Flower is Flexible Power. Our vision extends beyond the energy transition, we aim to become the pioneering force powering the energy system of tomorrow. With an industry-leading AI-powered platform at its core, our service includes stabilizing the energy system by enhancing predictability and flexibility for both energy producers and consumers. By combining pioneering technology with a portfolio of flexible energy assets, we break new ground towards a fossil-free energy system, enabling clean energy to power society.
Open Positions
Senior Data Scientist
5+ years of experience in building and deploying ML/time-series models, strong Python skills, and a deep understanding of time-series forecasting
Senior Business Developer
8+ years of experience in business development, academic background in engineering, economics, or business, fluent in Swedish and English
Senior Optimization Engineer
Master’s or PhD in Operations Research, Computer Science, Industrial Engineering, Applied Mathematics, Engineering Physics, or a related quantitative field, 5+ years of professional experience, Proven expertise in MILP optimization techniques
Senior Product Manager
5+ years in product roles, comfortable making decisions with imperfect information, and strong independent thinker
Senior Software Engineer
8+ years of software development experience, strong experience in system design and architecture, and experience in cloud-based environments
People & Culture Partner
5+ years experience in People & Culture, deep understanding of Swedish labor law, and knowledge of labor law in other European countries
Head of BESS Development
8+ years of experience in infrastructure or energy project development, Proven leadership experience, Commercial and strategic mindset
Commercial Delivery Manager
5+ years of experience in commercial, account management or customer success roles, track record of owning complex contracts, and strong commercial skills
Data Engineer
4+ years of experience, strong programming skills in Python and SQL, and experience in designing scalable, fault-tolerant systems