Allied Healthcare Professions

International College of Allied Healthcare Professionals

Training Program

A- Clinical pharmacists

Training will be in the following areas :

1-Ambulatory care pharmacy
2-Critical care pharmacy
3-Nuclear pharmacy
4-Nutrition support pharmacy
5-Oncology pharmacy
6-Pediatric pharmacy
7-Geriatric pharmacy
8-Pharmacotherapy
9-Infectious disease pharmacy
10-Compounded sterile preparations pharmacy
11-Cardiology pharmacy
12-Transplant Pharmacy
13-Psychiatric pharmacy

B- Medical physicists

General Content Guide

Atomic / Nuclear Physics, Sources of Radiation, Interaction of Radiation with Matter
Basic atomic and nuclear physics
Radioactivity
Sources of radioactive material
Radioactive material uses and safety
Radiation generating equipment: photons, electrons and heavy particles
Interactions of photon and particle radiation with matter
Dosimetry concepts and units
Spatial distribution/transmission of radiation (photons, protons and electrons
Radiation Instrumentation and Measurement
​Gas-filled detectors
Scintillation detectors
Solid state detectors
Neutron detectors
Emerging and miscellaneous detectors
Measurement procedures
Quality control and quality assurance
Applications in imaging, nuclear medicine, therapy and safety
Diagnostic Medical Physics
Radiography, Fluoroscopy and Mammography
Computed Tomography
Ultrasound
Magnetic Resonance
Modality comparison, image features and artifacts
Endogenous and exogenous contrast
Modality facility considerations, safety
Methods of quality control and quality assurance
Nuclear Medical Physics
Scintillation cameras
Image acquisition and reconstruction
Common radionuclides
SNR, subject/image contrast
Spatial resolution
Mechanical aspects: accuracy, precision
Single Photon Emission Computed Tomography (SPECT)
Positron Emission Tomography (PET)
Modality comparison, image features and artifacts
Image processing and analysis
Applications, dose, facilities and safety
Hybrid imaging (SPECT/CT, PET/CT, PET/MR)
Methods of quality control and quality assurance
Counting principles
Physical, biological, and effective half-life
Therapeutic Medical Physics
Clinical linear accelerator principles, collimation and mechanical aspects
Clinical kV and MV photon beam characteristics
Clinical megavoltage electron beam characteristics
Clinical proton beam characteristics
Comparison of clinical photon, electron and proton beams
Dose functions: PDD, TAR, TPR, TMR, SMR
Principles of radiation treatment planning
Basic dose (monitor unit) calculation
Brachytherapy
Radiation safety and protection, patients and personnel
Methods of quality control and quality assurance
Radiation Protection, Safety, Professionalism and Ethics
Principles of radiation safety
Radiation risk and epidemiological data
Radiation protection regulations: NRC and Agreement States
Radiation areas
Regulatory exposure limits
Radiation protection program
Radioactive source management and security
Transportation of radioactive materials
Shielding design for diagnostic, nuclear medicine and therapeutic installations
Signage for diagnostic, nuclear medicine and therapeutic installations
Nonionizing radiation safety
Mechanical and electrical safety
Principles of quality assurance and quality control
Management of radiation accidents and large-scale radiological events
Professionalism and ethics
Informatics, Mathematics, Statistics, Image Processing & Analysis
Mathematics relevant to medical physics
Statistics and biostatistics
Medical image analysis and processing
Observer performance and ROC analysis
Informatics
Part 1: Clinical Content Guide
Anatomy
Breast
Cardiovascular
Digestive System
Musculoskeletal
Neurological System
Reproductive/Endocrine
Thoracic Cavity
Urinary System
Lymphatic System
Radiation Biology
Physics and chemistry of radiation interactions with matter
Molecular and cellular radiobiology
Tumor radiotherapy
Normal tissue response to radiotherapy
Time dose fractionation
Radiobiological basis of radiation protection
Radiation accidents and environmental radiation exposure
Diagnosis and medical management of radiation syndromes
Deterministic effects
Stochastic Effects
Radiation carcinogenesis
Heritable radiation effects
Effects on the developing embryo
Human Physiology
Nervous system
Musculoskeletal system consists of the
Cardiovascular system
Respiratory system
Digestive system
Integumentary system
Urinary system
Reproductive system
Immune system
Endocrine system
General Medical / Radiology / Radiation Therapy Terminology
Medical Root Words
Diagnostic Radiology terminology
Radiation Therapy terminology
Clinical Procedure Applications
Diagnostic Radiology
Radiation Therapy
Pathology
Neoplastic Diseases
Benign Disease
Infectious Diseases
Congenital and hereditary diseases
Inflammatory
Trauma
Cardiovascular Diseases
Neurological

C- Technicians

1-Radiology,& Radiotherapy technicians

Curriculum :

Diagnostic imaging

Imaging modalities 

Radiographic procedures Medical procedures for radiologic technologists
Radiation biology
Medical terminology
CT imaging
Specialized imaging
Anatomy and radiographic positioning
Pathophysiology
Human anatomy and physiology
Patient care
Radiation physics
Aspiring students should also note that they also will be required to complete clinical hours in a healthcare setting, learning the hands-on applications of the discipline.

