Mads Andersen Email & Phone Number

Herlev, Hovedstaden, Danmark

Algorithm development for intraoperative ultrasound imaging.

Supported technical, clinical and neuroscience research that involved the 7T Philips MR systems at Lund University Hospital and Hvidovre Hospital.Tasks:-MR sequence optimization and programming (C/C++)-Signal/image processing, reconstruction and data analysis (MATLAB)-Simulations (MATLAB)-Testing and calibration of RF coils-Writing of scientific articles and technical reports to Philips-Close collaboration with clinical/neuroscience researchers-Close… Show more Supported technical, clinical and neuroscience research that involved the 7T Philips MR systems at Lund University Hospital and Hvidovre Hospital.Tasks:-MR sequence optimization and programming (C/C++)-Signal/image processing, reconstruction and data analysis (MATLAB)-Simulations (MATLAB)-Testing and calibration of RF coils-Writing of scientific articles and technical reports to Philips-Close collaboration with clinical/neuroscience researchers-Close collaboration with Philips R&D on solving software/hardware bugs and issuesSelected projects:-Real-time motion correction of the brain with 3D image navigators-Quantitative imaging: T1, B1, MT mapping-Realtime flow imaging with compressed sensing Show less

Copenhagen Area, Denmark

Supporting MR related research activities in the Copenhagen Area.

Method development for the new ultrahigh field (7T) MR scanner at Danish Research Center for MR.

Hvidovre Hospital And Dtu

Title of thesis: Towards Motion-Insensitive Magnetic Resonance Imaging Using Dynamic Field Measurements3 sub-projects:- Motion tracking based on faraday induction in wire loops measured with EEG-system. Involved various signal processing techniques of the EEG-like signals.-Measurements of movement induced B0 field changes with external B0 field probes. Extrapolation into the brain by fitting to spherical harmonic basis functions. Analysis and simulations of the numerical… Show more Title of thesis: Towards Motion-Insensitive Magnetic Resonance Imaging Using Dynamic Field Measurements3 sub-projects:- Motion tracking based on faraday induction in wire loops measured with EEG-system. Involved various signal processing techniques of the EEG-like signals.-Measurements of movement induced B0 field changes with external B0 field probes. Extrapolation into the brain by fitting to spherical harmonic basis functions. Analysis and simulations of the numerical instability dependence of the field probe positions, and comparisons with gold standard field mapping methods.-Estimation of RF field changes due to motion in MR spectroscopy using a calibration scan and a linear model.Supervisors: Lars G. Hanson (DTU & DRCMR) and Kristoffer H. Madsen (DRCMR) Show less

Medical Magnetic Resonance Imaging (Spring '13, spring '14)5 ECTS MSc course.Topics: Mathematical formalism, sequences and contrast parameters, clinical applications, image interpretation and artifacts, BOLD and fMRI, proton spectroscopy, flow and diffusion weighting.Advanced Engineering mathematics I (Autumn '09, autumn '10 - autumn '12) .20 ECTS fundamental mathematics course. Topics: Linear algebra, vector fields, volume integrals, taylor series, linear differential… Show more Medical Magnetic Resonance Imaging (Spring '13, spring '14)5 ECTS MSc course.Topics: Mathematical formalism, sequences and contrast parameters, clinical applications, image interpretation and artifacts, BOLD and fMRI, proton spectroscopy, flow and diffusion weighting.Advanced Engineering mathematics I (Autumn '09, autumn '10 - autumn '12) .20 ECTS fundamental mathematics course. Topics: Linear algebra, vector fields, volume integrals, taylor series, linear differential equations.Calculus and algebra 2 (Autumn '12)5 ECTS mathematics course for the 3½ year engineering educations (diplomingeniør). Topics: Linear Algebra, linear differential equations, functions of several variables, theory of science.Electrophysiology (Autumn '10) 5th semester course (5 ECTS). Topics: Hodgkin-Huxley model, core conductor model, Debye layer, electrodiffusion through a membrane, Nernst equation. Show less

Research visit at the C.J.Gorter Center for High-field MRI. Work on physiological B0-field corrections based on external field probe measurements. Maarten Versluis as day-to-day supervisor.

Introduction to biomedical engineering II (Winter '11, winter '12)2.5 ECTS introductory course.Topics: EEG, ECG and EMG measurements, blood flow simulation using comsol multiphysics.

Master Of Science (Msc), Medicine And Technology

My master's thesis was called "Development of a validation framework for simultaneous EEG and MRI". The project was carried out at Danish.

Master Of Science (Msc), Medicine And Technology

Education record

I was exchange student in the spring semester.

Bachelor Of Science (Bsc), Medicine And Technology

Bachelor Of Science (Bsc), Medicine And Technology

Bachelor thesis title: "Modellering og simulering af glukose-insulin dynamik"

Studentereksamen, Matematisk