Open to opportunities

Marko Šošić

@markooi

Message

Engineering leader building low-latency distributed systems and high-performing teams.

Zimbabwe

Message

What I'm looking for

I’m looking for an engineering leadership role where I can own complex, low-latency or distributed system architecture, stay hands-on with execution, and build high-performing teams—backed by strong CI/CD, observability, and product-aligned delivery.

I’m an engineering leader with a deep tech and high-performance infrastructure background, focused on compute-intensive, low-latency systems. At Frame, I led architecture and development of a low-latency desktop streaming infrastructure across Windows & Linux in C++, designed for deployment across multi-cloud environments (AWS, GCP, Azure, Nutanix Cloud) to keep reliability high and video quality stable under unpredictable network conditions.

I thrive on solving complex architectural challenges through hands-on execution and building high-performing teams. I’ve directed three engineering teams as a technical leader, owned end-to-end delivery with automated deployment pipelines, CI/CD, and observability to improve reliability and release velocity, and navigated corporate transitions while preserving engineering culture and delivery momentum—then applied the same rigor earlier at Microsoft on a C++ distributed query engine for Azure Synapse, including work tied to the world’s first petabyte-scale TPC-H benchmark completion.

Experience

Work history, roles, and key accomplishments

Senior Engineering Manager

Frame

Jan 2020 - Jan 2026 (6 years)

Led architecture and development of a low-latency desktop streaming infrastructure for multi-cloud deployments, designed for high reliability under unpredictable network conditions. Directed three engineering teams, managed transitions through corporate restructuring, and improved delivery by owning end-to-end SDLC with CI/CD and observability practices.

C#Multi Cloud Architecture Distributed Systems CI CD Observability Team Leadership

Software Engineer

Microsoft

Jan 2016 - Jan 2020 (4 years)

Designed and implemented core C++ components for a distributed, serverless query engine in Azure Data Lake, focusing on performance optimization, memory management, concurrent execution, and resiliency. Owned the end-to-end lifecycle for engine components and supported production deployments, including achieving petabyte-scale TPC-H benchmark completion featured in Microsoft Ignite 2019.

C#Performance Optimization Memory Management Concurrency Data Lake Serverless

Software Engineer

FIS

Jan 2015 - Jan 2016 (1 year)

Engineered core components of a specialized database engine for real-time, high-volume financial data processing. Contributed to a next-generation platform for processing complex financial derivatives, emphasizing system performance and data integrity.

Database Engineering Real time Data Processing Derivatives Data Integrity Performance Engineering System Design

Researcher

Mathematical Institute of the Serbian Academy of Sciences an

Jan 2014 - Jan 2015 (1 year)

Developed a clinical knowledge-based decision support system to assist physicians diagnosing complex autoimmune diseases. Built a simulation model for differential diagnosis, translating medical logic into a consultative system.

Clinical Decision Support Knowledge Base Systems Differential Diagnosis Medical Logic Modeling Simulation Autoimmune Diseases

Software Engineer

Intel

Jan 2013 - Jan 2014 (1 year)

Owned end-to-end development of an image processing algorithm to remove atmospheric haze and fog from photographs, including research-driven novel algorithm design. Implemented a highly optimized C solution for resource-constrained mobile devices to deliver high performance with low memory usage.

Image Processing Dehazing Defogging Algorithm Design C++ Programming Performance Tuning

Software Engineer

Chirp Inc.

Jan 2012 - Jan 2013 (1 year)

Architected and implemented a high-performance data transmission system with a reliability layer on top of UDP to ensure data integrity and ordered delivery. Built for high-latency, long-distance networks to overcome limitations of TCP on high-speed links.

Network Protocols Data Integrity High Latency Communications High Throughput Systems Systems Engineering