Dr. Marcus Hormes

Leading the development of complex subsystems for dialysis machines within a regulated medical device environment Driving product development activities across technical and functional interfaces Translating system requirements into robust engineering solutions Bridging engineering, product requirements, and stakeholder expectations Leading interdisciplinary teams and coordinating cross-functional collaboration Contributing to system architecture, integration, and development strategy

Led the Program Management Office, managing a team of project managers in medical device development (Class I–IIb, MDD/MDR) Directed complex product development programs in radiation and proton therapy Established and optimized project and release management processes across multiple development streams Coordinated interdisciplinary teams and international stakeholders Managed special projects with high strategic relevance and complexity

Managed product development projects in the field of radiation therapy systems Led international project teams across engineering and functional domains Responsible for resource planning, budgeting, and risk management Contributed to portfolio and roadmap planning Ensured alignment of project execution with organizational and strategic goals

Led engineering projects and external resource management Defined project scope, objectives, and technical requirements Managed budgets, resources, and project execution Integrated and qualified international external partners Contributed to project acquisition and business development

Led a team of 14 engineers with full technical and personnel responsibility Defined and executed strategic development of the simulation department Managed complex engineering projects for leading automotive OEMs Represented the company in client interactions and technical presentations Contributed to business growth through acquisition and portfolio expansion

Conducted numerical simulations of vehicle dynamics (ride & handling) Applied optimization methods to improve system performance Supported development projects with analytical and simulation-based insights

Coordinated simulation activities within interdisciplinary research projects Managed workflows and aligned research tasks across teams

Developed validated simulation models for blood flow and transport processes Conducted research in medical engineering applications Completed doctoral research (Dr.-Ing.)

Konstruktion und Numerische Strömungssimulation von Rotationsblutpumpen

Focus areas: Branding & Corporate Design Audio and Visual Design Visual Communication Design Strategy & User-Centered Design Selected work: Development of a full corporate design system (brand identity, layout systems, communication strategy) Application of design principles to product and communication contexts

CFD basierte Analyse des Gastransfers an Hohlfasermembranen zur Oxygenierung von Blut: Modellbildung und Validierung

Grundlagen des Maschinenwesens