Taught as Six Design Decisions
The course is organized around the six design decisions an architect actually makes — identity, data, continuity, infrastructure, application, security — not around Azure service categories.
LIVE, TRAINER-LED LEARNING
AZ-305 is not a course about Azure services. It is a course about the decisions an architect makes when designing them. If you are an Azure engineer considering the next step, this page is for you.
BUILD YOUR FOUNDATIONS
The Three Questions Before You Start AZ-305
Most engineers who look at AZ-305 have one of three questions in their head. Rather than pretend those questions do not exist, this page answers them directly.
The first question is: "Am I ready?" AZ-305 assumes you already work with Azure. You have deployed resources, managed identities, and dealt with the cost dashboard. If you have not yet done those things at work, AZ-104 is the better next step. If you have, this course assumes that foundation and builds the design layer on top of it.
The second question is: "Is architect the right role for me?" Not every senior engineer wants to be an architect, and not every architect comes from an engineering background. Architect roles are about trade-offs: reliability vs cost, security vs speed, standardisation vs flexibility. The course is designed so that by the end of the second module, you will have a clear sense of whether this kind of work energises you or drains you.
The third question is: "What will this actually change about my work?" In most Bangalore IT organizations, moving from engineer to architect means you stop owning deployments and start owning decisions. You write fewer scripts and more design documents. You spend more time in meetings than in the console. This course reflects that shift in the way it is taught.
An Azure architect designs six things: identity, data, business continuity, infrastructure, application, and security. Not "Azure services" in general, but these six design decisions, specifically. The AZ-305 syllabus is organised around exactly these six areas. This course is taught the same way.
The Identity Decision is about who gets access to what, under what conditions, and with what audit trail. Module 2 covers Microsoft Entra ID, Conditional Access, RBAC, and Azure Policy — the four levers an architect uses to answer identity questions.
The Data Decision is about which storage service fits which workload, and why. Module 3 covers SQL vs Cosmos DB vs Blob vs Queue vs Table Storage, along with tiering, replication, and backup strategies.
The Continuity Decision is about what happens when something fails. Module 4 covers availability zones, Azure Backup, Azure Site Recovery, RTO/RPO, and geo-redundant design.
The Infrastructure Decision is about compute and networking. Module 5 covers VMs vs Scale Sets vs App Service vs containers vs Functions, plus virtual networks, peering, DNS, NSGs, VPN, and ExpressRoute.
The Application Decision is about how to assemble services into a coherent system. Module 6 covers microservices, serverless, event-driven design, and AKS.
The Security Decision threads through all five previous decisions and is examined repeatedly as you progress.
The course is 2 months, with every session running as a 45-minute live class. Each session follows the same pattern: introduce a business scenario, present the constraints, then have learners argue for specific services and defend the trade-offs they chose.
That last step is what separates AZ-305 from every other Azure course. You are not being taught what each service does. You are being trained to make and defend the design choice in front of an interviewer, a technical review board, or a client.
New batch dates are being confirmed. Request a demo to discuss your availability.
Azure portal
Azure Monitor
Log AnalyticsThe architect role is a different career level from engineer. These are the roles most AZ-305 graduates step into, and what Bangalore market data suggests for each.
Amazon
Deloitte
IBM
HP
Infosys
NEXTGEN AI
Tech Mahindra
Amazon
CHIMERA
TATA
ORACLE
NEXTGEN AI
ubq technologies
CHIMERA
IBM
HP
Infosys
Innoviti
NEXTGEN AI
TATA
Amazon
WELLS FARGO
accenture
ZOHO
Microsoft
TCS
Google
IBM
Deloitte
Amazon
Google
Microsoft
HP
IBM
WELLS FARGO
accenture
Tech MahindraThe course is organized around the six design decisions an architect actually makes — identity, data, continuity, infrastructure, application, security — not around Azure service categories.
Every session introduces a business scenario with constraints, then asks you to argue for specific services. You are trained to defend the design choice, not just describe a service.
The curriculum covers identity governance, data storage, business continuity, infrastructure, application design, and security in the order architects usually approach a design.
Azure Well-Architected Framework and Cloud Adoption Framework are woven through every module, not bolted on as a separate topic.
The syllabus follows the AZ-305 exam domains published by Microsoft, and the design scenarios mirror what Bangalore interviewers actually ask.
Attend in person at our Electronic City center or join the same live batch online. Every session follows the same scenario-based plan.
YOUR LEARNING PATH
PUT IT INTO PRACTICE
A fictional Bangalore-based e-commerce company needs its customer-facing web application to survive a full regional Azure outage. The brief specifies an RTO of 30 minutes, an RPO of 5 minutes, and a fixed monthly budget ceiling. Design a two-region architecture, name the specific Azure services you would use for compute, data, and traffic management, and document the trade-offs between cost, reliability, and operational complexity.
