 2006, AWS has grown to be the world leader in the cloud computing marketplace with the largest share of having the largest share of the market, and computers behind millions of businesses around the globe. 

The Origin of Dominance and Unmatched Market Share

AWS's unmatched dominance is not by accident. AWS was the first company to be a serious player in the market and because of this, they had a multi-year head-start to build a platform that is incredibly mature, reliable, and rich in features. This created a flywheel effect: as more customers moved towards the AWS platform, AWS was able to gather more feedback to build services and achieve massive economies of scale that attracted even more customers. Today, AWS is trusted by the world's most successful startups, such as Netflix, Airbnb, Slack, and the most demanding enterprises including the vast majority of the Fortune 500. Because of this expansive adoption, learning AWS is learning the language of the modern cloud.

A Catalyst for Innovation: Breadth and Depth of Services

What truly differentiates AWS is the depth and breadth of its service offerings. AWS provides a solution to nearly every conceivable technological need with more than 200 fully-featured services available. This is well past simple computing and storage. AWS has an exhaustive tool set in multiple areas:
• Compute: Starting with resizable virtual servers running application code with Amazon EC2 and ending with serverless computing options with AWS Lambda, AWS has many tools to run your code in.
• Storage: AWS offers durable and scalable object storage options with Amazon S3, high-performance block storage options for servers with high-performance requirements with Amazon EBS, and managed files systems using Amazon EFS.
• Databases: AWS, at every use case, from relational databases with Amazon RDS and Aurora to NoSQL databases using Amazon DynamoDB for every database use case.
• Networking: AWS has a built-in network-level isolation platform using Amazon VPC, that allows you to create your own cloud isolation network, providing access control to your virtual network environment.
• Machine Learning and AI: AWS is committed to democratizing AI and has built services like Amazon SageMaker to build, train and deploy machine learning models at-scale.
• Internet of things (IoT): AWS IoT Core, lets businesses connect billions of devices to the cloud, and secure and manage their data.

This comprehensive suite of services allows businesses to innovate faster, experiment with new ideas at a low cost, and scale their operations globally in minutes—a feat that was impossible in the era of on-premises data centers.

Unparalleled Global Infrastructure and Reach

AWS's enormous global physical infrastructure is a major distinguishing feature. And this is not some abstract concept; it’s an actual network of data centers that span the globe, and those data centers are grouped into Regions and Availability Zones (AZs). A Region is a physical, geographical location on earth (i.e., Mumbai or Singapore) while an AZ is made of one or more discrete data centers with redundant power, networking, and connection from the data centers within a Region. By architecting your applications to run across multiple AZs, you can create exceptional high availability and fault tolerance levels; if one AZ or data center crashes, the others will not be impacted. AWS has a large number of Edge Locations, which are AWS's Content Delivery Network (CDN), Amazon CloudFront locations that cache content as close to the end-user as possible to improve application performance by reducing latency for a global application audience. Understanding the differences in these geographical locations is important to architecting and designing world-class applications.

The Well-Architected Framework: A Blueprint for Excellence

AWS doesn't just deliver the tools, they deliver a roadmap for using them properly. The AWS Well-Architected Framework is made up of guiding principles and best practices, put together by AWS architects, to help their customers build secure, high-performing, resilient, and efficient infrastructure for their applications. The framework has six Pillars; Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization, and Sustainability. Our AWS Course in Delhi is focused on teaching you how to use these frameworks and best practices, turning you into more than just a user of the service, but a cloud architect who can make sound design choices.

For professionals in India, AWS represents a huge career opportunity. As Indian companies, big and small, move quickly to migrate to the cloud for their digital transformation initiatives, the need for talented and certified AWS professionals is reaching a fever pitch. By taking a top AWS Training in Delhi, you can play an important part in closing this skills' gap and becoming key talent in the most exciting and fastest growing sector in the IT industry.

Architecting Your Career: Job Roles After AWS Certification

Earning an AWS certification, such as the AWS Certified Solutions Architect - Associate is one of the undeniable and most effective routes to help catapult your IT career. It is a credential that is recognized and respected world-wide by employers. The practical skills you will learn in our complete AWS Course in Delhi will also recommend a range of sought-after and lucrative job opportunities.

