Adam Luptak

Work as an independent contractor as consultant and software engineer. Architecture, Design, Implementation, Refactoring, and Reverse engineering. Migration of existing systems and platforms.

I worked for one of the global players in global cloud communication. Design, Develop, Test, Deploy => Full-stack development Microservice, Event-driven systems

I worked on large-scale corporate internet baking solutions for Asian countries. Modern modular event-driven micro-services solution.

I Worked on German payment MPOS solution for hotels in Asia. Lead and empower the team of software engineers and QA testers to develop modern cloud-ready applications (Migration from Monolith to Microservices).

Work as Software Engineer on large enterprise Multi-payment software solution.

Work as scrum master for team with 7 developers and testers, product owner and stackholders, Leading and organizing all scrum meetings include daily stand up, retrospectives, planning, demo Consulting and talking with customer, handle daily tickets and trying to separate the presure from businness from developers Motivating and pushing team for better results

Working as Software engineer/ DevOps engineer on Big data IaaS solution which take care of Map data deploy on AWS webservices. Deliver complet modern automation solutions include CI, CD include automation testing

Develop Java, ASP.Net or C # applications in various programming languages based on requirements of internal or external customers. I work on several projects where I worked in SCRUM team. We use Agile principles in practice. - Risk managment centrum microservice application which provides credit check of a person based on business defined rules. tech: Java, Spring Boot, PostgreSQL, Apache Casandra, Risk shield (Decision engine), Talend

Study the automation of technological processes, learn algorithms, design control systems, and program in various programming languages. I worked on my final thesis project, where I designed, programmed, and built a control system for a technological process called ECAP (Equal Channel Angular Pressing). Specifically, I developed an adaptive temperature regulator for this process, which the university will use for future experiments.