У вакансии есть условия, которые могут повлиять на решение об отклике
Работа только из офисаАнглийский обязателен · уровень B2
Описание
Team.Inno is a Belarusian software development company with over 18 years of experience delivering projects across 40+ business domains worldwide. They employ more than 3500 staff across several European offices and offer opportunities for both experienced and entry‑level professionals. The role focuses on building Power BI solutions and collaborating with cross‑functional teams.
Обязанности
Design, develop and maintain interactive Power BI dashboards and reports
Build reusable Power BI semantic models and DAX calculations
Analyze and extend existing Power BI reports and data models
Develop reporting for space, occupancy, customer and capacity data
Integrate and visualize hierarchical and location‑based data in dashboards
Support VCAD/BIM floor‑plan visualizations within Power BI
Optimize report performance and troubleshoot refresh and filtering issues
Требования
Strong hands‑on experience with Power BI Desktop and Power BI Service
Proficient in DAX, creating measures, calculated columns and KPI logic
Building and maintaining Power BI semantic models for complex data
Advanced SQL skills for data analysis, validation and troubleshooting
Understanding of dimensional modeling, relationships, facts and hierarchies
Experience working within Azure infrastructure and analytics environments
Implementing Row‑Level Security and deploying Power BI solutions across environments
Условия
On‑site work in modern office with spacious workstations
Voluntary health insurance and discounts from partner companies
Individual growth plans with regular salary and role reviews
Preparation for interviews with international clients in English
Detailed onboarding including team introduction, processes and office tour
Access to a wide range of projects across various industries
Opportunity to switch between technologies within a broad tech stack
Power BIDAXSQLAzureRLSdata analyticsCollaborationCommunicationProblem‑solving