Career-focused training in Hyderabad

Edge AI & TinyML

Deploy optimized machine-learning intelligence directly on edge hardware.

3–4 monthsIntermediateHands-on projects
Practical lab sessionsIndustry-aligned curriculumCapstone projectInterview preparation

Program overview

Learn the concepts. Apply the tools. Build with confidence.

Learn the bridge between embedded engineering and AI: sensor data pipelines, Python foundations, model training, quantization, TinyML deployment, computer vision at the edge and performance optimization on constrained hardware.

01

Who should join

Embedded engineers, AI/ML learners, ECE/CSE graduates and product developers interested in TinyML, intelligent sensors, vision and low-latency edge applications.

02

Prerequisites

Basic Python or C is helpful. The course supplies the embedded and machine-learning foundations required to connect both domains.

Learning outcomes

What you will be able to do

✓Prepare sensor and image data for edge models
✓Train and evaluate compact machine-learning models
✓Quantize and optimize models for constrained targets
✓Deploy TinyML inference on microcontrollers
✓Measure memory, latency, power and accuracy trade-offs
✓Build an intelligent edge capstone

Detailed curriculum

Course syllabus

A progressive learning path from core foundations to an industry-focused capstone.

01

Edge AI Foundations

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  • Cloud AI versus Edge AI
  • Embedded hardware and accelerators
  • TinyML application patterns
  • Data, latency, privacy and power
02

Machine Learning Essentials

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  • Python and numerical workflow
  • Data preparation and feature engineering
  • Classification and regression basics
  • Training, validation and evaluation
03

Deep Learning for the Edge

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  • Neural-network fundamentals
  • CNNs for embedded vision
  • Audio and sensor models
  • Overfitting and model selection
04

Model Optimization

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  • Quantization and pruning concepts
  • Memory and compute profiling
  • TensorFlow Lite / TFLite Micro workflow
  • Accuracy-performance trade-offs
05

Hardware Deployment

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  • Microcontroller inference pipeline
  • Sensor acquisition and preprocessing
  • Camera and audio integration
  • Debugging on-device inference
06

Intelligent Edge Project

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  • Dataset to deployment workflow
  • Real-time performance testing
  • Connected or offline edge application
  • Demo, portfolio and interview review

Career direction

Roles this program prepares you for

Edge AI EngineerTinyML DeveloperEmbedded AI EngineerAIoT DeveloperEmbedded Vision Engineer

Questions answered

Frequently asked questions

Why use Edge AI instead of only cloud AI?+

Edge AI can reduce latency, bandwidth use and cloud dependence while improving privacy and offline capability.

Will models run on real hardware?+

Yes. The course focuses on optimization and deployment to constrained embedded targets.

Is this an AI course or an embedded course?+

It is a cross-domain program that connects model development with embedded deployment and performance engineering.

Admissions counselling

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