E×T Under Edunivra Pvt Ltd & 369 Tesla
KMC-111Advanced · Tamil and English

MCP and AI Agent Development

Create secure MCP servers, tools and human-controlled AI agent workflows.

5Weeks 7Modules 14Classes 38Topics
Connected code, AI, deployment and career learning system
Live learningTamil + English
Course projectPortfolio ready
Course overview

A complete, classroom-ready learning structure.

This course is organised as a guided sequence of concept classes, instructor demonstrations, hands-on labs, debugging sessions and project reviews. Every class produces visible learning evidence.

Recommended effort60 hours
Structured class time18 hours
Course fee₹7,999
CertificateCourse certificate
Learning outcomes

What you will be able to do.

Outcomes connect the syllabus to demonstrable skills, assessment evidence and the final course project.

01

Explain and apply the core concepts across 7 structured modules.

02

Complete 14 guided classes covering 38 syllabus topics.

03

Use professional tools, debugging methods and secure development practices appropriate to the course.

04

Plan, build, test and present the course project: Build a secure LMS MCP server with permission-aware tools and resources.

Complete syllabus

7 modules · 14 classes · 38 topics

Open any module to see its full class-by-class teaching structure and covered topics.

Theory Guided lab Workshop
01 MCP Architecture2 classes · 5 topics · 3 hours

2 focused classes covering 5 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: Host, Client

HostClientServer
60 min
guided lab

Class 2: Connection lifecycle, Capability discovery

Connection lifecycleCapability discovery
90 min
02 MCP Features2 classes · 5 topics · 3 hours

2 focused classes covering 5 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: Tools, Resources

ToolsResourcesPrompts
60 min
guided lab

Class 2: Input schemas, Output responses

Input schemasOutput responses
90 min
03 Transport2 classes · 5 topics · 3 hours

2 focused classes covering 5 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: STDIO, HTTP

STDIOHTTPLocal server
60 min
guided lab

Class 2: Remote server, Connection management

Remote serverConnection management
90 min
04 MCP Server Development2 classes · 6 topics · 3 hours

2 focused classes covering 6 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: Server setup, Tool registration

Server setupTool registrationResource registration
60 min
guided lab

Class 2: Validation, Errors

ValidationErrorsLogging
90 min
05 MCP Client Development2 classes · 5 topics · 3 hours

2 focused classes covering 5 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: Connecting, Listing tools

ConnectingListing toolsCalling tools
60 min
guided lab

Class 2: Reading resources, Handling responses

Reading resourcesHandling responses
90 min
06 Security2 classes · 6 topics · 3 hours

2 focused classes covering 6 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: Authentication, Permissions

AuthenticationPermissionsApproval
60 min
guided lab

Class 2: Secret management, Rate limiting

Secret managementRate limitingAudit logs
90 min
07 AI Agents2 classes · 6 topics · 3 hours

2 focused classes covering 6 curriculum topics through explanation, demonstration and guided practice.

theory

Class 1: Agent loop, Planning

Agent loopPlanningTool selection
60 min
guided lab

Class 2: Memory concepts, Human approval

Memory conceptsHuman approvalRecovery
90 min
Course project

Turn the syllabus into portfolio evidence.

Build a secure LMS MCP server with permission-aware tools and resources.

1Plan2Build3Test4Present
Required evidence
  • Requirement and architecture notes
  • Working source-code repository
  • Testing and security checklist
  • Live demonstration and technical viva
Class structure

Every week moves from knowledge to proof.

The same repeatable cycle keeps classroom delivery consistent while giving learners enough time to understand, practise, build and review.

1

Learn

Concept class, visual architecture and instructor demonstration

2

Practice

Guided coding, exercises, code reading and debugging

3

Build

Feature implementation, module task and repository update

4

Test

Knowledge check, coding assessment and viva

5

Deploy

Documentation, security review and presentation

Seven-day rhythm

A balanced teaching, lab and portfolio schedule.

  1. Day 1 · Theory and concept class
  2. Day 2 · Instructor coding demonstration
  3. Day 3 · Student coding lab
  4. Day 4 · Real application development
  5. Day 5 · Assignment and debugging
  6. Day 6 · Revision, test and project review
  7. Day 7 · Self-learning and portfolio update
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