Learners eyeing Ovearses studies urged to go for in-demand career courses for the future

By Monica MUEMA

Kenyan learners eyeing Higher Education overseas have been urged to continuously build practical and modern marketable skills if they are to thrive in today’s global competitive job market.

Speaking during an education fair targeting students keen to advance their higher education in the UK universities, Omar Mohamed, the Country Director for SI-UK – study abroad experts, urged learners to adopt technical and modern career courses capable of combating climate change and solving global tech challenges through the use of AI.

Pradeep Adhikari, the director of International Partnerships at SI-Global said that the current education system presents the best way to transfer knowledge and skills to learners.

The same sentiments were echoed by Taylor Wearne, the regional Manager (Africa) University of Exeter, amid the ongoing efforts by the Kenyan government that seek to put in place mechanisms for sustainable utilisation of natural resources to enhance climate resilience and adaptive capacity to protect the natural capital of Kenya.

As well as mainstreaming climate resilience into national and county government development plans, processes and implementation.

There are over 80,000 courses to choose from at UK universities, and some more than others offer excellent graduate employment prospects upon graduation, according to data from the Higher Education Statistics Agency.

Some of those marketable courses besides environmental studies and IT related careers according to data sampled by SI-UK include Medicine and dentistry courses which encompass in-depth studies of human anatomy, physiology, pharmacology, and clinical practice. Students gain essential medical skills through hands-on experience in hospitals.

The curriculum includes disease diagnosis, treatment, and prevention, preparing future doctors and dentists to serve in healthcare settings worldwide.

Allied Medicine programmes involve physiotherapy, radiography, occupational therapy, and speech therapy. Students learn to assist healthcare professionals in diagnostics and patient care. The curriculum combines theoretical knowledge with practical skills for specialised medical support roles.

Architecture courses combine artistic creativity with technical skills. Students study design principles, structural engineering, urban planning, and sustainable architecture. The curriculum involves hands-on projects, fostering innovation in building design and construction for functional and aesthetic spaces.

Law programmes which cover legal systems, principles, and procedures. Students learn about various areas of law, including criminal, civil, and constitutional law. The curriculum includes case analysis, legal research, courtroom practice, and training future lawyers and legal professionals.

About 89.9% of law students are guaranteed employment or moved on to further studies within six months of graduating, with many focussing on specialised areas at the postgraduate level. Law remains one of the most popular subjects to study in the UK.

Biological science courses encompass various disciplines, such as genetics, ecology, and microbiology. The curriculum explores life at the cellular and molecular levels, ecosystems, and biodiversity. Graduates often pursue careers in research, healthcare, or environmental conservation.

Biological science is the study of all living things, and in recent years, the subject has boomed in popularity. 89.2% of graduates found employment as marine biologists, microbiologists, or nanotechnologists.

Business and management programmes prepare students for leadership roles in various industries. The curriculum covers organisational behaviour, marketing, finance, and strategic management. Students develop skills in decision-making, problem-solving, and effective communication.

The business sector offers numerous avenues for those with business and management knowledge, and graduates in this field enjoy a 90% employment rate and can pursue roles as entrepreneurs, managers, consultants, and more.

Computer science degrees focus on software development, algorithms, data structures, and programming languages. The curriculum emphasises problem-solving, coding, and software engineering principles, and graduates often work in software development, artificial intelligence, cybersecurity, and technology consulting.

Engineering courses specialise in mechanical, electrical, civil, and chemical engineering. The curriculum includes mathematics, physics, and hands-on engineering projects. Students learn to design, analyse, and optimise systems and structures to meet societal needs.

Engineers shape the future by designing and building innovative solutions. With a 72.1% employment rate, engineering graduates can forge paths in mechanical, civil, electrical, and beyond, contributing to various industries.