• Cloud Solutions Architect
The Role:
The SAA-C03 certification prepares you to be a Solutions Architect, a planner and designer of cloud solutions. In this role, you will work with the business stakeholders to understand the functional and technical needs of an application, and design and propose a secure, scalable, resilient and cost-effective solution using the AWS platform.
A Day in the Life: You will have a range of tasks in any given day which could include: Creating architectural diagrams, using Lucidchart for example, Presenting a proposed solution and its cost implications to a potential client, Determining which AWS services (e.g. EC2, RDS, etc) are appropriate for a new application, Writing infrastructure-as-code templates using AWS CloudFormation.
Key AWS Services: EC2 | S3 | VPC| RDS | Lambda | Route 53 | CloudFormation | AWS Well-Architected Framework design principles.
Career Growth: A career as a Solutions Architect can evolve into Senior Solutions Architect, then Enterprise Architect or Principal Technologist and potentially influence the technology direction of an entire organization.

• Cloud Engineer / Cloud Practitioner
The Role: A Cloud Engineer is an operator or mover and are hands-on with implementing. As a Cloud Engineer, you take your drawings of architecture and implement it by the AWS cloud platform. You are also responsible for the day-to-day deployment, management and operation of the cloud infrastructure.
A Day in the Life: You may be creating and configuring EC2 instances using the console or CLI, configuring S3 buckets with the proper lifecycle policies and permissions, building a complex VPC with public and private subnets, and troubleshooting performance issues with Amazon Cloudwatch metrics and logs.
Key AWS Services Used: EC2, S3, VPC, EBS, IAM, Cloudwatch, CloudFormation or Terraform.
Career Advancement: This could transition to a Senior Cloud Engineer role, a specialization such as security or networking, or into a DevOps or Architect role.

• DevOps Engineer (Cloud-focused)
The Role: As a DevOps Engineer on AWS, your primary focus will be on the automation of the software development lifecycle to drive speed and reliability. You will build and manage Continuous Integration/Continuous Delivery (CI/CD) pipelines which allow developers to release software more quickly and safely.
A Day in the Life: You will be using AWS services such as CodePipeline, CodeBuild, and CodeDeploy to create a fully automated build-and-deployment process. Additionally, you may also be containerizing applications with Docker and managing them at scale using either Amazon ECS or EKS (Kubernetes on AWS), and using CloudFormation or Terraform to manage all infrastructure as code.
Key AWS Services Used: AWS DevOps Suite (CodeCommit, CodeBuild, CodeDeploy, CodePipeline), ECS, EKS, Lambda, and IAM.
Career Growth: This is an extremely high-demand area with growth leading to roles such as Senior DevOps Engineer, SRE (Site Reliability Engineer), or Cloud Automation Architect.

• SysOps Administrator (Cloud)
The Role: As a SysOps Administrator at AWS, you are responsible for the operating health, reliability, and scalability of the AWS infrastructure. You are the expert in monitoring, managing, and maintaining the systems once they are running.
A Day in the Life: Your day would involve deep-diving into performance metrics in AWS CloudWatch, setting up sophisticated alarms, automating operational tasks (like patching servers) using AWS Systems Manager, implementing and testing backup and disaster recovery strategies using AWS Backup, and responding to system alerts to minimize downtime.
Key AWS Services Used: CloudWatch, CloudTrail, AWS Config, Systems Manager, AWS Backup.
Career Growth: This role can lead to Senior SysOps Engineer, IT Operations Manager, or specialization in performance optimization and cost management.

