# BMEssentia Platform

> The BMEssentia Platform (https://platform.bmessentia.com) teaches medical device technology to biomedical engineers, clinical engineers and students: 22 courses, a library of 69 medical devices each explained across 13 sections (overview, operations, importance, physics, features, applications, physiology, safety, advancements, research, logistics, alternatives and ethics), BMEssentials and BMEssence guides, and MedTech AI. 7-day free trial, no card.

The Platform is made by BMEssentia LLC-FZ (Dubai), founded by Hasan Khaled Ismail, a biomedical engineer. Sister products: BMEssentia Medical City (3D device lab and simulations, https://bmessentia.com/medical-city), Essentia (AI for medical technology, https://ai.bmessentia.com) and BMEssentia Design (https://design.bmessentia.com).

## Start here

- [Catalogue](https://platform.bmessentia.com/catalogue/): every course and every device, with links
- [Plans](https://bmessentia.com/pricing): Platform: $24 a month, $54 every 3 months or $179 a year. Premium (the Platform plus BMEssentia Medical City): $49 a month, $114 every 3 months or $299 a year. Every plan starts with a 7-day free trial, no card. Institutions: see https://bmessentia.com/institutions.
- [Start the free trial](https://platform.bmessentia.com/signup)
- [Key facts in full](https://platform.bmessentia.com/llms-full.txt)

## Courses

- [Bio-Mechanics](https://platform.bmessentia.com/courses/bio-mechanics/): Imagine understanding exactly how forces impact the body, how muscles generate motion, and how we can use this knowledge to prevent injuries.
- [Bio-Nanotechnology](https://platform.bmessentia.com/courses/bio-nanotechnology/): Imagine creating particles so small they can target disease at the cellular level, diagnose conditions instantly, or even help regenerate damaged.
- [Biomaterials](https://platform.bmessentia.com/courses/biomaterials/): Imagine developing materials that can heal wounds, support tissue growth, or even replace parts of the human body. This course dives into the.
- [BioStatistics](https://platform.bmessentia.com/courses/biostatistics/): Imagine having the tools to analyze health data, design effective studies, and make evidencebased decisions that improve patient outcomes. This.
- [Cell and Tissue Engineering](https://platform.bmessentia.com/courses/cell-and-tissue-engineering/): Imagine designing tissues that can heal wounds, repair organs, or even replace damaged body parts. This course takes you deep into the field of cell.
- [Chemistry of Life](https://platform.bmessentia.com/courses/chemistry-of-life/): Imagine understanding the building blocks of life down to the atomic level-how molecules interact, how reactions power cellular functions, and how.
- [Clinical Engineering](https://platform.bmessentia.com/courses/clinical-engineering/): Imagine being the behind-the-scenes expert ensuring that every medical device, from infusion pumps to MRI machines, operates seamlessly and safely..
- [Device Design](https://platform.bmessentia.com/courses/device-design/): Imagine designing devices that not only meet but transform the standards of healthcare. This course is built to give you a hands-on, technical.
- [Human Anatomy](https://platform.bmessentia.com/courses/human-anatomy/): Imagine having a complete map of the human body, understanding not only where every bone, muscle, and organ is located but also how they interact to.
- [Human Biology](https://platform.bmessentia.com/courses/human-biology/): Imagine having the tools to explore life on every level-from the tiniest cellular structures to the vast complexities of ecosystems. This course is.
- [Human Physiology](https://platform.bmessentia.com/courses/human-physiology/): Imagine understanding the intricate workings of the human body, from the cells that communicate constantly to keep you alive, to the organ systems.
- [Instrumentation](https://platform.bmessentia.com/courses/instrumentation/): Imagine capturing the body's hidden signals, the heartbeat, brain waves, muscle contractions, turning them into data that can diagnose, monitor, and.
- [Medical Imaging](https://platform.bmessentia.com/courses/medical-imaging/): Imagine having the power to look inside the human body without a single incision, using technology to reveal the details that guide diagnosis.
- [Medical Imaging Physics](https://platform.bmessentia.com/courses/medical-imaging-physics/): Imagine looking inside the body to diagnose, monitor, and understand medical conditions without a single incision, this is the power of medical.
- [Modelling & Simulation](https://platform.bmessentia.com/courses/modelling-and-simulation/): Imagine building virtual models that allow you to test and predict the behavior of complex systems, from mechanical and electrical circuits to.
