Dr. Friedjof Heuck

Next generation consumer electronics (CE) pressure sensors From concept to ramp up for external key costumer Leading the MEMS development team: design, layout, technology and characterization - Significant performance increase @ constant chip size and cost - High quality target & short time to market (TTM) target < 2 years - Piloting new CE project management setup, strong focus on sample phase maturity

Setting up newly introduced CE project management & integration within business unit - Define CE project managers profile & role - Adapt automotive development plan for CE (quality gates) - Integrate State of the art FMEA systematics - Update product inspection concept: scatter decomposition and inspection coverage - Stakeholders management within the organization and all over the production chain - Account for CE specific risks and extremely steep ramp up volumes

Next generation platform consumer electronics pressure sensors Platform project: High performance pressure sensor at low cost Leading the MEMS development team: design, layout, technology and characterization - High level of technical innovation @ aggressive TTM - Prioritization and risk management (mitigation) - Emphasis on requirements engineering and vs. TTM - External supplier management

Next generation consumer electronics air quality gas sensors Metal oxide based MEMS gas sensor for air quality index (indoor & outdoor) - Initiate project & and staff project team - Review development approach - New for Bosch MEMS: chemical sensor principle - Create mindset for new development approach

MEMS technology development automotive exhaust gas sensors Exhaust gas oxygen lambda sensor Transfer & implement MEMS processes within Bosch MEMS fabrication environment - Integrate and adapt new tools & processes for high volume production - Insert new functional materials into the fabrication cleanroom environment

MEMS technology for automotive & consumer inertial sensors Inertial technology roadmap definition driven by overall system optimization MEMS, ASIC & Assembly Leading the MEMS research team: design, layout, technology and measurement - High level of technical innovation - Roadmap discussion targeting a market minimum 8 years ahead - Stakeholder management - Strategic patent placement

MEMS technology for automotive an consumer devices: Technology Lead Micro projection devices for mobile applications Automotive sensors for exhaust sooth concentration and combustion pressure

PhD thesis in Microfluidics combined with Microsystems: Developing and Analysing sub -10um Fluidic Systems with Integrated Electrodes for Pumping and Sensing in Nanotechnology Applications. Installation and management of the sample preparation lab. Developing and updating student courses

Start of my PhD Thesis which was continued then at the TU Delft

Microneedles for transdermal drug delivery

Optimizing Workflows in the logistics department

Research for ultrahydrophobic surfaces

Microfluidics; Atomic Force Microscopy

Microfluidics; Atomic Force Microscopy

Processes and Materials

Mathematics; Chemistry