• Cloud Security Engineer
The Position: In the role of Cloud Security Engineer, you are responsible for security of the AWS infrastructure and the data stored in AWS. You will perform security best practices design and implementation, identity and access management, and proactive monitoring/response to threats.
A Day in the Life: You might be developing fine-grained IAM policies, designing network security with Security Groups and NACLs, implementing encryption at rest and in transit using AWS KMS, profiling logs with CloudTrail and Athena for anomalous behaviour, or using security services such as AWS Shield and WAF to secure web applications from web application exploits and DDoS attacks.
Key AWS Services Participants: IAM, VPC, Security Groups, NACLs, KMS, AWS Shield, WAF, CloudTrail, AWS Config, Security Hub.
Career Path Pattern: The next step can include Senior Cloud Security Architect, or perhaps a leadership role like Chief Information Security Officer (CISO).

• Cloud Data Engineer
The Role: A Data Engineer on AWS is responsible for building and maintaining the data pipelines and infrastructure required for analytics and machine learning projects. You are responsible for inputs/output of data that is reliable and available for analysis. The process for storage, ingestion and transformation is your responsibility.
A Day in the Life: Some of the activities you may be engaged in daily include creating ETL (Extract, Transfer, Load) jobs using AWS Glue, defining a data lake using Amazon S3, configuring a data warehouse to use Amazon Redshift, or enabling analysts merging data and querying data using Amazon Athena.
Key AWS Services Used: AWS Glue, S3, Kinesis, Redshift, Athena, RDS, DynamoDB.
Career Path: A competitive role that can lead to Senior Data Engineer, a Big Data Architect, or an Analytics Manager.

Completing a professional AWS Training in Delhi provides you with the verified skills to confidently pursue any of these lucrative career paths.

The Ultimate AWS Course Curriculum (Solutions Architect - Associate SAA-C03)

Our curriculum is the most exhaustive and employment-centric AWS Course in Delhi. The groups have thoroughly aligned it with the official AWS Certified Solutions Architect - Associate (SAA-C03) exam outline and are designed to ensure you are equipped with a deep, anchored understanding of how to architect and deploy applications on the AWS platform. The curriculum is structured around the four domains of the exam, and we discuss each one in obtuse detail.

Domain 1: Design Resilient Architectures (30% of Exam Weighting)

This domain is about constructing systems that are resilient to component failure, and can recover quickly. You will gain the essential fundamentals in building fault tolerant and highly available systems, which is arguably the most essential part of an architect's job.

Designing Multi-Tier Architectures: We start with the basics of designing scalable and de-coupled application architectures. You will learn to separate the web layer, application layer, and database layer into their own subnets and tiers in a Virtual Private Cloud (VPC). We will also discuss the design of public subnets for web servers or instances and private subnets for databases, to design a secure and robust network topology. 
Advanced High Availability & Fault Tolerance: You will learn how to architect systems without single points of failure. This includes deploying Amazon EC2 instances across multiple Availability Zones (Multi-AZ), intelligently load balance incoming traffic via Elastic Load Balancing (ELB), and create Auto Scaling groups to add or remove instances based on demand in real-time, all with the dual objectives of availability and cost control. 
Using Decoupling Mechanisms: You will understand how to create loosely coupled components (you fail one component, the rest don't cascade into failure, and you don't get a systemic outage!). You will get plenty of hands-on experience using Amazon SQS (Simple Queue Service) for reliable message queuing between services, Amazon SNS (Simple Notification Service) for fanning out notifications in a publish / subscribe model, and Amazon Kinesis for processing live data streams.
Designing your application for Disaster Recovery: In this section, you will learn about business continuity and how to design your application in the event of a disaster. You will learn about critical concepts like Recovery Point Objective (RPO) and Recovery Time Objective (RTO), and apply various DR strategies, from simple Backup and Restore using AWS Backup, to DR Strategies such as Pilot Light, Warm Standby and Multi-Site Active-Active. We will also teach you about Amazon Route 53, AWS's highly available DNS service that implements DNS failover to a recovery site based on automated health checks!

Domain 2: Design High-Performing Architectures (28% of Exam Weighting)

This domain is all about selecting the right services and configurations to ensure your applications are fast, responsive, and efficient to meet user demands.

