Projects and Modules Training
All Training and Projects Modules are Available both In-Class and Live-Online.
Linux System Administration. (M000)
Learning Installation, Maintenance, Upgrade, Configure Linux based Systems. Using Advanced System Administration Tools.
Data Structures using C with Linux and Project. (P001)
Learning C/System C Programming and Data Structures using Algorithmic Approach. Thereafter, Implementing A Project.
OOPs using C++ with Eclipse on Linux and Project. (P002)
Learn in-depth C++ Programming and attain proficiency by doing 4 project at different stages using Eclipse and Linux.
Linux System Programming with Project. Level 0 (P003)
learn Linux System Programming, Processes, Inter Process Communication, Synchronization and Threads
Linux Network Programming and Project. (P004)
Learn and Implement sockets in AF_UNIX, AF_INET Domains using TSP/UDP/IP protocols..
Character Device Driver Development. (P005)
Learn The Linux Device Driver Architecture and Implement Complete Character Device Driver from Scratch.
Project Evolution with GitLab Code Collaborate Create. (P006)
A professional course on GitLab involves curating content that spans from basic to advanced levels, ensuring learners can progress from foundational knowledge to mastering GitLab for real-world applications.
Professional Docker Development and Deployment. (007)
Containerization with Docker, essential Docker skills needed to streamline application development, testing, and deployment processes.
Block Device Driver Development. (P008)
Understand The Block IO Layer, IO scheduler and Implement the block device drivers in the Linux kernel from scratch.
Embedded Linux on ARM. (P009)
Unlock the full potential of ARM's architecture and master the art of crafting and porting your own Embedded Linux OS with our comprehensive training program, where hands-on approach makes you an expert.
Shell Scripting using Bash. (M011)
Shell Scripting for System Administration, Program Source Code Control, Project Integration.
Linux Kernel Architecture and Internals. (M012)
Processes, Memory, Block IO, Devicees, Filesystem, Booting
Android Application Development. (P013)
"This Android Application Development training equips aspiring engineers with essential skills to design, develop, and deploy innovative mobile applications on Linux-based platforms, fostering practical expertise for real-world software solutions."
Linux Network Administration. (M014)
Configuring Network protocols for some Network Servers like, FTP, TFTP, TELNET, SSH etc. Using network Administration Tools for Linux.
Python using Eclipse on Linux. (P015)
Learn Python,python programming, python Scripting, cython, numpy, python for Embeded, python for ai, debugging and Do Projects.
SPI Device Driver Development, (P016)
Master SPI Device Driver Development on Linux with hands-on training. Learn Linux kernel modules, SPI protocol, embedded systems, driver coding, and debugging skills to build robust device drivers for real-world applications
I2C Device Driver Development. (P017)
Gain expertise in I2C Device Driver Development on Linux. Learn Linux kernel programming, I2C protocol, embedded systems integration, driver coding, and debugging to build efficient, real-world I2C device drivers.
PCI Device Driver Development. (P018)
Master PCI Device Driver Development on Linux. Learn Linux kernel programming, PCI bus architecture, driver coding, debugging, and embedded systems integration to build efficient and scalable PCI device drivers
Linux Platform Device Drivers Development with Project. (019)
Master Platform Drivers. It covers Linux Device Model, Device Tree integration, kernel synchronization fundamentals. The hands-on project involves building a full, production-ready platform driver from scratch, including memory-mapped I/O and interrupt handling, ensuring readiness for custom SoC peripheral development.
CAN Bus Protocol and Device Driver Development. (P020)
Master CAN Bus Protocol and Linux CAN Device Driver Development with hands-on training. Learn socketCAN, kernel modules, message framing, debugging, and embedded system integration for automotive, industrial, and IoT applications.
USB Device Drivers Development. (P021)
Gain expertise in USB Linux Device Driver Development with practical training. Learn kernel modules, USB stack, enumeration, hotplugging, debugging, and embedded system integration for advanced hardware, IoT, and communication solutions.
Ethernet Device Driver Development. (P022)
Master Ethernet Linux Device Driver Development with hands-on training. Learn kernel programming, NIC initialization, packet transmission, debugging, and integration for embedded systems, IoT, and high-performance networking applications.
Core Java with Eclipse on Linux. (P023)
Learn Core Java with Eclipse on Linux through hands-on training. Master OOP concepts, Java programming, Eclipse IDE, debugging, and Linux-based development for software engineering, enterprise applications, and career growth.
RTOS RTLinux (024)
Learn RTOS and RTLinux training for embedded systems, real-time applications, and Linux kernel development. Gain hands-on expertise in scheduling, multitasking, and real-time device drivers for industrial automation, robotics, and IoT projects.
Rust Programming for Embedded and AI. (025)
Master Rust programming for Embedded Systems and Artificial Intelligence. Learn memory safety, concurrency, and performance optimization in Linux-based embedded platforms, enabling future-ready AI applications and next-generation IoT innovations.
Practical Linear Algebra (M026)
Master Practical Linear Algebra for AI, Machine Learning, and Large Language Models (LLM). Learn vectors, matrices, transformations, and eigen concepts essential for deep learning, neural networks, and modern AI-driven applications.
WiFi Device Driver Development. (030)
WiFi Device Driver Development, Linux wireless driver, 802.11 protocol, Linux kernel modules, embedded WiFi drivers, IoT networking, driver debugging, real-time applications.
