Sebastian Grzesiak, MSc
Doctoral Researcher at the Wroclaw University of Economics and Business (WUEB)
Management and Quality Studies
Transport and logistics, Energy and climate, New technologies and innovation
Sebastian Grzesiak is an industry expert in electromobility, electric vehicle charging infrastructure, and the integration of parking and logistics systems with digital mobility management solutions. He combines applied research with implementation-driven experience, delivering projects for logistics real estate, retail parks, and transport infrastructure operators.
His expertise focuses on the design and deployment of EV and eHDV charging infrastructure as a strategic asset supporting organisational competitiveness. He works with smart charging systems, grid integration, and the optimisation of parking and traffic management processes. His implementations include fully automated and unattended systems, such as remote access control, vehicle flow validation (including heavy-duty vehicles), vision-based monitoring, and autonomous charging stations.
In his advisory work, he supports investors, operators, and public bodies through pre-investment analyses and infrastructure due diligence (financial viability, site selection, power sizing, and technology choice), functional audits of existing systems, and the development of electromobility strategies aligned with Logistics 5.0 principles.
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Services for business and public administration
- technical and strategic advisory in electromobility and EV infrastructure
- design, evaluation, and implementation of EV and eHDV charging systems
- pre-investment analysis and infrastructure due diligence
- functional audits and optimisation of existing charging and parking systems
- development of electromobility strategies as a competitive advantage
- benchmarking and cross-country comparative analyses
- expert input and recommendations for public policy and strategic documents
Sectoral specialisation
- system-level electromobility (vehicles, infrastructure, users)
- EV and eHDV charging infrastructure as part of corporate and logistics strategy
- smart charging and integration with power systems
- parking and charging infrastructure optimisation
- logistics centre transformation in line with Logistics 5.0
- digitalisation of mobility and infrastructure (automation, unattended systems)
Research and professional expertise
- MSc, Doctoral Researcher at the WUEB Doctoral School (Management and Quality Studies)
- author and co-author of scientific publications in international journals and publishers
- applied research in electromobility, charging infrastructure, and logistics systems
- recipient of multiple scientific awards and scholarships, including awards from the Polish Ministry of Science and Higher Education
- finalist of the global FinTech Worldline Hackathon (Paris)
- active participant in international scientific conferences and academic mobility programmes
Examples of delivered services / projects (industry version)
- Digitalisation of a logistics centre – Warsaw metropolitan area
Form of cooperation: Expert consultancy, system design, implementation, supervision, and operational support
Period: 2023–2024
Form of cooperation: Expert consultancy, system design, implementation, supervision, and operational support
Key outcomes: Full automation of vehicle traffic handling, including integration of parking systems, video surveillance, and EV charging infrastructure. Elimination of on-site physical security in favour of remote access management. Deployment of LPR cameras for ticketless and cardless vehicle validation (including heavy-duty vehicles), approximately 80 CCTV cameras, and public EV charging stations for passenger cars and electric vans.
Results: significant OPEX reduction, increased operational safety and reliability, and additional points in environmental certification in line with Logistics 5.0. - Fully automated parking facility with a self-service EV charging station
Period: 2024
Form of cooperation: System and infrastructure design and implementation
Key outcomes: Deployment of a fully automated parking facility using LPR cameras and QR-code-based access, barrier integration with a digital traffic management system, and unattended online payments via smartphone. Installation of a self-service EV charging station with a fully digital user interface, without RFID cards. Results: fully autonomous operation, reduced operating costs, and increased service efficiency and availability. - Selection of AC charging stations in an office building
Period: 2024–2025
Form of cooperation: Expert technical and strategic advisory
Key outcomes: Comprehensive analysis of the optimal number of AC charging points, billing models, system functionalities, and reservation mechanisms for employees. Assessment of technical feasibility under spatial and power constraints. Design of a rotating charging concept maximising parking space and grid capacity utilisation.
Results: a scalable AC infrastructure model reducing investment costs and enabling efficient EV charging management for employees.
Evidence of cooperation
Due to cooperation with private investors and binding confidentiality clauses, detailed information regarding specific locations and scope of implementations is not publicly disclosed. Evidence of cooperation, including reference letters and partner opinions, may be provided upon individual request and with the consent of the involved parties. Selected implementations and detailed case studies are presented directly, in compliance with business confidentiality and security requirements.
Wrocław University of Economics and Business
WUEB focuses its research on six key pillars: analytical economics and finance; management and quality; digital economy and data science; sustainable supply chains; food technology; and public policies supporting ESG. Interdisciplinary teams combine expertise across fields and translate research results into solutions ready for implementation.
As an entrepreneurial university, we co-create value together with business—from rapid expert consultations to long-term R&D programmes. Our interdisciplinary teams deliver advanced data analyses, ESG and quality audits, business models, and solutions based on AI and the green transition; we measure outcomes with shared KPIs such as partner satisfaction, implementation value, and relationship durability.
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