An enterprise client is migrating from on-premises Active Directory to Microsoft Entra ID. Their compliance team requires Conditional Access for remote workers, RBAC boundaries between three departments, and an audit trail for every policy change. Design the identity and governance model end to end — covering Entra ID configuration, Conditional Access policy structure, RBAC role assignments, and Azure Policy guardrails — and defend why each layer is separate.
A single customer receives three storage briefs: a transactional order system that needs relational semantics, a real-time product catalogue with globally distributed reads, and a log archive that must be cheap and queryable. For each workload, choose the correct Azure storage service (Azure SQL, Cosmos DB, or Blob Storage), justify the choice in writing, and explain which trade-off you accepted in exchange.
A manufacturer connecting its on-premises datacenter in Peenya to Azure must route production traffic through ExpressRoute for latency reasons, but needs VPN as a fallback during circuit outages. Design the network topology — VNet peering, DNS resolution, NSGs, and traffic path failover — and present the design as a two-page architecture document with a diagram and a written decision log.
Amazon
Deloitte
Microsoft
Google
HP
IBM
NEXTGEN AI
Infosys
Innoviti
TATA
WELLS FARGO
ubq technologies
ORACLE
TCS
Tech Mahindra
Wipro
ZOHO
accenture
capgemini
CHIMERARECOGNISE YOUR PROGRESS
eMexo Technologies Course Completion Certificate in Azure Solutions Architecture (AZ-305) This certificate confirms you completed the 2-month AZ-305 training program at eMexo Technologies. It is a course completion certificate, not a Microsoft certification. To earn the Microsoft Certified: Azure Solutions Architect Expert certification, you must register for and pass the AZ-305 exam separately through Microsoft. The course syllabus follows the four AZ-305 exam domains, but the vendor exam and fee are not included in this course.
LEARN WITH GUIDANCE
Kiran is a senior Microsoft-certified trainer with 12+ years of enterprise IT experience. He specializes in Azure Data Engineering, Azure Solutions Architecture, Microsoft Identity (SC-300), Microservices, and Cloud Security. Having successfully trained over 600+ batches, Kiran bridges the gap between theoretical concepts and real-world application. His expert mentorship prepares learners to clear top Microsoft certifications (AZ-104, AZ-204, AZ-305, AZ-900) and build scalable cloud solutions.
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LEARNER EXPERIENCES
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YOUR QUESTIONS, ANSWERED
Yes, if you already design solutions at work, even informally. If you have only administered resources without making design decisions, spend another 6–12 months working on real design problems before AZ-305. The exam assumes you know how to design, not just deploy.
Microsoft requires AZ-104 (or an equivalent role-based certification) as a prerequisite for the Azure Solutions Architect Expert certification. The AZ-305 exam itself can be booked independently, but the certificate requires AZ-104 or equivalent.
A typical day involves design reviews, stakeholder meetings, trade-off documentation, cost modeling, and reviewing proposed changes from engineering teams. It involves much less hands-on console work than an engineer role. If you enjoy making design trade-offs more than hands-on engineering, this is a good fit.
Most learners who complete the course are ready within 4–8 weeks of focused preparation. Preparation should include revisiting the design scenarios from the course, reviewing the Well-Architected Framework, and taking Microsoft's practice assessments.
Yes. Online learners join the same live 45-minute sessions and participate in the same design debates. You will need a laptop and internet connection, but no Azure subscription is required for the course.
Why Train With Us
Kiran reviews Azure architectures for enterprise clients. When he walks you through a design trade-off in class, he is describing trade-offs he has personally evaluated in production.
Every scenario ends with you arguing for a specific design. The trainer asks the follow-up questions interviewers actually ask: "Why not the other option? What does this cost at scale? What happens on day one if this fails?"
Every session is live and every scenario is debated in real time. Learners who have already worked with Azure get the most out of these arguments.
The course does not waste time re-teaching portal basics. It assumes you already work in Azure and moves directly into design decisions.
Attend at our Electronic City center or join the same live batch online. Every session follows the same scenario-based plan.
The four AZ-305 exam domains are covered across the 7 modules. If you decide to sit the exam after the course, you will recognize each domain rather than learning it fresh. text
We tell you clearly whether architect is the right next step from your current role, what the role actually involves day-to-day, and what a realistic salary trajectory looks like in Bangalore.
Resume preparation, mock interviews focused on design scenarios, and a placement team that shares relevant architect openings in Bangalore. Job assistance is support, not a placement promise.