07/01/2026 updated
100 % available
Software Engineer - Python, AWS, Databricks
Prague, Czech Republic
Only remote
Electronics and Electrical Engineering MEng (First Class Honours) - University of GlasgowAmazon Web ServicesDjangoPython (Programming Language)
Backend & Frontend Development
Expertise in Python, Django, REST API, PostgreSQL, and React for building robust backend and frontend applications, including clinical trial platforms.
DevOps & Cloud Infrastructure
Proficiency in Docker, Terraform, AWS (Lambda, Step Functions, Glue jobs, ECS, S3, CloudWatch), and GitHub CI/CD for managing scalable cloud environments and automated pipelines.
Embedded Systems Development
Strong background in C/C++ with CMAKE, ESP32, freeRTOS, I2C, SPI, UART, Computer Vision, and DSP for embedded firmware and hardware-level programming.
Technical Leadership
Experience leading cross-functional development teams of up to 15 people, including backend, frontend, DevOps, and QA engineers, across multiple environments and release cycles.
Analog IC Design & ISO 26262
Hands-on experience in system requirements definition, feasibility analysis, architecture design, and development planning to achieve ASIL-D rating according to ISO 26262.
PCB & Electronic Design
Design of system architecture, schematics, and PCB layouts for electronic products, including UV-based devices achieving high disinfection efficiency.
Data Engineering Tools
Familiarity with Databricks, Airflow, and dbt as part of modern data pipeline and analytics stacks used in clinical trial applications.
GxP Documentation & Compliance
Authoring of audit-ready GxP documentation and management of change requests through formal control processes in regulated environments.
Web Application Development
Development of full-stack web applications using Django, PostgreSQL, Docker, and NGINX, including publicly deployed projects.
Expertise in Python, Django, REST API, PostgreSQL, and React for building robust backend and frontend applications, including clinical trial platforms.
DevOps & Cloud Infrastructure
Proficiency in Docker, Terraform, AWS (Lambda, Step Functions, Glue jobs, ECS, S3, CloudWatch), and GitHub CI/CD for managing scalable cloud environments and automated pipelines.
Embedded Systems Development
Strong background in C/C++ with CMAKE, ESP32, freeRTOS, I2C, SPI, UART, Computer Vision, and DSP for embedded firmware and hardware-level programming.
Technical Leadership
Experience leading cross-functional development teams of up to 15 people, including backend, frontend, DevOps, and QA engineers, across multiple environments and release cycles.
Analog IC Design & ISO 26262
Hands-on experience in system requirements definition, feasibility analysis, architecture design, and development planning to achieve ASIL-D rating according to ISO 26262.
PCB & Electronic Design
Design of system architecture, schematics, and PCB layouts for electronic products, including UV-based devices achieving high disinfection efficiency.
Data Engineering Tools
Familiarity with Databricks, Airflow, and dbt as part of modern data pipeline and analytics stacks used in clinical trial applications.
GxP Documentation & Compliance
Authoring of audit-ready GxP documentation and management of change requests through formal control processes in regulated environments.
Web Application Development
Development of full-stack web applications using Django, PostgreSQL, Docker, and NGINX, including publicly deployed projects.
Languages
GermanGoodEnglishNative speakerSlovakNative speaker
Project history
Technical lead for multiple applications used in clinical trials with a tech stack including Python, AWS, Terraform, GitHub Actions, Databricks, Airflow, and dbt. Led a development team of approximately 10 people (backend, frontend, DevOps, QA) across 5 environments. Planned delivery schedules, managed change requests, and authored audit-ready GxP documentation.
Defined system requirements and led feasibility analysis, architecture design, and development planning based on customer and systems engineering inputs to achieve ASIL-D rating according to ISO 26262. Led and supported design, verification, and validation teams of approximately 15 people during development.
Designed system architecture, schematics, and PCB layout for a UV hand sanitiser achieving 99% disinfection efficiency.