QNX Everywhere in Education for India
The Future Starts Here.
Collaborating to Build Next Generation Embedded Developers​​​

QNX offers superior hardware support and uses a microkernel architecture that provides modularity, high reliability, and fault isolation.

- Multithreaded programming projects

- QNX RTOS programming projects

- POSIX-based projects in C

Yes. Enrolled students will receive access to the Learning Management System (LMS) for structured QNX training.

- System Programming in UNIX/LINUX

- POSIX Standards

- Inter-Process Communication (IPC)

- Monolithic Kernel: All OS functionalities run in a single address space as one large executable.

- Microkernel: Only essential services like the scheduler and process manager run in the kernel space. Device drivers and system services run in user space.

- OTA updates occur over encrypted channels.

- QNX Trusted Disk stores encrypted filesystems.

- Secure boot ensures safe decryption.

- Dedicated QNX binaries manage encrypted content.

SPI, I²C, and UART.

- Automotive Application Developer

- Medical Instrument Firmware Developer

- QNX BSP Developer

- Audio Application Developer

- Robotics Application Developer

Yes.

Its microkernel architecture, IPC mechanism, reusable components, and wide hardware support.

Yes.

- Priority-based scheduling

- Lightweight kernel calls

- Deterministic execution

Linux and Windows are not hard real-time OS, whereas QNX offers deterministic, real-time performance.

- Real-time programming

- Device driver development

- AUTOSAR standards and components

- CAN and LIN protocols

- QNX mitigates ~97% of common OS vulnerabilities.

- Trusted Disk ensures secure filesystem storage.

- Secure boot enables safe decryption.

- Dedicated binaries manage encrypted data.

Yes, using benchmarking tools and Momentics System Profiler.

The MCU and MMU enforce strict memory separation.

QNX enables distributed real-time architecture across multiple ECUs.

Through BSPs that enable communication with peripherals.

ISO 26262, IEC 61508, IEC 62304.

Secure boot, QNX Secure Disk, process isolation, microkernel architecture.

TBD.

Yes. (Full detailed answer under review.)

Hardware can run on QNX and software can be designed using its microkernel architecture.

C/C++.

BSP provides board-specific components and drivers used within the System Development Platform (SDP).