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Complete Computer Science Methodology & Stock Analysis

Empowering engineers with deep-dive development tracks from core languages to automotive systems, and supplying traders with intelligent Nifty 500 analytics.

Core Engineering Curriculum

Select a subject track below to open the complete index syllabus, track interactive lesson metrics, and launch modules.

C Programming Language

Foundational architectures and memory pointer optimization tracks.
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C++ Object-Oriented Frameworks

Polymorphic paradigms, abstractions layers, and templates masterclasses.
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Controllers

Embedded systems, microcontrollers, and hardware interfacing.

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AI Stock Analytics Engine

Real-time market indicators, analytical mathematical forecasting models, and metrics tracking Nifty active benchmark indices.

Daily Technical Analysis

Automated charts scanning support layers, MACD trend transformations, and custom RSI parameters calculated on real-time pricing updates.
Launch Dashboard

Nifty 500 Scanners

Filter out high momentum anomalies, directional breakouts, unusual volumetric loops, and structured tracking anomalies cross-referenced instantly.
Open Registry Scanners

Nifty 200 Live Pricing

Live calculation streaming matrices capturing pricing deviations, volume spreads, and real-time variance calculations across Nifty 200 components.
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C Programming Syllabus

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Core Fundamentals

Basic language features and variable environments.
1. Introduction to C
1.1 Data Types
1.2 Variables in C
1.3 Input and Output

Execution Architecture

Control branches, operators, loops and modular components.
1.4 Control Structures
1.5 Functions in C
1.6 Arrays in C
1.7 Operators in C

Memory & Low Level Layouts

Low level direct data addresses and data mappings.
1.8 Pointers
1.9 Strings in C
1.10 Structures in C
1.13 Bit Manipulation

Advanced Core Layers

System compilation variables, casting, and system interactions.
1.11 File Handling
1.12 Preprocessor Directives
1.14 Enumerations & Storage
1.15 Memory Management
1.16 Type Casting
1.17 Error Handling
1.18 Code Optimization

C++ Object-Oriented Frameworks

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Environment & Base Paradigms

Syllabus config frameworks.
1. Setting Up Your Environment
2. Basic Concepts in C++

Intermediate & Object Oriented Systems

Classes logic arrays configurations.
3. Intermediate Concepts
4. Object-Oriented Programming (OOP)

Advanced Architecture & Extensions

Dynamic templates compilers metrics.
5. Advanced Concepts
6. Additional Topics

Controllers Syllabus

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ARM LPC2148

ARM7TDMI-S based high-performance 32-bit RISC Microcontroller.

Arm Basics
Arm Architecture

ARM Projects

A collection of hands-on projects for the ARM LPC2148.

1) 4-bit LCD Interfacing With ARM7 Primer
2) 7-Segment Display Interfacing With ARM7 Slicker
3) ARM7 LPC2148 interfacing with I2C-RTC
4) Buzzer Interfacing With ARM7 Primer
5) Digital Clock using Inbuilt RTC of LPC2148
6) External Interrupt Interfacing With ARM7 Slicker
7) GLCD Interfacing With ARM7 Primer
8) How to Communicate with PC using RS232 Protocol
9) How to Interface 4×4 Matrix Keypad with LPC2148
10) How to Interface Buzzer with LPC2148
11) How to Start Programming for ARM7 Based LPC2148
12) I2C EEPROM Interfacing With ARM7 Primer
13) I2C Seven Segment Display Interfacing With ARM7 Primer
14) Interfacing LCD with LPC 2148
15) Interfacing GPS with LPC2148 ARM
16) Interfacing GSM With LPC2148 ARM
17) Interfacing Zigbee with LPC2148 ARM
18) Introduction to ARM7 Based Microcontroller
19) Keypad Interfacing With ARM7 Primer
20) LCD 4
21) LED Interfacing With ARM7 Primer
22) PWM Interfacing With ARM7 Primer
23) Relay Interfacing With ARM Primer
24) Software Tools to Program and Burn ARM7 Based LPC2148
25) SPI-Ethernet Interfacing With ARM7 Slicker
26) Stepper Motor Interfacing With ARM7 Slicker
27) Switch Interfacing With ARM7 Primer
28) Temp Sensor LM35 Interfacing With ARM7 Tyro
29) Traffic Light Control Interfacing With ARM7 Primer
30) UART Interfacing With ARM Primer
31) Wi-Fi Interfacing With ARM Primer

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