Internet of Things (IoT) Basics, Architecture, Infrastructure. (M038)
Kickstart IoT skills with basics of architecture and infrastructure—sensors, gateways, MQTT/CoAP, edge-to-cloud connectivity, device management, security, and analytics.
Cloud Computing, Virtual Space on Internet. (P042)
Unlock the Power of the Cloud: From Architecture to Application Deployment, Master Cloud Networking Essentials and Propel Your Career Forward.
Debugging using GDB. (M050)
Master Linux debugging with GDB. Learn breakpoints, stack tracing, memory inspection, and runtime analysis for C/C++ programs. Enhance debugging skills to resolve errors efficiently and optimize embedded system development.
Go (goLang) Programming (057)
Go is a statically typed, compiled programming language designed at Google, known for its simplicity, fast compilation, built-in concurrency primitives, and strong support for networking and multi-core processing.
Advanced Data Structures, Trees and Graphs using C. (M101)
Master advanced data structures in C, including trees, graphs, and algorithms. Enhance coding, problem-solving, and optimization skills for software development, system programming, and competitive programming with hands-on learning.
C++23 Fundamentals and Advanced STL (102)
Learn Templates and STL in C++ on Linux. Master generic programming, containers, iterators, and algorithms with Standard Template Library. Enhance coding efficiency, system programming, and software development skills through hands-on training.
Linux System Programming with Project. Level 1 (P103)
Learn Linux System Programming and Database Management
Mastering the Linux Network Stack. (P104)
Master the Linux Network Stack with hands-on training. Learn TCP/IP, sockets, protocols, routing, and packet analysis. Enhance skills in Linux networking, system programming, and troubleshooting for embedded systems and enterprise networks
Parallel Port Device Driver Development. (P105)
Master Linux parallel port device driver development with hands-on training on kernel modules, hardware communication, and port interfacing. Gain expertise in Linux kernel programming, low-level I/O, and embedded systems integration for real-world applications.
BLock Device Driver Development for SD/MMC Card. (P108)
Master Block Device Driver Development for SD/MMC cards (P108) on Embedded Linux. Learn Linux block layer, MMC subsystem, request queues, DMA/interrupt handling, Device Tree, partitioning and filesystem integration, performance tuning, and ARM SoC testing to build robust storage drivers.
Embedded Linux with ARM, GUI, Touch Caliberation. (P109)
Learn Embedded Linux on ARM: configure GUI (Qt/GTK) and calibrate touch screens. Cover BSP, kernel, drivers, Yocto/Buildroot. Build reliable industrial IoT HMIs with optimized performance, security, and rapid prototyping-to-production workflows.
Advanced Shell Scripting using Bash. (P111)
Learn writing effective scripts using bash for system, network and project management
Advanced Linux Network Administration. (M114)
Gain expertise in Advanced Linux Network Administration with hands-on training in routing, firewalls, DNS, DHCP, and security. Master Linux networking tools, protocols, and troubleshooting to excel in network engineering and system administration careers.
Internet of Things (IoT) Protocols and Implementation. (P138)
Learn IoT protocols—MQTT, CoAP, HTTP, Bluetooth LE, and LoRaWAN—covering message formats, QoS, topics, security (TLS/mTLS), device provisioning, and interoperability.
Linux System Programming with Project. Level 2 (P203)
Master Linux System Programming and MySQL. Learn system calls, process management, file I/O, IPC, and database integration for enterprise, embedded, and real-world application development.
Linux Network Programming using IPv6. (P204)
Master Linux Network Programming with IPv6 through hands-on socket programming, client-server models, and protocol implementation. Learn advanced IPv6 networking, interoperability, and application development for careers in Linux system programming and network engineering.
Serial Port Device Driver Development. (P205)
Master Serial Port Device Driver Development on Linux through hands-on training in UART communication, kernel modules, and driver implementation. Learn debugging, hardware-software interaction, and embedded Linux device driver programming for real-world applications.
BLock Device Driver Development for Flash Storage Card. (P208)
Learning Linux block device drivers provides a deep understanding of the kernel's storage I/O stack. This knowledge is crucial for developing and optimizing high-performance storage solutions.
Embedded Linux with ARM using TFTP Server. (P209)
Gain expertise in Embedded Linux with ARM processors using TFTP Server. Learn Linux kernel integration, bootloader configuration, ARM cross-compilation, and embedded system deployment for efficient firmware development and device management
IoT based Smart Home Automation System. (238)
Control lights, fans, and appliances using IoT-enabled sensors and mobile apps. Integrate voice commands with Alexa or Google Assistant.
Linux System Programming with Project. Level 3 (P303)
Enhance expertise with Advanced Linux System Programming training. Master system calls, process management, inter-process communication (IPC), memory management, multithreading, signals, and debugging.
Network Programming using NETLINK Sockets. (P304)
Master Network Programming with NETLINK sockets on Linux. Learn kernel-user communication, routing, network configuration, and protocol handling. Gain hands-on expertise in Linux NETLINK socket programming for advanced networking, system development, and career growth.
GPIO Driver for LED and Buttons. (305)
Master GPIO driver development for LEDs and buttons on embedded boards (305). Learn Linux kernel modules, device tree, interrupts, debouncing, sysfs/char interfaces, and ARM-based testing to build reliable drivers for IoT, robotics, and real-time embedded applications.
Advanced Character Device Driver Development and Debugging. (405)
Master advanced Linux character device drivers. This intensive hands-on course covers kernel debugging, POSIX semantics, hardware interrupts, asynchronous I/O, and zero-copy memory mapping, empowering you to architect production-ready kernel modules.