- [MRI Physics](https://platform.bmessentia.com/courses/mri-physics/): Imagine seeing inside the body in vivid detail without ever making an incision, MRI physics makes this a reality. This course takes you into the.
- [Neuro-Engineering](https://platform.bmessentia.com/courses/neuro-engineering/): Imagine a world where thoughts can control machines, brain implants treat epilepsy, and neuroprosthetics enable movement and sensation for those.
- [Prosthetic Devices](https://platform.bmessentia.com/courses/prosthetic-devices/): Imagine restoring mobility and independence through devices that become extensions of the human body. This Prosthetic Devices course explores the.
- [Rehabilitation Engineering](https://platform.bmessentia.com/courses/rehabilitation-engineering/): Imagine creating technologies that empower people with disabilities to live more independently, from robotic exoskeletons that help individuals walk.
- [Signals and Systems](https://platform.bmessentia.com/courses/signals-and-systems/): Imagine being able to understand, manipulate, and predict all kinds of signals, from music streaming to heartbeats to data flows in a network. This.
- [The Biomedical Engineering Blueprint](https://platform.bmessentia.com/courses/the-biomedical-engineering-blueprint/): Imagine harnessing the power of engineering to design life-saving devices, pioneer innovative diagnostics, and redefine the future of healthcare..
- [Therapeutic Medical Devices](https://platform.bmessentia.com/courses/therapeutic-medical-devices/): Imagine a world where technology not only saves lives but enhances the quality-of-care patients receive every day. Therapeutic medical devices, from.

## Device library

- [Auditory Amplifiers](https://platform.bmessentia.com/device-library/auditory-amplifiers/): Auditory amplifiers, often confused with hearing aids, are personal sound amplification devices (PSAPs) designed to enhance sounds in.
- [Autoclave](https://platform.bmessentia.com/device-library/autoclave/): An autoclave is a sterilization device that uses pressurized steam at 121-134°C to destroy all microorganisms on medical and laboratory.
- [Blood Gas Analyzer](https://platform.bmessentia.com/device-library/blood-gas-analyzer/): The blood gas analyzer is a critical medical device that measures oxygen, carbon dioxide, pH, and electrolyte levels in blood-providing.
- [Blood Pressure Monitor](https://platform.bmessentia.com/device-library/blood-pressure-monitor/): The first blood pressure measurement was performed in 1733 by English scientist Stephen Hales, who inserted a tube directly into a horse's.
- [Cardiac Monitor](https://platform.bmessentia.com/device-library/cardiac-monitor/): A cardiac monitor is a medical device that continuously tracks and displays a patient's heart rate, rhythm, and electrical activity.
- [Cardiac Pacemaker](https://platform.bmessentia.com/device-library/cardiac-pacemaker/): The cardiac pacemaker, first implanted in 1958, was a groundbreaking device that used electrical pulses to regulate heartbeats, saving.
- [Cardiopulmonary Bypass Machine](https://platform.bmessentia.com/device-library/cardiopulmonary-bypass-machine/): The cardiopulmonary bypass machine, first successfully used in 1953 by Dr. John Gibbon, temporarily takes over heart and lung functions.
- [Centrifuge](https://platform.bmessentia.com/device-library/centrifuge/): The centrifuge is an essential laboratory instrument that separates substances by density using high-speed rotation. Modern versions.
- [Cerebrospinal Fluid (CSF) Shunt System](https://platform.bmessentia.com/device-library/cerebrospinal-fluid-csf-shunt-system/): A Cerebrospinal Fluid (CSF) Shunt System is a life-saving device used to treat hydrocephalus-a condition where excess fluid builds up in.
- [Cochlear Implants](https://platform.bmessentia.com/device-library/cochlear-implants/): Cochlear implants, first implanted in 1961, restore hearing for those with profound deafness by directly stimulating the auditory nerve.
- [Colonoscope](https://platform.bmessentia.com/device-library/colonoscope/): A colonoscope is a flexible, lighted tube used to examine the entire colon and rectum for abnormalities during a colonoscopy procedure..
- [Computed Tomography](https://platform.bmessentia.com/device-library/computed-tomography/): Computed Tomography (CT), introduced in 1972 by Godfrey Hounsfield, revolutionized imaging by combining X-rays with computer processing to.
- [Conventional X-ray Machine](https://platform.bmessentia.com/device-library/conventional-x-ray-machine/): Conventional X-ray machines, discovered by Wilhelm Röntgen in 1895, revolutionized medicine by producing images of bones and tissues using.
