Tech Lead GO

About Company:

Our client is a liquidity and technology provider of solutions for the crypto and foreign exchange (FX) industry. The company specializes in the sphere of B2B services and products, catering to a wide range of clients including large licensed brokers, crypto exchanges, crypto brokers, forex brokers, hedge and crypto funds, and professional managers. The company’s advanced base of ready-to-use technical solutions enables brokers to save time and money on consuming infrastructure projects and focus on enlarging their client base and increasing their revenues.

Requirements:

• Strong proficiency in the Go programming language with a solid understanding of its core concepts and idiomatic usage and the principles of writing concurrent code
• At least 4 years of practical experience in commercial Go development
• 1+ year experience managing development team of 3+ people
• Experience in developing high-loaded applications (thousands of RPS)
• Deep understanding of synchronization mechanisms
• Basic understanding of Linux principles and commands
• Knowledge of SOLID, design patterns, the experience of applying them
• Experience with unit tests and mocks
• Experience developing applications with SQL databases and key-value storage
• Experience with microservices, their orchestration, message streaming
• Experience with Protobuf and GRPC
• Experience with WebSocket and REST
• Knowledge of algorithms and the ability to apply them
• Knowledge of Git

Preferably:

• Knowledge of C# would be beneficial

Responsibilities:

• Designing and developing high-load services from scratch;
• Identify problems in the application's code and form refactoring tasks, decompose story and tasks;
• Tech debt structuring and management;
• Conducting code review;
• Analysis of product requirements, and design of development plans;
• Constant interaction with Sub-Stream Software Engineers, technical support, project managers, and other stakeholders to optimize processes and improve product quality;
• Responsibility for product quality and reliability;
• System technical analysis and elimination of bottlenecks;
• Improving system stability under heavy loads.