• Establishment of the training program • My lectures encompass: Radiation Physics and simulation for engineers, Medical Imaging Physics and Equipment, Biomedical Sensor , Signal Processing of biomedical signal, Research Methods in Science, Medical Image Processing, • Quality Health Improvement Consulting • Start-up project in medical equipment Development: International Collaboration Example of dissertations under my supervision:- Yann Adebi Sadio NDOUR: Development of a method for estimating the fetal heart rate- Glad J. D MOUKOURI: Design and production of a connected stethoscope- Colin Sastre AISSO: Design and implementation of rules and means for reducing the harmful effects of ionizing radiation on users and patients at Abass Ndao Hospital- Djibril DIOP: Installation of a linear accelerator for oncology in Senegal

Teaching to bachelors and master students :Signal Processing & Matlab applicationsMedical ImagingBiomedical SensorDosimetry in RadiotherapyPractical electronics and Arduino

Evaluation des infrastructures hospitalières et équipements médicaux selon le Plan National de Développement Sanitaire du Sénégal (PNDSS)

In healthcare establishments, the medical physicist designs, prepares and implements dosimetric studies and technical monitoring procedures for radiotherapy equipment. This recent job has been officially recognized as a health profession since January 2017 Tasks during the internship: • Care assistance • Prepare the patient for his treatments; • Install the accessories necessary for the treatments; Physical dosimetry • Perform the necessary radiation dose calculations; • Plan treatment using x-ray machines and computer systems e • Apply the treatments prescribed by the radiation oncologist

Ayming is an international consulting group leader in Business Performance. We advise top executives on their most critical issues and opportunities around three major pillars: operational excellence, employee commitment and innovation management across all industries and geographies.

• Develop models for medical radiation planning. • Mounting electron scattering experiment.• Measure energy loss and cross section.• Include low energy electrons effect for dose evaluation.• Compare ion chamber vs Monte Carlo track structure prediction in and out field.• Develop new biological dosimeter.- Objectives: Incorporate nanoscale radiation damage models to treatment planning systems for radiation therapy and nanoparticle-aided approaches = Cancer healthcare.- Skills: Learn time management | Project management | Team work | Scientific writing in medical device industry.

• Perform differential cross section measurement. • Learn reaction microscope technique.- Objective: Electron impact on pyridine molecules using a reaction microscope | Vacuum engineering & technology |Data analytics | Cancer healthcare research oriented.

• Learn to gain practical knowledge about the medical physics job, once a week.• Accompany Dosimetrist and Medical Physicist to perform daily, monthly and semestrial quality assurance.• Use Xio and RayStation Treatment Planning Systement (Radiotherapy TPS) to plan the dose in my training. - Equipments available : Varian Clinac | Varian OBI | Tomotherapy | Novalis- Supervisor: Chief physicist: Luis Nuñez.

• Simulate nanoparticle irradiation by Monte Carlo. Acquire expertise in Monte Calo track structure code with GAMOS plug in.• Realize nanoparticle irradiation with gamma rays.• Learn about characterizaton techniques: TEM, XPS, UV SPR.

• Make an analytical model to predict ultrasound backscattering from blood tissue.• Validate mathematical model with numerical simulation.• Realize quantitative ultrasound imaging of blood aggregation for early diagnosis.- Skills: Physical modeling of ultrasound | Signal processing (Power spectrum, FFT) | Testing and validation by experiment.

• Get involved in experiments on mice tumour using an advanced ultrasound Imaging modality.• Provides a mapping of tissue elasticity: Elastography.• Get involved in experiments on cells irradiated by X rays in order to monitor cell death by ultrasound spectrum analysis method: Ultrasound Tissue Characterization.- Research Director: Jeffrey Collin Bamber

• Perform feasibiltity study of elastography for earl detection of tumor. • Experiment on mice. • Validate of data by MRI. • Initiate poroject to monitor cell death by ultrasound.- Research Director : Dominique Thiaudière

• Characterize kidney stones at atomic resolution using synchrotron radiation.• Involve X ray and fluorescence spectrocopy. Knowledge of optics of soft X rays beamline.• Develope algorithms based on mathematical physics for quantitative ultrasound Imaging i.e. Virtual histology.Research Director: Emilie Franceschini