4+ years of experience developing commercial applications on C ++
Skills in OOP, and programming patterns (design patterns, Class Diagrams)
Excellent knowledge of OOA/OOD and knowledge of C ++ on the Linux platform
Experience with remote development and debugging, fluency in Linux command line tools
Experience with administering Unix based servers
Experience with Docker
Independence and proactivity
Team working skills
A desire to study and develop a complex product
Good communication skills
Basic understanding of the design and functioning of computer networks
Understanding of the internal design of protocols on different levels (eg IP, UDP, DNS, HTTP, VoIP, etc.)
Experience in optimizing the work of operating systems and applications
Experience with the OS system and hardware levels
Knowledge of best-practice programming
Experience in using STL and Boost
Experience working in large projects
• Professional Development:
— Experienced colleagues who are ready to share knowledge;
— The ability to switch projects, technology stacks, try yourself in different roles;
— More than 150 workplaces for advanced training;
— Study and practice of English: courses and communication with colleagues and clients from different countries;
— Support of speakers who make presentations at conferences and meetings of technology communities.
• The ability to focus on your work: a lack of bureaucracy and micromanagement, and convenient corporate services;
• Friendly atmosphere, concern for the comfort of specialists;
• Flexible schedule (there are core mandatory hours), the ability to work remotely upon agreement with colleagues;
• The ability to work in any of our development centers.
Our client is a global provider of testing, analytics, and security solutions for the telecommunications sector.
DataArt’s specialists are helping to develop an analytical solution which tracks transactions that determine the quality of customer experience with network service providers (QoE). From these transactions, key indicators are displayed, such as radio frequency performance, base signal speed, and service performance (VoLTE, SMS). All metrics are combined into the final QoE estimates, which are used to determine hot spots and help localize and solve service quality problems.