- Lead the analysis and design of user-configurable Laboratory Information System - Eliciting business and system requirements from clients via interviews, work shadowing, document analysis, meetings and workshops- Working closely with lead developers in designing robust, efficient and scalable system architecture and user interface- Creating, managing and prioritizing development tasks in Jira, requirements documentation in Confluence- Planning task execution according to… Show more - Lead the analysis and design of user-configurable Laboratory Information System - Eliciting business and system requirements from clients via interviews, work shadowing, document analysis, meetings and workshops- Working closely with lead developers in designing robust, efficient and scalable system architecture and user interface- Creating, managing and prioritizing development tasks in Jira, requirements documentation in Confluence- Planning task execution according to priority, task interdependencies, budget and developer availability - Modelling data and use cases using ERDs, Domain models, BPMN and UML diagrams- Writing SQL queries and migrations for system configuration and troubleshooting, generating migration SQL from Excel input tables- Creating in-house training series on prototyping (mainly Axure RP) and BPMN modelling- Certified Scrum Product Owner certificate from Scrum AllianceSimilarly, worked with various other clients and systems from private and public sector: Data collection and assessment system for OECD Sigma, Application processing system for Agricultural Board, Real-estate management platform for a private company Show less

Launching industrial product sales in Estonia

- Studied local behavioral changes of various materials in 20K – 1000K range using Solid State Nuclear Magnetic Resonance (SSNMR) methods and global behavioral changes using X-Ray diffraction crystallography (XRD) and Raman methods- Measurement data analysis and modelling: performed spectral fitting, parameter extraction and cross-referenced results SSNMR, XRD and Raman methods to determine correlations between local and global behavior of materials. Compared results with peers’… Show more - Studied local behavioral changes of various materials in 20K – 1000K range using Solid State Nuclear Magnetic Resonance (SSNMR) methods and global behavioral changes using X-Ray diffraction crystallography (XRD) and Raman methods- Measurement data analysis and modelling: performed spectral fitting, parameter extraction and cross-referenced results SSNMR, XRD and Raman methods to determine correlations between local and global behavior of materials. Compared results with peers’ findings- Part of the work became my Master's thesis Show less