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Expand Your Knowledge. Elevate Your Skills.

Every course combines deep theoretical rigor with live hardware labs, GitHub project portfolios, and 1-on-1 mentor guidance.

AI Tools Mastery for Engineers
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Live Online

AI Tools Mastery for Engineers

Practical, tool-by-tool course on using AI assistants like ChatGPT and Claude, GitHub Copilot, and other AI coding/design tools to speed up coursework, projects, and job preparation.

Master GitHub Copilot, Cursor & AI pair-programming
Prompt engineering for code generation, refactoring & debugging
Accelerate technical documentation, reports & presentations
AI & Machine Learning Foundations
Bestseller
Hybrid

AI & Machine Learning Foundations

Python and ML fundamentals with applied mini-projects (prediction models, basic computer vision/NLP) aimed at helping final-year students build strong resume projects.

Python data stack: NumPy, Pandas, Matplotlib & Scikit-Learn
Supervised & Unsupervised ML algorithms from first principles
Applied Computer Vision (OpenCV) & Natural Language Processing
Generative AI for Engineering Careers
Career Booster
Live Online

Generative AI for Engineering Careers

Prompt engineering, AI agents, and using generative AI for interview prep, resume building, and technical documentation.

Advanced Prompt Engineering (Few-Shot, CoT, ReAct frameworks)
Building autonomous AI agents with LangChain & Gemini API
AI-driven resume optimization and ATS scoring strategies
VLSI Design Fundamentals (RTL to Physical Design)
Govt. MeitY Aligned
Hybrid

VLSI Design Fundamentals (RTL to Physical Design)

Verilog/VHDL, digital design, synthesis, and an introduction to the physical design flow using industry-standard EDA tools.

Aligned with MeitY Chips to Startup (C2S) national initiative
Digital logic design, FSM architectures & CMOS principles
Verilog HDL & RTL modeling with testbench verification
Advanced VLSI: Physical Design & Verification
Advanced Specialization
Hybrid

Advanced VLSI: Physical Design & Verification

Deeper coverage of static timing analysis, design-for-test, and verification for students continuing from the fundamentals course.

Deep-dive Static Timing Analysis (STA) with multi-corner multi-mode
Design-for-Testability (DFT): Scan chains, ATPG & BIST architectures
SystemVerilog & UVM functional verification methodologies
Embedded Systems with Microcontrollers (ARM/STM32)
Flagship
Classroom / Lab

Embedded Systems with Microcontrollers (ARM/STM32)

C/C++ programming, RTOS basics, and hardware interfacing through hands-on microcontroller projects.

Register-level Embedded C/C++ programming on ARM Cortex-M (STM32)
Communication protocol deep dive: UART, SPI, I2C, and CAN bus
FreeRTOS task scheduling, semaphores, queues & mutex locks
IoT Systems & Product Development
Industry Favorite
Hybrid

IoT Systems & Product Development

Sensors, connectivity protocols, cloud dashboards, and a capstone project building a complete IoT product.

Wireless connectivity: Wi-Fi, BLE 5.0, LoRaWAN & Zigbee on ESP32
Networking protocols: MQTT, HTTP REST, WebSockets & CoAP
Cloud dashboards & telemetry on AWS IoT Core, ThingsBoard & Firebase
Core + IT Placement Bootcamp (AI-Assisted Prep)
Placement Support
Hybrid

Core + IT Placement Bootcamp (AI-Assisted Prep)

Mock interviews, resume and LinkedIn optimization using AI tools, and guidance on government schemes and PSU/core-sector opportunities for engineering students.

AI-driven ATS resume enhancement & portfolio review
1:1 Technical & HR mock interviews with detailed feedback
LinkedIn branding & cold-outreach framework for referrals