Choosing High-Performance Compute: We will teach you how to identify the best Amazon EC2 instance types (General Purpose, Compute Optimized, Memory Optimized) based on workload requirements. We also cover several purchasing options (On-Demand and, if you have a more elastic workload, you could use Spot Instances to save massive dollars, and Savings Plans or Reserved Instances for workloads which are more predictable) . 
Choosing High-Performance Storage: We offer a very in-depth look at AWS storage services. You will learn to identify the correct Amazon EBS volume type (gp3, io1, io2) particularly for high IOPS database applications, configure Amazon S3 for performance and durability, and implement high-performance shared file systems with Amazon EFS and FSx. We will even cover performance enhancements, like S3 Transfer Acceleration for fast and efficient uploads of large files over long distances.
Designing High-Performance Databases: In this module, we will explore how to choose the right database services that align to your use cases. We will be discussing the difference between a relational database (Amazon RDS) vs a NoSQL database (Amazon DynamoDB). We will perform a real deep dive into Amazon Aurora, AWS's own cloud-native relational database, and we'll explain why it's remarkably performant, scalable and more reliable than generic MySQL and PostgreSQL. We'll also discuss the use of in-memory caching (with Amazon ElastiCache with Redis and Memcached) to dramatically reduce database load and speed up application latency.
Implementing High-Performance Networking: You will learn how to design networking architectures with optimal scaling and minimal latency using Amazon VPC. This will involve altering route tables, configuring subnets and configuring an internet gateway. We will tackle advanced networking items such as using AWS Direct Connect to create a dedicated private connection to your on-premises data center, and using AWS Global Accelerator makes traffic traverse the AWS global network, which is free from congestion while optimizing performance for global users.

Domain 3: Design Secure Applications and Architectures (24% of Exam Weighting)

Security is "job zero" on AWS. This domain covers the critical skills needed to secure your cloud infrastructure and data from all angles, following a defense-in-depth approach.

The AWS Shared Responsibility Model: First, we want to make sure you fully understand the Shared Responsibility Model- what AWS is responsible for securing (the cloud) and what you are responsible for securing (your applications and data in the cloud).
Master Identity and Access Management (IAM): IAM is the foundation of security on AWS. You will get a lot of hands-on experience creating and managing IAM users, groups, and roles. You will learn to write fine-grained permission policies in JSON and follow the principle of least privilege. We also briefly cover IAM Roles for EC2 instances- providing secure, temporary credentials.
Secure Your Network: You will also learn how to create a secure perimeter around your applications. Security Groups (stateful firewalls for EC2 instances) and Network Access Control Lists (NACLs) (stateless firewalls for subnets) are both easy to configure and manage and will control inbound and outbound traffic for EC2 instances and subnets, respectively. We also cover the protection of web-based applications against common exploits and DDoS attacks using AWS WAF and AWS Shield.
Protecting Your Data: In this section, we discussed data protection mechanisms. You will learn how to enable encryption at rest for services like S3 and EBS via AWS Key Management Service (KMS). You will also learn how to enforce encryption in transit using SSL/TLS certificates with services such as Elastic Load Balancing and CloudFront.
Implementing Logging, Monitoring, and Governance: You will learn how to capture all API activity in your account and set logging retention periods using AWS CloudTrail for auditing and compliance. Then you will learn how to use Amazon CloudWatch to monitor for suspicious activity and set defined alerts. We will also introduce you to using services like AWS Config for tracking changes to resource configurations, using AWS Organizations to represent an enterprise and manage security and billing across multiple AWS accounts, and using Service Control Policies (SCPs) to enforce security guardrails.

Domain 4: Design Cost-Optimized Architectures (18% of Exam Weighting)

This final domain focuses on a crucial aspect of cloud architecture: designing solutions that are powerful yet cost-effective, a skill highly valued by all businesses.

