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Hassan Mohy-Ud-Din, Phd is listed as Professor at LUMS School of Science and Engineering and Director Algorithms in Theory and Practice Lab based in Lahore District, Punjab, Pakistan. AeroLeads shows a work email signal at yale.edu and a matched LinkedIn profile for Hassan Mohy-Ud-Din, Phd.
Hassan Mohy-Ud-Din, Phd previously worked as Clinical Research Scientist at Shaukat Khanum Memorial Cancer Hospital And Research Centre and Postdoctoral Associate at Yale School Of Medicine. Hassan Mohy-Ud-Din, Phd holds Phd, Electrical And Computer Engineering from The Johns Hopkins University.
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AeroLeads found 1 current-domain work email signal for Hassan Mohy-Ud-Din, Phd. Compare company email patterns before reaching out.
My research is at the intersection of applied mathematics and clinical imaging. I exploit tools in machine learning, optimization, statistics, and information theory to develop novel algorithms for clinical and translational imaging. I study fundamental properties of algorithms, its computational virtues, limitations, and challenges, and its efficacy in completing a clinical task in question. I have done extensive research in multimodality imaging including PET/CT, SPECT/CT, PET/MR, Low-dose CT, and multiparametric MRI and developed computational pipelines for brain imaging, cardiac imaging, abdominal imaging, and whole-body imaging. Apart from research, I carry a university teaching experience of over 15 years. The website of my lab is: https://web.lums.edu.pk/~hmd/.
Listed skills include Matlab, Image Processing, Algorithms, Simulations, and 26 others.
A career timeline built from the work history available for this profile.
Lahore, Pakistan
My responsibilities include establishing a research group in collaboration with medical doctors, clinical and basic research scientists, and research fellows. I will be developing computational algorithms for multimodality imaging data to generate clinical outcomes of diagnostic and prognostic value. I will focus on several applications in neurology, cardiology, and oncology.
New Haven, Ct
My research work revolved around quantitative cardiac SPECT/CT, ultra-low dose contrast CT, partial volume correction, quantitative imaging in the liver, atlas-based multi-organ segmentation. I also collaborated with colleagues at the Yale PET Center and the Department of Nuclear Cardiology and mentored students.
New Haven, Ct
My research work revolved around quantitative cardiac SPECT/CT, ultra-low dose contrast CT, partial volume correction, quantitative imaging in the liver, atlas-based multi-organ segmentation. I also collaborated with colleagues at the Yale PET Center and the Department of Nuclear Cardiology and mentored students.
Baltimore, Maryland
Research Assistant, Tomographic Image Reconstruction and Analysis LaboratoryTheoretical Topics:Mathematical Signal and Image Processing, Medical Imaging, Inverse problems, Optimization Algorithms, Parameter Estimation and Robust Control TheoryApplication TopicsDirect/Indirect Parametric Imaging, Motion estimation and correction in Brain PET, Dual-Biomarker imaging in Brain PET, Absolute Myocardial Perfusion quantification in Cardiac PET, 3-D/4-D Image Reconstruction in PET imaging, Physiological Segmentation/Clustering of Dynamic PET images
Baltimore, Maryland
Research Interests:- Medical Imaging- Image Processing and Analysis- Robust Parameter Estimation- Motion Estimation and Correction- Applied Mathematics and Statistics- Partial Differential Equations- Nonlinear Programming
Baltimore, Maryland
NOTE: By Instructor I mean that I conducted lecture sessions for these courses.- Instructor, Image Processing and Analysis-I (ECE 520.414, 12' 13' 14')Supervisor: Professor John GoutsiasMy responsibilities include conducting recitation sessions for the course on Image Processing and Analysis, grading the exams and providing guidance to students in grasping the fundamentals and concepts of the course. This is a pre-requisite for the course Image Processing and Analysis-II (ECE 520.415)- Instructor, Digital Signal Processing (ECE 520.435, 09' 10' 11')This is a 4 credit-hours course. My responsibilities include teaching one credit-hour lectures on the implementation of Digital Signal Processing techniques in MATLAB. It accounts for 33% of the overall Grade. The course is taught by Professor Howard L. Weinert. Lectures outline is as follows:- MATLAB Tutorial- Overview of Digital Signal Processing Systems- Discrete Time Signals and Concepts- Sampling and Binary Representations- Discrete Time Systems- Transform and Filtering PrinciplesCourse Webpage: http://dsp435.wordpress.com/
Baltimore, Maryland
- Teaching Assistant, Energy Systems Analysis (ME 530.464, 13')My responsibilities include conducting recitation sessions for the course on Energy Systems Analysis, grading the exams and final project presentations and providing guidance to students in grasping the fundamentals and concepts of the course. I also gave a tutorial on MatPower, a MATLAB package to solve power flow problems.- Teaching Assistant, Signals and Systems (ECE 520.214, 11' 12')My responsibilities include conducting recitation and tutorial sessions for the course on Signals and Systems, grading the exams and providing guidance to students in grasping the fundamentals and concepts of the course. This is a pre requisite of the course I have instructed thrice i.e. DSP for MATLAB (ECE 520.435)- Teaching Assistant, Introduction to Wavelets and Fourier Analysis (EN 550.484, 10')My responsibilities include assisting Professor Youngmi Hur in the course: Introduction to Wavelets and Fourier Analysis offered in the Department of Applied Mathematics and Statistics and providing guidance to the students on the afore-mentioned course.- Teaching Assistant, Advanced Microprocessor Laboratory (ECE 520.450, 10')My responsibilities included assisting Professor Robert Glaser in grading the course: Advanced Microprocessor Laboratory offered in the Department of Electrical and Computer Engineering.
