Ronald M. Wolf Email & Phone Number

Global

Electrification of heavy industrial transport and chemical production processes focusing on high power, high energy solutions for the chemical, mining and marine industrial sectors.

Shell Technology Center Amsterdam

Driving innovation strategy including IP, venture collaboration & investment, global capability buildup on product development and energy conversion technology skills, all to enable Shell delivering on aspired Energy Transition business goals.

Eindhoven Area, Netherlands

Integral implementation of innovation structures and processes for the new Philips Lighting Research organization following divestiture from Royal Philips. Leading the central group responsible for project management & quality, new business development, open innovation, information management and legal compliance (i.e. export controls, collaborations).

Eindhoven Area, Netherlands

Full methodology development and company wide introduction of Value Proposition Creation (VPC) as the integral business creation process for both Royal Philips Healthcare and Philips Lighting. VPC defines and validates new offerings covering the full range from mature to high risk cases. It is implemented as a standard process, used by all R&D teams preparing for subsequent R&D investments.

Eindhoven Area, Netherlands

Management of Open Innovation initiatives, partnerships and establishment of contractual agreements with partners. Development and introduction of a needs based Open Innovation framework for the total Philips Research front end innovation organisation.

Eindhoven

Establishment of venturing as innovation process in Philips research including venture initiation, venture development and related entrepreneur development. As a result a portfolio of ventures was created and brought to value by spin-up, spin-out or license out.

Philips Research Eindhoven

Research Group leader within Philips Corporate Research heading several groups with focus on advanced materials, new devices and device integration

Philips Research Briarcliff Manor Usa

Miniaturization of power electronics with emphasis on miniaturization of high frequency magnetic components. Emphasis on 3D finite element modeling to maximize loss and size reduction of such devices and implementation in miniaturized electronic lamp drivers.The research resulted in a range of vertically wound planar components with high efficiencies and small form factor.

Philips Research Eindhoven

Oxide based electronic device research with focus on epitaxial multioxide structures including superconductors, memory elements (ferroelectric field effect memory), oxidic magnetic field tunnel sensors with integrated exchange bias. Special interest in MBE and PLD growth of heteroepitaxial materials systems and electronic device characterization.

Philips Eindhoven

Advisor for implementation of vertically wound planar magnetics in the Philips Components Inpact organisation. (formerly known as Wire Wound Components).

Leiden, The Netherlands

On the catalytic reduction of NO over group VIII noble metal surfaces. This surface science research concentrated on the catalytic behavior of group VIII noble metal single crystal surfaces during catalytic reduction of nitric oxide with hydrogen and CO under low pressure conditions. Studies were extended for high pressure systems on basis of supported catalysts

Masters

Vwo