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Healthcare Enhancement through Establishment of Biomedical Engineering Technology Centers.

HEALTH-TECH creates sustainable talent pipeline between medical practices and engineering innovations.

Healthcare is one of the Sustainable Development Goal that has a great impact on human life and economy. Hence, biomedical engineers’ role in solving healthcare problems through technology has gained global recognition. Biomedical education is crucial as nations strengthen their healthcare systems to handle crises. The world recognizes biomedical engineering courses for producing skilled professionals who can design and implement digital healthcare solutions. A variety of industries employ biomedical engineers, including medical instrument companies, maintenance and sales agencies, hospitals, and software development firms. Biomedical engineering professionals with medical and engineering backgrounds are scarce in Region (3) countries like Egypt and Tunisia. Meeting healthcare’s changing needs is difficult due to this scarcity. The demand for innovative healthcare solutions is growing, but the lack of interdisciplinary expertise hinders the integration of cutting-edge technologies in Egyptian and Tunisian healthcare.
The pioneering HEALTH-TECH project connects experts worldwide to create a collaborative platform to bridge medical and engineering principles, in particular, medical devices, instrumentation and imaging, and rehabilitation. HEALTH-TECH envisions enhancing educational programs through modernized teaching and training modules, and workshops that foster a new generation of professionals who can seamlessly switch between disciplines. Through structured interdisciplinary learning and collaboration, HEALTH-TECH empowers individuals to advance biomedical engineering. The project aims to build a sustainable talent pipeline between medical practices and engineering innovations in Egypt and Tunisia’s healthcare sectors through strategic partnerships. Technical knowledge, potential for development and impact, and managerial expertise are the project’s pillars, with partner country medical and engineering institutes included to maximize influence and minimize risks.

GENERAL OBJECTIVES

Biomedical engineering is an expanding discipline that is essential to worldwide infrastructure, encompassing industry, academia, and healthcare. Progress in molecular biology, materials science, and engineering has propelled its growth. This field integrates various engineering principles with medicine and healthcare, promoting multidisciplinary cooperation that advances understanding in engineering, biology, and medicine, thereby enhancing human health. Biomedical engineering curricula amalgamate scientific and engineering principles with life sciences, while also cultivating competencies in collaboration, ethics, communication, and leadership. Following the COVID-19 pandemic, the significance of biomedical engineers has increased, as they play a vital role in tackling healthcare challenges via technology. This has increased the demand for biomedical education to enhance healthcare systems and prepare for future emergencies. Competent professionals are required to devise and execute digital healthcare solutions, devices, and instruments, resulting in expanding career prospects within medical instrument firms, agencies, and hospitals.
In Region (3), countries such as Egypt and Tunisia experience a substantial workforce deficiency in biomedical engineering attributable to a shortage of qualified professionals. This deficiency obstructs the healthcare sector’s capacity to fulfil its requirements and constrains the advancement of local biomedical equipment manufacturers. The majority of companies in these nations function as agents for the importation of biomedical devices rather than manufacturing them domestically. The increasing demand for innovative healthcare solutions is hindered by the deficiency of interdisciplinary expertise required to merge Health-Tech practices with engineering advancements. This disparity highlights the critical necessity for educational programs and collaborative initiatives to integrate medical and engineering expertise, promoting workforce development and enhancing healthcare services in Egypt and Tunisia.
The HEALTH-TECH project mitigates this deficiency by establishing a collaborative platform that links experts from Europe and the Middle East. The objective is to provide students with interdisciplinary skills to foster innovation in biomedical engineering via strategic collaborations with academic institutions, healthcare entities, and industry stakeholders. The initiative will create centres of excellence in biomedical engineering in Egypt and Tunisia and produce six educational modules encompassing medical imaging, telemedicine, and digital healthcare. These modules will be incorporated into current programs, accompanied by professional training to develop a new generation of proficient professionals. HEALTH-TECH enhances its efficacy and mitigates risks by engaging medical and engineering institutions from partner nations.
HEALTH-TECH‘s primary aim is to address the deficiency of proficient biomedical engineers in Egypt and Tunisia through the implementation of multidisciplinary education and research. This will connect medical applications with engineering expertise, thereby augmenting economic potential and competitiveness for individuals and small to medium-sized enterprises (SMEs). The specific objectives encompass the exchange of knowledge between European and regional experts, mitigating the deficit of trained professionals, enhancing employability, and fostering an inclusive environment for the advancement of biomedical engineering expertise. These objectives correspond with national and regional priorities for South-Mediterranean nations, targeting capacity-building requirements in higher education institutions (HEIs).
In Region (3), biomedical engineering education encounters difficulties, especially in less experienced higher education institutions with constrained operational capacity. These institutions find it challenging to make significant contributions to community development in comparison to more established higher education institutions. HEALTH-TECH concentrates on Strand 1 to assist these less experienced institutions, augmenting their educational capabilities and empowering them to efficiently manage academic resources. The project seeks to enhance these higher education institutions by promoting inclusivity and collaboration, thereby enabling them to assume a more proactive role in the advancement of biomedical engineering education in the region.
HEALTH-TECH corresponds with the EU’s emphasis on sustainable growth and employment generation, targeting the deficiency in biomedical engineering within higher education institutions and the healthcare sector. The project seeks to develop a proficient workforce possessing a comprehensive grasp of medical and engineering principles through educational initiatives, thereby fostering long-term sustainability in the sector. By emphasising job creation, HEALTH-TECH promotes innovation, research, and development within higher education institutions, ensuring graduates are equipped to fulfil healthcare industry requirements. The project empowers individuals with limited opportunities, fostering inclusive socio-economic recovery and improving regional competitiveness through innovation and sustainable practices.
Moreover, HEALTH-TECH prioritises digital transformation, incorporating digital tools to equip the workforce for the expanding significance of technology in biomedical engineering

SPECIFIC OBJECTIVES

In accordance with the overarching goals of HEALTH-TECH and the needs assessment, a series of specific objectives and their corresponding indicators are delineated as follows:

• SO1: Establish a common language between engineers and medical specialists.
  
• SO2: Develop of modernized educational and training modules in HEI/s about with Biomedical
  Engineering.
  
• SO3: Establish Biomedical Engineering centers of excellence in Egypt and Tunisia supported by small lab equipment
  
• SO4: Promote collaboration among institutions and industrial partners working in the field of biomedical engineering, to discuss market needs and enhance job creation.
  
• SO5: Encourage collaboration across various global regions through collaborative endeavors, exchange expertise, and promotes the internationalization of HEIs by making synergies between HEIs in the Beneficiary region & the EU, reducing the internationalization gap
  
• SO6: Enhance the caliber of higher education (HE) in the field of biomedical engineering and its applicability to the job marketplace and the community.