| | Bioinformatics II (BINF8211) | At The University of Georgia-USA
Computational Applications in Bioinformatics: The goal of this course is to teach students to write computer programs that conduct bioinformatic analyses. Organized as a series of case studies in which students write programs to solve real research problems. Previous knowledge of a programming language is assumed. | 2013-2015 |
| | Bioinformatics and Modeling Laboratory (GENE 4220L) | At The University of Georgia-USA
A hands-on look at the role of bioinformatics in genetic and genomic analyses. This combination lecture/laboratory course will cover genomics and database searching, and will introduce students to RNA expression, proteomics, metabolomic and regulatory modeling approaches to the understanding of genetics and disease.
| 2013-2015 |
| | Application Genome Analysis(GENE8940) | At The University of Georgia-USA | 2013-2015 |
| | A Practical Advanced Programming Course/ C++ Object Oriented Design and GPU/CUDA(BINF 6003 | At The University of Georgia-USA | 2013-2015 |
| | Object Oriented C++ Lab (CpE 250) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Bioinformatics Lab (BME431) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Clinical Data Encoding Lab (BME435) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Database Lab(CpE 450) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Data Structure Lab(CpE 354) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Numerical Analysis Lab (CpE 310) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | System Programming Lab(CpE 464) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Operating Systems [UNIX]Lab (CpE 462) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Verilog and VHDL Lab(CpE 347) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Microprocessors Lab(CpE 345) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Digital Design Lab(CpE 231) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Computer Interfacing Lab(CpE 445) | At Yarmouk Univeristy Jordan | 2004-2010 |
| | Numerical Analysis for Engineering (CpE 310B) | At Yarmouk University Jordan
Overview of engineering computation algorithms and simulation environments, Issues in engineering Solution to sets of linear equations, curve fitting, Finite difference techniques and applications, Numerical integration, Numerical Solution of ordinary differential equations, Numerical Solution of partial differential equations, Random number generation, Simulation of linear continuous-time dynamic systems, Simulation of discrete-event systems, simulation of random processes. | 2015-current |
| | Numerical Analysis for Engineering (CpE 310C) | At Yarmouk University Jordan
Overview of engineering computation algorithms and simulation environments, Issues in engineering Solution to sets of linear equations, curve fitting, Finite difference techniques and applications, Numerical integration, Numerical Solution of ordinary differential equations, Numerical Solution of partial differential equations, Random number generation, Simulation of linear continuous-time dynamic systems, Simulation of discrete-event systems, simulation of random processes. | 2015-current |
| | Project Management (BME 388) | At Yarmouk University Jordan
This course aims to introduce the project management process using real healthcare examples. Details of each phase of the process initiation, planning, controlling, execution and closure. Each project management process will be described in details using templates to demonstrate the work tools and concepts. Applying the process in healthcare informatics and applying the project management process in healthcare management. Provide and discuss organizational tips, deliverables templates and examples, project management web sites, and references, which help healthcare informaticists find the method that is right for them to stay organized, where they can find additional project management information and sample templates for documents discussed in throughout the course. Case studies of successful health care projects. Evaluation of projects and project proposals. Students are expected to | 2015-current |
| | BioinformaticsI (BME430) | At Yarmouk University Jordan
This course aims to Introduce the history of bioinformatics, Sequence alignment and scoring matrices techniques, microarrays, Sequence database search, Ontology and identification of molecular pathways, Markov Model, Bioinformatics database and software resources, Functional prediction of genetic variants, Next generation sequencing transcriptome analysis, and RNA-Seq, Prediction and analysis of noncoding RNA, genetic networks | 2015-current |
| | BioinformaticsII (BME530) | At Yarmouk University Jordan
This course aims to explain computational gene finding, Prediction of transcription regulatory binding sites, Bio-sequence comparison, Protein structure prediction, molecular dynamic simulation of proteins and interactions, Non-coding RNA structures, Functional prediction of proteins, Understanding mass spectral data for proteomics, Comparative genome analysis, Prediction of microbial regulatory networks, Dynamics simulation of biological networks and genetic network. Students are expected to complete significant independent projects. | 2015-current |
| | Introduction to Engineering | At Yarmouk University Jordan | 2015-current |
| | Computational Biology(BME534) | At Yarmouk University Jordan
This course aims to explain computational modeling focuses on modeling and analysis of biological systems. The multiscale modeling of biological systems, using mathematical models and computer tools. Modeling strategies. Compartmental models of physiologic systems. Cellular models, organ models, systems models. Methods and tools for identification. Analysis of molecular biology databases, sequence analysis, modeling of regulatory networks and metabolic pathways. Examples will be discussed from systems biology and biomedical applications. | 2017-current |
| | Networks in Healthcare systems (BME540) | At Yarmouk University Jordan
This course aims to introduce network concepts in the healthcare environment. Interface standards and protocols for networking healthcare information systems. Apply interface concepts to database and biomedical equipment applications. Explore emerging technologies for application in healthcare delivery. Network designs (topology), client-server and mainframe environments, the operation of various network hardware devices (servers, routers, gateways, modems, cable types, etc.), network operating systems (NT, W2000, Unix, etc.), network protocols in health care (HL7, DICOM) and other network applications. Investigate processes, procedures and considerations for creating reliable computer networks. The understanding of telecommunications concepts is essential for teaming with technical professionals | |
| | Applied Programming for Computational Biology(BME350) | At Yarmouk University Jordan
This course aims to introduce to UNIX operating system architecture and administrations, UNIX file and directory management permission and security, UNIX-Environment, pipelines, processes management, signals, UNIX-Network communication and server commands utilities, regular expressions, SED and AWK scripting languages should be introduced and in addition to any commands that are related to students field of study. Applications on bioinformatics and medical informatics, the course contains an internal lab where several tasks on previous topics are performed on the UNIX operating system. | 2017 |