With approx. 23,000 employees and 12 manufacturing facilities around the world and market presence in 100 countries, Boston Scientific is dedicated to transforming lives through innovative medical solutions that improve the health of patients around the world.
With corporate headquarters in Marlborough, Massachusetts and major operations in North and South America, Boston Scientific has established three key strategic sites in Ireland — Clonmel, Cork and Galway — employing in excess of 3,500 employees across the broad range of activities in which the company is involved.
Boston Scientific in Clonmel
The Clonmel operation is responsible for the production of implantable pacemakers and defibrillators that offer life-saving therapy for patients suffering from cardiac arrhythmias and heart failure. It currently employs more than 900 people, many of whom specialise in a range of engineering disciplines e.g. Electrical, Mechanical, Biomedical, Material Science, Quality, R&D and Industrial along with other functional areas such as Supply Chain, Human Resources, Finance, Process Development, IT and Manufacturing.
Boston Scientific Clonmel actively promotes and participates in the local community through initiatives such as their Schools Programme where BSC facilitates local students on work experience and sponsors a Student of the Year Award in local schools, culminating in an opportunity for summer work. BSC is actively involved in Junior Achievement activities, with over 19 employees delivering programmes in the region.
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Robotic machines first appeared in the manufacturing industry in the 1950s. Since then, there has been significant scientific and technical advances in robotic design and functioning. This lesson looks at this historical evolution and describes the fundamental physics and mechanics involved.
This lesson examines some of the elements that contribute to the revolution in intelligent technology — such as software, firmware, robotics, microcode, miniaturisation, microprocessors — and indicates some exciting developments that are underway.
Defibrillators have been in use for about sixty years. The earlier machines were comparatively large and not really portable. Emergency portable defibrillators (also called AEDs or automatic external defibrillators) are today available in many public buildings, schools, clubs etc.
This lesson deals with the cardiac cycle and the importance of its electrical system to the operation of the heart. The problems that arise are examined and the role of modern medical devices such as pacemakers and defibrillators in treating these problems is described.
This lesson looks at applications of implantable pulse generators (IPGs) in the relief of chronic pain and treatment of tremors. Such ‘neuromodulation’ involves changing or modulating nerve activity through electrical or chemical stimulation in specific areas.
The quality of life of patients with long term or chronic conditions is generally much greater if they can stay in their own home. They maintain contact more easily with family and friends and have a greater degree of freedom. With the benefit of RPM (remote patient monitoring) it is possible to quickly advise the patient or family members on what action to take if a problem arises.
Kidney stones can often be shattered using a non-invasive procedure called shock wave lithotripsy. The shattered pieces are then eliminated naturally from the body. High energy sound waves are focussed on the stone for about an hour at the rate of about 1 pulse per second.
Medical devices that are implanted in the body generally come into contact with a variety of tissues and their interaction with each tissue type must be taken into account so that there is maximum benefit with minimal adverse reaction. This lesson considers some of the issues associated with biocompatibility.