- [Cranial Drill System](https://platform.bmessentia.com/device-library/cranial-drill-system/): Cranial drill systems, also known as craniotomes, have been used since ancient times, with evidence of trepanning dating back to 4000 B.C..
- [Cryotherapy Machine](https://platform.bmessentia.com/device-library/cryotherapy-machine/): A cryotherapy machine delivers controlled extreme cold (-110°C to -140°C) to the body for therapeutic benefits, using either nitrogen.
- [Defibrillators and their various types](https://platform.bmessentia.com/device-library/defibrillators-and-their-various-types/): Defibrillators, first used in the 1940s, deliver electric shocks to restore normal heart rhythms during sudden cardiac arrest, saving.
- [Dermatoscope](https://platform.bmessentia.com/device-library/dermatoscope/): The dermatoscope is a handheld diagnostic tool that magnifies and illuminates skin lesions using polarized light or fluid immersion.
- [Dual Energy X-ray Absorptiometry (DEXA) Scanner](https://platform.bmessentia.com/device-library/dual-energy-x-ray-absorptiometry-dexa-scanner/): A DEXA scanner measures bone mineral density using two low-dose X-ray beams at different energy levels. It's the most accurate and widely.
- [ECMO machine](https://platform.bmessentia.com/device-library/ecmo-machine/): Extracorporeal Membrane Oxygenation (ECMO) machines, first successfully used in 1971, act as a temporary heart and lung substitute for.
- [EEG (Electroencephalogram) Machine](https://platform.bmessentia.com/device-library/eeg-electroencephalogram-machine/): The electroencephalogram (EEG) machine, first used on humans in 1924 by Hans Berger, records brain electrical activity through scalp.
- [Electrocardiogram (ECG or EKG) Machine](https://platform.bmessentia.com/device-library/electrocardiogram-ecg-or-ekg-machine/): The electrocardiogram (ECG or EKG) machine, pioneered by Willem Einthoven in 1903, records the heart's electrical activity to detect.
- [Electrophysiology Mapping System](https://platform.bmessentia.com/device-library/electrophysiology-mapping-system/): The electrophysiology mapping system is a sophisticated cardiac diagnostic tool that creates 3D maps of the heart's electrical activity to.
- [Electrosurgical Unit](https://platform.bmessentia.com/device-library/electrosurgical-unit/): Electrosurgical units (ESUs), used since the 1920s, revolutionized surgery by using high-frequency electrical currents to cut tissue and.
- [EMG (Electromyography) Machine](https://platform.bmessentia.com/device-library/emg-electromyography-machine/): Electromyography (EMG) machines, developed in the 1940s, measure electrical activity in muscles to diagnose conditions like muscular.
- [Endoscopes](https://platform.bmessentia.com/device-library/endoscopes/): Endoscopes, first developed in the early 1800s, revolutionized medicine by allowing doctors to see inside the body without major surgery..
- [Esophageal Manometry System](https://platform.bmessentia.com/device-library/esophageal-manometry-system/): The esophageal manometry system is a diagnostic tool that measures muscle contractions and pressure patterns in the esophagus using a.
- [Extracorporeal Shock Wave Lithotripter](https://platform.bmessentia.com/device-library/extracorporeal-shock-wave-lithotripter/): The Extracorporeal Shock Wave Lithotripter is a non-invasive medical device that uses high-energy shock waves to break down kidney stones.
- [Fetal Monitor](https://platform.bmessentia.com/device-library/fetal-monitor/): Fetal monitors, introduced in the 1960s, revolutionized childbirth by allowing doctors to track a baby's heart rate and uterine.
- [Glucometer](https://platform.bmessentia.com/device-library/glucometer/): A glucometer is a portable medical device that measures blood glucose levels through a small blood sample, typically obtained via finger.
- [Hemodialysis Machine and peritoneal dialysis machine](https://platform.bmessentia.com/device-library/hemodialysis-machine-and-peritoneal-dialysis-machine/): Hemodialysis machines, used since the 1940s, filter blood through an artificial kidney (dialyzer) to remove toxins and fluid, typically.
- [Holter Monitor](https://platform.bmessentia.com/device-library/holter-monitor/): The Holter monitor is a portable, wearable device that continuously records a patient's heart rhythm for 24 to 48 hours through electrodes.