Finding the Right Compute and Storage That is Cost-Effective: You will learn how to examine workloads and select the most cost-effective resources for your workload, including using EC2 Spot Instances for fault-tolerant workloads, EC2 Savings Plans and Reserved Instances for predictable workloads, and S3 Storage tiers (the Standard, Infrequent Access, and Glacier storage classes) plus lifecycle policies to automatically move data through cheaper storage as it ages. 
Using Cost Analysis and Management Tools: We will show you how to become an expert at using the AWS cost management suite. You will get hands-on experience with AWS Cost Explorer, how to visualize, understand, and forecast your spend, and create AWS Budgets to alert you in advance of how much you are about to exceed your cost thresholds. We will also show you AWS Cost and Usage Reports for more granular, service-level analysis.
Utilizing Cost-Conscious Tools and Frameworks: We provide an introduction to the AWS Well-Architected Tool and its ability to evaluate your workloads formally against AWS best practices. You will learn how to use the tool's cost optimization pillar to find specific opportunities for optimization and cost reduction in your existing architectures.
Designing for Data Transfer Efficiency: Data transfer costs can be a sizable and commonly ignored portion of your AWS bill. You will design your architecture to limit these costs - for example - use placement groups to place resources in the same region, utilize private IP addresses for communication between services, and use services like Amazon CloudFront to cache content closer to your users (reducing data transfer out to the Internet).

Who Should Enroll in This Course?

Our AWS Training in Delhi is tailored to meet the needs of various professionals and students seeking to create a career in the cloud.

IT Professionals and System Administrators (Windows or Linux) seeking to upgrade their skills for the cloud world.
Development professionals wanting to learn how to deploy and manage their applications on a scalable cloud platform.
Database and Network Administrators looking to acquire new skills and manage their environment in the cloud.
Solutions Architects and Project Managers that will need to have a solid understanding of the AWS platform in order to design and lead the project.
B.Tech, M.Tech, BCA and MCA students that want to jump-start their career with a globally accepted, in-demand skill.

The GICSEH Advantage: The Premier AWS Institute in Delhi

In a crowded market full of training alternatives, GICSEH stands out as the best AWS institute in Delhi, providing a learning ecosystem expressly designed to help students succeed. Our competitive advantage is our dedicated attention to practical skills, skilled mentoring, and real-life career outcomes. 

Personalized Mentorship in Small Batches

We are strong believers in personalized education. To keep our class sizes small we have created an interactive and social learning environment where every student has a voice. This means you can personally engage with our AWS certified mentors, ask detailed questions without ramifications, and rely on them for step-by-step support and mentoring in difficult architectural concepts and lab work. It is these elements of personalized mentorship that really help you to achieve mastery and confidence. 

Real Hands-On AWS Lab Environment

You cannot learn cloud architecture from a slides presentation or simulator. Our whole AWS Course is based around our "learn by doing" model. We will help you set up and use your own AWS Free Tier account, which will be your live lab environment. You will be spending 80% or more of your training time actually building and configuring and troubleshooting services from the AWS Management console and the CLI (command line interface). This immersive, hands-on experience is what builds real-world skills and separates our students from the competition.

Learn from Certified and Experienced AWS Architects

The instructors at our institute are our ground zero. They aren't trainers with memorized exam dumps; they are AWS Certified Solutions Architects with 10 years + of experience designing, deploying, and managing complex, enterprise-grade solutions for large enterprises. And they bring their invaluable experience to the classroom, teaching you the official curriculum and their practical tips, architectural strategies, and troubleshooting techniques to succeed as a professional.

A Project-Based, Portfolio Building Approach

We know that employers hire based on displayed ability, not certifications. Our curriculum is designed to help you build a portfolio that showcases your architectural abilities. The course includes a major capstone project, where you will design and document a complete, well-architected solution (for example, designing a highly available, scalable, and secure e-commerce website on AWS) to solve a real business problem. It will serve as solid evidence of your skills and a major talking point in job interviews.

Committed and Proactive Placement Assistance Program

Your career success is our ultimate success. Being the most career-committed AWS institute in Delhi, we offer a complete placement assistance program and work with you at every step. Our dedicated placement cell partners with you to create a professional and keyword-optimized resume that showcases your AWS skills and projects. We conduct multiple effective mock interviews that include technical architectural scenarios, as well as behavioral HR questions. Finally, we leverage our extensive network of corporate hiring partners to connect you to job openings, with full support provided until you secure a permanent placement.