Some programs—particularly at the bachelor’s degree level—allow students to specialize in areas such as:

Sonography
Nuclear medicine technology
Magnetic resonance technology
Radiation therapy
Medical dosimetry
Mammography
Bone densitometry
Cardiovascular-interventional radiography
Computed tomography (CT)
Clinical management
RT Education

2-Lab technicians:

The program covers a broad range of topics, including organic and analytical chemistry, biochemistry, industrial microbiology, as well as pharmaceutical and instrumental methods.

Common First Semester

This program shares a common first year with the three-year Biotechnology Advanced, Chemical Engineering Technology and Chemical Laboratory Technology – Pharmaceutical programs. You can transfer to these programs after the second semester or upon graduation.

Skills

Throughout this program you will develop the following skills:

Perform assays and determinations with speed, precision and accuracy
Care of laboratory apparatus for wet and instrumental methods
Physical, chemical and microbiological analysis
Conduct basic manual analysis
Prepare organic and inorganic compounds
Perform instrumental chemical analysis and report results

D- Nurses

STUDENT LEARNING OUTCOMES:

1-Engage in critical thinking and clinical reasoning to make patient-centered care decisions.
2-Provide safe, quality, evidence-based, patient-centered nursing care in a variety of healthcare settings to diverse patient populations across the lifespan.
3-Implement quality measures to improve patient care.

4-Assimilate professional, legal, and ethical guidelines in practice as a professional nurse.
5-Promote a culture of caring to provide holistic, compassionate, culturally-competent care.
6-Participate in collaborative relationships with members of the interprofessional team, the patient, and the patient’s support persons.
7-Provide leadership in a variety of healthcare settings for diverse patient populations.

Use information management principles, techniques, and systems, and patient care technology to communicate, manage knowledge, mitigate error, and support decision-making.

Program description :

The Program provides students with the opportunity to learn skills to care for patients of all ages in a variety of healthcare settings. In addition to learning technical skills used in providing care, major emphasis is placed on developing the attributes of critical thinking and professionalism. This rigorous program offers theoretical and applied instruction in classrooms, simulated laboratories and clinical settings. The ability to synthesize information and then coherently and succinctly communicate the information in written assignments is critical for program success.

E- Biology & Biotechnology

Microbiology :

Course Description:

A solid understanding of the subject and how it affects other lives. Understanding more about the lab techniques used and how it is applied practically

Purpose

The purpose of this course is to obtain a solid background in microbiology and different techniques, while discussing more advance topics leading to understanding the latest microbiology advances. We also aspire to increase creativity and increase the sense of morality inside every student and researcher.

Bioinformatics :

Course Description:

A solid understanding of programming and how bioinformatics applies to it.

Purpose

The purpose of this course is to obtain a solid background in bioinformatics while discussing more advance topics and apple to compute difficult tasks with programming. We also aspire to increase creativity and increase the sense of morality inside every student and researcher

Virology :

Course Description:

The course discusses more about the virus structure and the techniques required for viral manipulation while getting the grasp with applications related to the viral techniques

Purpose

The purpose of this course is to obtain a solid background in virology while discussing more advance topics while tackle more about the latest research and understand applications applied to life using viruses. We also aspire to increase creativity and increase the sense of morality inside every student and researcher.

Scientific Research :

Course Description:

The course discuses more about the definition of a research, how to write academically and how to construct a research paper from the beginning while having a grasp in the software used to help make our task easier and how to publish our paper. Needless to mention, the importance of scholarships and projects.

Purpose

The purpose of this course is to obtain a solid background in scientific research and methods of writing scientifically while discussing more advance topics and tackle more about the latest ways of scientific writing and understand and how to publish a paper.

Molecular Biology :

Course Description:

The purpose of this course is to obtain a solid background in molecular biology while discussing more advance topics and tackle more about the latest research and understand how to apply different techniques in life. We also aspire to increase creativity and increase the sense of morality inside every student and researcher.

Purpose

The purpose of this course is to obtain a solid background in molecular biology while discussing more advance topics and tackle more about the latest research and understand how to apply different techniques in life. We also aspire to increase creativity and increase the sense of morality inside every student and researcher.

Stem cells :

Course Description:

This course covers both fundamental and technical aspects of stem cell biology while also covering the topics involving applications of stem cells in industry and therapeutics.

Purpose

The purpose of this course is to obtain a solid background in stem cell while discussing more advance topics while tackling more about the latest research and understand how to apply different techniques in life. We also aspire to increase creativity and increase the sense of morality inside every student and researcher.

Nanotechnology :

Course Description:

The course will discuss more about the definition of nanotechnology and the student would be able to understand more about the applications of nanomaterials and how it’s used in research labs and production companies

Purpose

The purpose of this course is to obtain a solid background in Nanotechnology while discussing more advance topics while tackling more about the latest research and understand how to apply different techniques in life. We also aspire to increase creativity and increase the sense of morality inside every student and researcher.

Biophysics :

Course Description:

This course provides a thorough overview of the fundamental physical concepts behind essential structural methods like as X-ray crystallography, NMR spectroscopy, and cryo-electron microscopy. Students will receive practical experience in data processing, analysis, and structural calculations/model creation.

Purpose

The purpose of this course is to obtain a solid background in biophysics while discussing more advance topics and tackling more about the latest research and understand how to apply different techniques in life. We also aspire to increase creativity and increase the sense of morality inside every student and researcher

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