Overview

Candidates will be building mission-critical, system-level applications that interface directly with hardware devices. This is production code that demands high performance, reliability, and precision.

Real-Time System Modules

Low-latency, high-performance C++ components that run continuously in production environments

Device-Driven Applications

Software controlling validators, scanners, ticketing systems, and other specialized hardware

Multi-Threaded Processing

Concurrent operations with IPC communication for seamless inter-component coordination

Hardware Debugging

Hands-on troubleshooting at the hardware level using GDB, core dumps, and system-level analysis

REST APIs & JSON

Integration with external services through RESTful interfaces and efficient data parsing

Memory-Safe Modules

High-performance code leveraging smart pointers, RAII, and modern C++ memory management

Mandatory Skills

Candidates must have ALL of the following skills. These are non-negotiable requirements based on the technical demands of the role.

6+ years of C++ development for P3 level, 10+ Years for P4 Level

Substantial production experience with verifiable project history

C++11/14 features

Must provide concrete examples: lambdas, auto, range-based loops, smart pointers

STL mastery

Proficient with vector, map, set, algorithms, and custom comparators

Smart pointers & RAII

unique_ptr, shared_ptr, weak_ptr usage with proper ownership semantics

Move semantics

Understanding rvalue references and optimization techniques

Concurrency & Communication

• Multithreading: thread, mutex, condition variables
• IPC: shared memory, pipes, sockets, message queues
• REST API integration + JSON parsing

Engineering Excellence

• Hardware debugging (GDB/LLDB/core dumps)
• SOLID principles + OOP + UML
• Observer pattern implementation

Additional Good-to-Have Skills

While not mandatory, these skills significantly strengthen a candidate's profile and indicate broader technical maturity.

Testing Frameworks

GoogleTest, VSTest, or similar frameworks. Experience with TDD methodology is a strong plus.

Boost & Pthreads

Advanced libraries for performance optimization and cross-platform threading.

CI/CD Tools

Git workflows, Jenkins automation, and modern DevOps practices.

Build Systems

CMake experience for complex multi-platform build configurations.

Project Tools

DOORS, JIRA, TestRail for requirements management and test tracking.

System Optimization

Device-driven system experience, disk I/O optimization, and memory profiling.