Lead Software Engineer - High-Performance Distributed Systems

Objective Partners; Chicago (IL); Híbrido; USD 150.000 - 210.000; Jornada completa

Descripción de la vacante

Objective Partners in Chicago or Denver is seeking a Lead Software Engineer for High-Performance Systems to drive architectural direction for a global, high-concurrency video distribution platform with ultra-low latency and reliability.

You will guide cross-functional teams, own the lifecycle from prototyping to deployment, and mentor engineers while pursuing innovative technologies to improve observability and resilience across distributed infrastructure.

Formación

• Bachelor’s or Master’s degree in CS or related field.
• 5+ years in software engineering with 3+ years in leadership.
• Expert in Golang and C++ with focus on network programming.
• Strong Linux/Unix fundamentals and data structures.
• Experience with Agile/SDLC and operating large online services.
• Excellent collaboration across time zones.

Responsabilidades

• Architectural strategy for a distributed ad-serving framework.
• Develop low-latency networking and multiprocessing in Go/C++.
• Own the full software lifecycle from prototype to deployment.
• Research emerging tech to improve observability and resilience.
• Collaborate with infrastructure and SRE for monitoring and direction.
• Mentor engineers and promote high-quality, testable code.

Conocimientos

Golang

C++

Linux/Unix

Concurrency

Distributed Systems

Architecture Leadership

Cross-functional Leadership

Mentorship

Networking

Educación

Bachelor’s or Master’s in CS

Descripción del empleo

Objective Partners in Chicago or Denver is seeking a Lead Software Engineer for High-Performance Systems to drive architectural direction for a global, high-concurrency video distribution platform with ultra-low latency and reliability.

You will guide cross-functional teams, own the lifecycle from prototyping to deployment, and mentor engineers while pursuing innovative technologies to improve observability and resilience across distributed infrastructure.