BasFIT - meer dan Personal TrainingEffectief en uitdagend sporten is niet moeilijk, als je maar weet hoe het werkt. Omdat veel mensen niet meer weten wat nu wel en niet werkt en door alle tips op social media echt het spoor even bijster zijn, halen zij ook niet de resultaten die ze voor ogen hadden. Klinkt bekend?Bas Meusen is fanatiek sporter, Biomedisch Ingenieur en Personal Trainer. Door de inzet van deze unieke combinatie van disciplines en jarenlange persoonlijke ervaring heeft hij BasFIT Personal Training opgericht. Steeds minder mensen weten de feiten en fabels nog te onderscheiden en als gevolg zijn overgewicht en daarbij behorende mentale klachten tegenwoordig aan de orde van de dag. Hierin biedt het unieke concept van BasFIT oplossing. De laatste jaren heeft Bas al vele deelnemers mogen coachen naar een gezonde geest in een gezond lichaam.Ben jij de volgende die onderdeel wordt van onze inspirerende familie?

As a Process Engineer Products you are responsible for examining reject results and to look for solutions and improvements in contact with the Process Engineer Furnace & Degreasing and other Manufacturing Engineers. • Lead through D8D completion.• Drives improvements based on analysis and review.• Develops new materials by prototype cooler testing and implementations of changes.• The Process Engineer Products reports to the Senior Process Engineer.

At its core, the Qualification Engineer is concerned with providing and maintaining the qualification status of process equipment, production systems and utilities. Also (improvement) projects are within the scope of the Qualification Engineer. Finally the QE is responsible for the archives (technical drawings, maintenance plan etc) from a GMP point of view.

The Equipment Engineering provides the people, means, methods and technical capabilities to introduce new products to the customer site and to improve the reliability, availability and operational cost of the installed ASML products at the customer site, according to agreed specification. This means specification of operational requirements, co-design of new products, integration, validation, and introduction of new products and processes, and continuous improvement of volume equipment.

• Quality control for automotive bolts according to PPAP principle• Testing includes:o Tensile testingo Friction testing up to 1200kNo Salt spray cabinetso Microscopic structural analysis

New supramolecular zwitterionic materials for the creation of anti-fouling scaffolds Currently cell resistant properties in supramolecular biomaterials are achieved by incorporation of UPy-functionalized polyethylene glycol (UPy-PEG) in an UPy-polycaprolactone (UPy-PCL) base material. However protein repellent properties are not clear yet. The goals of this project are to study the protein repellent properties and to create an alternative for UPy-PEG with high protein repellent and cell adhesion resistant properties. To achieve the goals on protein adsorption, assays are performed using a range of proteins, which are all present in the human blood. A library is created of the specific properties of all proteins used (e.g. size, iso-electric point, stokes radius). From the adsorption results combined with this library the factors, which influence protein adsorption, can be determined. These assays are performed on both UPy-PEG materials and UPy-zwitterion materials, to be able to compare between both materials. Next to the protein adsorption assays the UPy-zwitterion material is studied using cell experiments to determine the cell adhesion resistant properties. Used techniques: Solid Phase Peptide Synthesis LCMS (Liquid Chromatography –Mass Spectrometry) HPLC (High Performance Liquid Chromatography) Fluorescence adsorption UV-VIS spectroscopy Cell seeding experiments Cell viability assay (Resazurin Assay) Cell staining

SLIPS and pCBMA based Anti-Fouling coatings for Silicon Nanopore Membranes (this work has been accepted as abstract and poster presentation at ASN Kidney Week 2015) This study focuses on two approaches towards anti-fouling properties: hydrophilic coating and hydrophobic coating. The materials subject to this research are sulfobetaine methacrylate and carboxybetaine methacrylate as hydrophilic coating and the newly designed slippery liquid infused porous surface as a hydrophobic coating. All coatings are applied to solid silicon chips to resemble SNM’s and tested for contact angle, coating thickness and protein adsorption using BSA and fibrinogen. Lastly the hydrophobic coating is applied to SNM’s to determine the influence of the coating on the actual pore size of the membrane. Ultimately the current coating process for both SBMA and CBMA shows to be not suitable for coating SNM’s, due to the high risk on damaging the membranes during coating. In terms of coating thickness however all coatings meet the required <5nm threshold. However the level of hydrophobicity of the SLIPS coating prevents all flow through the membrane. Although all coating are subject to adsorption of either BSA or fibrinogen to some extend, SBMA coating shows the most promising results towards an effective anti-fouling coating, though that is potentially highly influenced by the large differences in coating thickness. Used techniques: Chemical synthesis Oxygen Plasma Activation Hydraulic Permeability Assay Fluorescence adsorption/Microscopy Water Contact Angle measurement Ellipsometry

Towards a bioartificial kidney membrane: Bi-layer synthetic basement membranes with tailorable properties Current hemodialysis therapy for renal failure is still far from perfect, mainly since the tubulus section of the kidney is not incorporated in the design, leading to possible toxicity and deficiencies in the body. In order to incorporate the tubulus in a renal assist device a membrane needs to be developed, which mimics the tubulus membrane. The goal is to create a membrane, which is viable for epithelial cells on one side and viable for endothelial cells on the other side. The first step in this development is the synthesis of a membrane with cell viability (fouling) on one side and no cell viability (anti-fouling) on the other side. In this project this has been done using a supramolecular and modular approach with polycaprolactone (PCL) as base material and polyethylene glycol (PEG) as anti-fouling agent. Both polymers were functionalized on both ends with an ureido-pyrimidinone (UPy) moiety to make them suitable for a supramolecular approach. The bi-layer membranes in this project were created using electrospinning. A weight ratio of UPy-PCL:UPy-PEG of 70:30 gave the desired cell resistant properties whereas pristine UPy-PCL gives the desired cell viability properties. Used techniques: Electrospinning Infrared Spectroscopy Scanning Electron Microscopy Water Contact Angle measurement Cell seeding experiments Cell viability assay (Resazurin Assay) Cell staining

The minor Entrepreneurship offers a theoretical introduction to the field of entrepreneurship research and is relevant for students who are interested in understanding the role and functions of entrepreneurs and entrepreneurship as a socio-economic and cultural phenomenon.

Design of video footage and sponsor-logo's to complete the fashion show with a vj-show.

Design and operation of sound and light productions