Lahore, Pakistan
Responsibilities include designing and developing undergraduate and graduate research laboratory; including design of experiments, developing instruction methodology/lab manuals, conducting tutorial sessions and pre-lab lectures and training Lab Engineers. I was also a part of curriculum developing team with Prof. Abubakr Muhammad.Main Contributions:- Helped design Introductory Electronics Laboratory for multidisciplinary undergraduate students at SSE, LUMS- Conducted experiments on Heat Transfer and Newton’s law of Cooling for 160 students (Softwares: MATLAB 7.5 and LabView 8.5)- Conducted a 5-day workshop on MATLAB 7.5 for 160 students
Lahore, Pakistan
- Taught Digital Signal Processing, twice to 8th semester students (class strength 60)- Taught Probability, Random Variables & Statistics to 4th semester students (class strength 60) - Taught Electric Machines to 3rd semester students (class strength 60)- Taught Electric Circuit Analysis twice to 1st semester students (class strength 60)- Instructed DSP Lab: Implementation of a Complete Discrete Time System in MATLAB 7.0- Instructed DSP Lab: Implementation of ADC (Successive Approximation Algorithm) in MATLAB 7.0- Instructed DSP Lab: FIR Filter Design and Analysis in MATLAB 7.0- Instructed PSpice Simulator (Version 9.0) in Electric Circuits Lab
Lahore, Pakistan
Studied Total Profit/Product Management (TPM) Theory and Freezers. I performed JH-4, Autonomous Maintenance, Step-4 on Freezers. Developed a training chart encapsulating,- Troubleshooting Chart- Kaizens- Know-Why Sheets- Failure Mode Effect and Criticality Analysis (FMECA) Sheets- Process Point Analysis (PPA) Sheets- Maintenance Check Sheets- Task Line and Fault Removing StrategiesAchievements:- The project was presented at a TPM meeting attended by Regional TPM Coordinator fromIndia
Sheikhupura, Pakistan
This work involved building a training module for Siemens 6RA24 Converter, its programming and implantation on the field. Weekly training sessions were also held for assembly line workers
Activities and Societies: - Mentoring Work Group Project - Member Graduate Representative Organization (GRO) - Member Hopkins Imaging.
I completed my M.A. (thesis) in Applied Mathematics and Statistics under the supervision of Professor Daniel Robinson. The title.
I completed a masters degree in Electrical and Computer Engineering in 2011. My coursework spanned the Departments of Electrical.
Activities and Societies: - Coordinator GIK Open House, 2004-05 - Organizer Open House, 2003-05 - Organizer All Pakistan Engineering.
Activities and Societies: - Academician of the Year 2001-02 - Principals’ Award Mathematics (98%) and Physics (95%) - Best Speaker 2001-02
Activities and Societies: - Best Speaker 1998-2000 - Stood 2nd in All Punjab Poetry Competition
Quick answers generated from the profile data available on this page.
Hassan Mohy-Ud-Din, Phd is listed as Professor at LUMS School of Science and Engineering and Director Algorithms in Theory and Practice Lab.
AeroLeads has found 1 work email signal at @yale.edu for Hassan Mohy-Ud-Din, Phd.
Hassan Mohy-Ud-Din, Phd is based in Lahore District, Punjab, Pakistan.
Hassan Mohy-Ud-Din, Phd has worked for Shaukat Khanum Memorial Cancer Hospital And Research Centre, Yale School Of Medicine, Yale University, Johns Hopkins Medicine, and Johns Hopkins University.
You can use AeroLeads to view verified contact signals for Hassan Mohy-Ud-Din, Phd, including work email, phone, and LinkedIn data when available.
Hassan Mohy-Ud-Din, Phd holds Phd, Electrical And Computer Engineering from The Johns Hopkins University.
Hassan Mohy-Ud-Din, Phd is listed with skills including Matlab, Image Processing, Algorithms, Simulations, Latex, Teaching, Biomedical Engineering, and Applied Mathematics.
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