Pavel Khaipov

The company develops IoT solutions for traffic monitoring and control, creating devices that detect vehicle and pedestrian movement and identify violations. Neural networks analyze video streams, while a central server ensures seamless communication between users and devices.

- Supported and enhanced one of the key backend services responsible for delivering content for product search pages and product detail cards to millions of daily users, ensuring high performance and reliability.

- Maintained and improved the backend system for the offers storage service, which processes supplier data to generate customer-facing product offers, optimizing data flow and accuracy.

- Collaborated with another developer to design and implement a new microservice aimed at improving the architecture. The service instantly aggregates product card information from various sources, applies analytical experiments on demand, and includes its own caching mechanism for data from slow sources, significantly reducing response times and system load.

- Delivered business logic implementations, tackled complex technical issues, and wrote comprehensive unit tests to ensure code quality and maintainability.

- Contributed to architectural discussions, proposing scalable and efficient solutions for high-load systems.

- Went from beginner to leader of a project team developing software for an aviation navigation system.

- As a key software developer in a project, created embedded software for one of the company's most important products, which increased revenue by 30%.

- As a key developer, developed software for production automation, which reduced product setup times from 5-8 to 3 working days.

- Developed embedded software for 5+ devices (in 2 projects as a leader).

- Developed drivers for 20+ hardware unis. Created 10+ auxiliary tools.

- Fixed 500+ errors. Made 500+ improvements.

- As a mentor helped 5+ new employees adapt.

- Made more than 40 business trips as a company representative to solve technical problems.

- Worked with a wide range of hardware, sensors, and control electronics, delivering reliable low-level integrations.

- Developed embedded software in C/C++ for ARM and MIPS-based microcontrollers across multiple aviation and industrial projects.

- Successfully debugged and optimized real-time systems, improving responsiveness and stability under strict timing constraints.

- Created software emulators that accurately replicated hardware behavior, enabling early testing and faster development cycles.

- Diagnosed and resolved complex hardware-related issues, contributing to reduced downtime and improved product quality.

- Designed and implemented navigation algorithms grounded in physics, linear algebra, and inertial navigation principles, increasing accuracy and system robustness.