- [Hyperthermia Treatment System](https://platform.bmessentia.com/device-library/hyperthermia-treatment-system/): The concept of using heat to fight tumors is surprisingly ancient, but modern hyperthermia systems have turned it into a high-tech tool..
- [Infant Incubator](https://platform.bmessentia.com/device-library/infant-incubator/): Infant incubators, first introduced in the late 1800s by Dr. Pierre Budin, create a controlled environment to keep premature or sick.
- [Infusion pumps](https://platform.bmessentia.com/device-library/infusion-pumps/): Infusion pumps, first used in the 1960s, deliver precise amounts of medications, fluids, or nutrients directly into a patient's.
- [Insulin Pump](https://platform.bmessentia.com/device-library/insulin-pump/): Insulin pumps, introduced in the late 1970s, revolutionized diabetes management by delivering precise insulin doses continuously.
- [Intra Aortic Balloon Pump (IABP)](https://platform.bmessentia.com/device-library/intra-aortic-balloon-pump-iabp/): The Intra-Aortic Balloon Pump (IABP), introduced in the 1960s, is a lifesaving device that helps the heart pump blood in patients with.
- [Intraoperative Neurophysiological Monitoring (IONM) System](https://platform.bmessentia.com/device-library/intraoperative-neurophysiological-monitoring-ionm-system/): The Intraoperative Neurophysiological Monitoring (IONM) System is used during surgeries to monitor the nervous system in real time. It.
- [Intravascular Ultrasound (IVUS) System](https://platform.bmessentia.com/device-library/intravascular-ultrasound-ivus-system/): Intravascular Ultrasound (IVUS), introduced in the late 1980s, uses a tiny ultrasound probe on a catheter to image blood vessels from the.
- [Laryngoscope](https://platform.bmessentia.com/device-library/laryngoscope/): A laryngoscope is an essential airway management tool that provides direct visualization of the larynx during intubation procedures. It.
- [Laser Skin Resurfacing System](https://platform.bmessentia.com/device-library/laser-skin-resurfacing-system/): Laser Skin Resurfacing uses focused beams of light to remove damaged skin layers and stimulate collagen production. It helps reduce.
- [Magnet Controlled Capsule Endoscopy (MCCE)](https://platform.bmessentia.com/device-library/magnet-controlled-capsule-endoscopy-mcce/): Magnet-Controlled Capsule Endoscopy (MCCE) is a cutting-edge medical technology that allows doctors to examine the digestive tract using a.
- [Magnetic Resonance Imaging (MRI)](https://platform.bmessentia.com/device-library/magnetic-resonance-imaging-mri/): Magnetic Resonance Imaging (MRI) uses powerful magnets and radio waves to produce detailed images of the body's internal structures.
- [Mechanical Ventilators](https://platform.bmessentia.com/device-library/mechanical-ventilators/): Mechanical ventilators, first widely used in the 1920s with the "iron lung," support breathing for patients with respiratory failure.
- [Nebulizer](https://platform.bmessentia.com/device-library/nebulizer/): The nebulizer, a device that turns liquid medicine into a fine mist for easy inhalation, was first developed in the mid-1800s and became.
- [Ophthalmoscope](https://platform.bmessentia.com/device-library/ophthalmoscope/): The ophthalmoscope, invented in 1851 by Hermann von Helmholtz, was the first device to allow doctors to see inside a living human eye.
- [Orthopedic Implants](https://platform.bmessentia.com/device-library/orthopedic-implants/): Orthopedic implants are medical devices designed to replace or support damaged bones and joints, restoring mobility and function. Made.
- [Otoscope](https://platform.bmessentia.com/device-library/otoscope/): The otoscope, a handheld tool doctors use to examine ears, has been around since the 14th century-but early versions were simply funnels.
- [Percutaneous Nephrolithotomy (PCNL) System](https://platform.bmessentia.com/device-library/percutaneous-nephrolithotomy-pcnl-system/): The Percutaneous Nephrolithotomy (PCNL) System is used to remove large or complex kidney stones through a small incision in the back..
- [Peritoneal Dialysis Cycler](https://platform.bmessentia.com/device-library/peritoneal-dialysis-cycler/): Peritoneal dialysis cyclers, introduced in the 1970s, automate dialysis by cycling dialysate fluid in and out of the abdomen while.
- [PET Scanner](https://platform.bmessentia.com/device-library/pet-scanner/): A PET scanner is a sophisticated imaging device that tracks metabolic activity by detecting gamma rays from positron-emitting radioactive.
