Adam Tumialis

• Led a team of engineers (development, validation and devops) to deliver high-quality software solutions (based on Large Language Models/diffusion models) in a timely manner. Created sprint plans, prioritized tasks and ensured that team worked on agreed upon goals.
• Provided regular feedback to engineers and senior leadership on individual performance metrics and observations.
• Ensured that team follows best practices in software architecture, code quality, and testing. Participated in architectural discussions, code reviews and debugging sessions along with engineers.
• Collaborated with product managers and principal engineers to define clear project requirements, aligning engineering efforts with business goals.
• Defined and supervised implementation of CI pipelines in Github Actions
• Used Git and GitHub for collaborative development, code reviews, and CI/CD integration

• Managed a team of 6 software engineers, ensuring regular OpenVINO Model Server (https://github.com/openvinotoolkit/model_server) releases aligned with OpenVINO toolkit schedules, resulting in successful customer deployments.
• Directed a team of 10 developers, successfully merging ONNX Importer to OpenVINO toolkit, improving ONNX model performance and supporting new versions.
• Led a team of 6 DevOps engineers, delivering lab infrastructure and CI pipelines (Jenkins and Github Actions), reaching ~700 servers, client machines, and VMs, enhancing development and validation processes.
• Defined infrastructure monitoring processes (Zabbix, Prometheus, Grafana) and supervised incident management.
• Mentored junior and senior engineers. Promoted 2 engineers to tech leads.

• Led a team of 10 engineers to develop Intel Nervana appliance (DL100), Nauta platform, and NNP-T orchestration in Kubernetes, ensuring timely delivery and high-quality solutions.
• Implemented monitoring solutions using Prometheus and Grafana, enhancing system performance analysis and debugging capabilities.
• Collaborated with external customers to define new features and handle support issues, successfully open-sourcing Nauta and integrating it into Dell's Ready Solution for Deep Learning with Intel.

• Managed two teams: DevOps and software development (16 people in total) in Trusted Analytics Platform (TAP) project.
• Coordinated deployments for internal and external purposes: development, demos (e.g. IDF conferences), early engagements with customers.
• Cooperated with external customers in planning and deploying TAP in their public and private clouds.
• Coordinated and managed of 24/7 support and SLA processes for TAP environments in AWS.
• Migrated EnableIoT service to TAP platform.
• Developed core services in TAP 0.8 (Kubernetes based), coordinated migration from Cloud Foundry to Kubernets.

Achievements:

• Public releases of 0.5, 0.6, 0.7 and 0.8 versions of Trusted Analytics Platform (github.com/trustedanalytics and github.com/trustedanalytics-ng).
  

• Managed the team of 13 people that developed and validated EnableIoT service (https://github.com/enableiot).
• Defined and coordinated production deployments to AWS, maintenance and 24/7 support.
• Engaged in demos of EnableIoT services (i.e. IoT conference in Zakopane, Hack-a-thon in Technical University of Gdansk).

Achievements:

• Several production releases of EnableIoT service.
  

• Manager responsible for the team of 16 people (two teams) that developed and validated Trusted Connect Service and one more, internal project.
• Successful delivery of Intel Upgrade Service features for Haswell, Broadwell and BayTrail platforms used publically by Lenovo on its production line.
• Cooperation with Product Owners to define and scope projects.
• Supervised deployments to production environments, maintenance and 24/7 support.
• Coordinated development activities between Intel and the outsourcing vendor.
• Member of Technical Development Council that influenced the creation of two internal trainings - "Pain of Python" and "Introduction to C#".

• Security researcher in Trusted Connect Service project responsible for ensuring that released software didn't contain security vulnerabilities.
• Code reviews, penetration tests and development of fuzzing tools (several findings in pre-released software).
• Tracking and enforcing Software Development Lifecycle process.
• Coordination of external and internal penetration tests.
• Delivered secure code development trainings in Intel Gdansk.
• Delivered lectures about many security vulnerabilities to the team to enhance its security awareness.

• Software developer in the team that designed, implemented and released to production Intel Upgrade Service.
  
• Responsible for various parts of the system (i.e. ActiveX plugin, backend services in C#/.NET and C++, MS SQL database, Windows client applications)
  
• Member of 3rd level support (responsible for early detection of possible issues and fixing defects affecting production service)
  
• Author of early integrations that enhanced IUS security. It required cooperation with US team that implemented changes in processor's microcode.
  

• Software developer in teams that designed and implemented features for Intel Network Processors (IXP1200, IXP2400, IXP2800).
• Implementation of various features in Intel SDKs for IXP processors.
  
• Software developer involved in Active Management Technology releases.
  
• Implemented code and tests that helped in preparation of USB Redirection feature in FPGA that was later used in the production code in AMT.
• Development of Linux drivers for various Intel HW components.
• Author of internal tools e.g. defects synchronisation tool between two different databases.
  

• Software developer responsible for implementation and testing code for Ethernet up-link in Olicom TokenRing switches.

• Software developer responsible for bug fixing of code used in CrossComm routers.
• Design and implementation of a defect tracking application used internally by teams in US and Poland (integration with Sybase DB and replication server).