Dennis Lakerveld Email & Phone Number

- Mechatronics and control of the Dipod; a newly designed wafer handler moving wafers in the Yieldstar 500.- Involved with the mechanics and mechatronics of the wafer handling part of the Yieldstar 500 containing a pre-aligner, dipod and E-pin. - In the field support at the factory in Taiwan as well as at the customer, of the first delivered products- Functional development and ownership of a teststand used for testing the newly developed wafer handling- Development of a FAT test setup used to FAT the Dipod and pre-aligner

Delft, Provincie Zuid-Holland, Nederland

From earliest concept phase (wafer stage concept design, footprint discussions etc) until install at the customer involved with the development of Yieldstar 500 Bottom module (~KD2 till ~KD12)

Delft Area, Netherlands

As part of a team of (sub-)system experts, set up the support group aiming to improve uptime of the Mapper tools.- Deliver full range system support and planning for soving the most complex problems originating at the Mapper machines. Focused on thorough analysis and speedy recovery.- Specialized in cooling, wafer stage, metrology and vibration isolation sub-systems problem solving- Perform acceptances of modules offered by development and manufacturing teams.- Development of a team framework for delivering effective support

Delft Area, Netherlands

Ground up development, design and realization of an in-line wafer clamping system, within a SCRUM team, covering;- System Design- Concept Designs- FMEA Risk analysis - Servicing concepts - Contamination control - Experimentation and data analysis (Python) - Software scenarios- Detailed 3D CAD design (SolidWorks) - Hardware components selection - Supplier contact and purchasing - Module integration and verification

Delft

Expert in experimental dynamics and mechatronic engineering- Measurement and analysis on flow-induced vibrations for overlay and stage stability improvement- Continued improvement of the UPW cooling sub-system, on both sub-system and module level- Design (SolidWorks), modification, assembly, verification and installation of multiple cooling modules- Maintaining a dedicated vibration analysis test setup- Python programming of monitoring and data analysis scripts- Digital Signal Processing and interpretation of experimental dynamics data- Simulation and feasibility study of feedforward control- Agile / Scrum teamwork

Delft Area, Netherlands

Improvement of a vibration isolation systemCreated overview of possible vibration isolation system configurations and componentsModel creation and analysis by use of dynamic error budgetingCreation of a test stand to measure flow-induced vibrations (Experimental Dynamics)Interpretation and evaluation of experimental measurement data and it consequences for the Mapper machineGrade: 7.5Delft repository report no. : MSD 2013.020

Bachelor graduation assignment Designed and assembled the bipedal running robot Phides.For more details on the design see chapter 4 of; 'Robotic Bipedal Running: Increasing disturbance rejection'TU Delft institutional repository; ISBN 9789461861108 Result: 9

Division Dredge PumpsAssignment on mounting methods of wear plates in double-walled dredge pumps.Result 8,5

Msc, Mechanical Engineering

Master Track: Precision and Microsystems Engineering Specialisation; Mechatronic Systems Design

Bachelor, Mechanical Engineering

Graduated cum laude Honours class for excellent students Also followed a suplementary excellence track (Honours class) with extra courses.