- [Phototherapy Unit](https://platform.bmessentia.com/device-library/phototherapy-unit/): Phototherapy units are medical devices that use specific wavelengths of light, typically blue or white, to treat conditions like neonatal.
- [Positron Emission Mammography (PEM) Scanner](https://platform.bmessentia.com/device-library/positron-emission-mammography-pem-scanner/): Positron Emission Mammography (PEM) scanners, introduced in the early 2000s, use radioactive tracers like 18F-FDG to detect breast cancer.
- [Prosthetic Limbs](https://platform.bmessentia.com/device-library/prosthetic-limbs/): Prosthetic limbs are artificial devices designed to replace missing arms or legs, restoring mobility and functionality for amputees..
- [Pulse Oximeter](https://platform.bmessentia.com/device-library/pulse-oximeter/): The pulse oximeter, a small device that clips onto your finger to measure blood oxygen levels, was first developed in the 1970s but didn't.
- [Retinal Laser Photocoagulation System](https://platform.bmessentia.com/device-library/retinal-laser-photocoagulation-system/): Retinal laser photocoagulation, pioneered in the 1950s by Meyer-Schwickerath, uses precise laser beams to treat conditions like diabetic.
- [SPECT Scanner](https://platform.bmessentia.com/device-library/spect-scanner/): A SPECT (Single-Photon Emission Computed Tomography) scanner is a nuclear imaging device that creates 3D functional images of organs by.
- [Spirometer](https://platform.bmessentia.com/device-library/spirometer/): A spirometer is a medical instrument used to assess lung function by measuring the volume and speed of air that a person can inhale and.
- [Stethoscope](https://platform.bmessentia.com/device-library/stethoscope/): The stethoscope was invented in 1816 by French physician René Laennec, who initially used a rolled-up paper tube to listen to a patient's.
- [Surgical Robots](https://platform.bmessentia.com/device-library/surgical-robots/): Surgical robots, like the da Vinci system first used in 2000, have transformed minimally invasive surgery with unmatched precision. These.
- [Surgical Stapler](https://platform.bmessentia.com/device-library/surgical-stapler/): A surgical stapler is a specialized medical device that places rows of sterile staples to close incisions or connect tissues during.
- [The Anesthesia Machine](https://platform.bmessentia.com/device-library/the-anesthesia-machine/): The anesthesia machine, first developed in the early 20th century, transformed surgery by delivering precise mixes of gases and.
- [Thermometer](https://platform.bmessentia.com/device-library/thermometer/): A thermometer is an instrument designed to measure temperature, which indicates the degree of hotness or coldness of a substance. The.
- [Transcranial Doppler Ultrasound (TCD)](https://platform.bmessentia.com/device-library/transcranial-doppler-ultrasound-tcd/): Transcranial Doppler Ultrasound (TCD), developed in the 1980s, uses sound waves to measure blood flow in brain arteries non-invasively. By.
- [Transcutaneous Electrical Nerve Stimulator (TENS)](https://platform.bmessentia.com/device-library/transcutaneous-electrical-nerve-stimulator-tens/): The Transcutaneous Electrical Nerve Stimulator (TENS) is a non-invasive pain relief device that delivers mild electrical currents through.
- [Transesophageal Echocardiography (TEE) Probe](https://platform.bmessentia.com/device-library/transesophageal-echocardiography-tee-probe/): The Transesophageal Echocardiography (TEE) probe provides detailed images of the heart by being gently inserted into the esophagus, which.
- [Ultrasound (SONAR) Machine](https://platform.bmessentia.com/device-library/ultrasound-sonar-machine/): Ultrasound machines, first used medically in the 1950s, harness high-frequency sound waves to create real-time images of organs, fetuses.
- [Urodynamic Testing System](https://platform.bmessentia.com/device-library/urodynamic-testing-system/): Urodynamic testing systems, used since the 1970s, evaluate bladder and urethral function to diagnose issues like incontinence or urinary.
- [Vagus Nerve Stimulator (VNS)](https://platform.bmessentia.com/device-library/vagus-nerve-stimulator-vns/): A Vagus Nerve Stimulator (VNS) is a small device implanted under the skin to deliver electrical pulses to the vagus nerve, which runs from.
- [Vitrectomy Machine](https://platform.bmessentia.com/device-library/vitrectomy-machine/): A Vitrectomy Machine is used in delicate eye surgeries to remove the vitreous gel from the eye's interior. This is often necessary to.