The associate degree in science gives students a solid foundation in key scientific disciplines. This broad knowledge base equips students with critical thinking and problem-solving skills, preparing them for various careers in research, education, healthcare, environmental science, and technology. It also offers a seamless transition to a bachelor’s degree, where students can further specialise in their field of interest. The program’s emphasis on theoretical and practical science applications makes graduates highly versatile and ready to tackle complex scientific challenges. What to Expect “This programme provides a strong foundation in key scientific disciplines, including biology, chemistry, mathematics, marine biology, and physics. Through a combination of theoretical knowledge and practical applications, students develop critical thinking and problem-solving skills essential for careers in research, education, healthcare, environmental science, and technology. The curriculum is designed to cater to diverse interests, offering specialisations in areas such as Bio/Physics, Bio/Chemistry, Chemistry/Physics, Chemistry/Mathematics, and Marine Biology, ensuring students can tailor their studies to their goals. Outcomes of the Programme Graduates will be well-prepared for entry-level roles in scientific fields or to seamlessly transition into a Bachelor of Science degree for further specialisation. The programme equips students with the versatility to tackle complex scientific challenges and adapt to emerging trends in science and technology. Whether you’re a GCE “A” Level, CXC CAPE, or non-GCE “A” Level student, this degree provides a pathway to advance your education and career in your chosen area of focus. “
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree
The Associate Degree in Natural & Applied Sciences prepares students for a career in Registered Nursing. Through pure science theory classes coupled with laboratory analytical skills, students gain a foundation that will prepare them for furthering their studies in the medical field. What to Expect “This programme prepares students to become registered nurses by combining theoretical knowledge with hands-on practical skills. Students will learn to deliver safe and effective patient care, communicate proficiently with healthcare teams and patients, and apply critical thinking to solve complex medical challenges. The programme emphasises professionalism, ethical practice, and the promotion of health education, ensuring students are well-rounded and ready to excel in the nursing profession. Outcomes of the Programme Graduates will be equipped to take the RENR licensure examination and embark on a successful career as registered nurses. They will have the skills to provide high-quality patient care, advocate for health education, and demonstrate professionalism in diverse healthcare settings. With a strong foundation in both theory and practice, graduates will be prepared to meet the demands of the nursing field and make a meaningful impact on patient outcomes and community health. “
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree
This course includes some basic concepts of Physics. Emphasis is on the understanding and application of thermal properties and kinetic theory of gases. In the beginning off the lab, you would learn about the concept of temperature, its measurements, thermal expansions and heat capacities. In the second part, you will be introduced in detail the various aspects of elasticity, pressure and density of matter.
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree, Science
This course includes some basic concepts of Physics. Emphasis is on the understanding and application of waves, simple harmonic motion and Oscillations. It investigates oscillations and waves in situations from a simple mass on a spring, mechanical waves in solids, liquids, gases as well as electromagnetic waves. The laboratory experiments gives hands-on experience of the concepts of this course.
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree, Science
This Course gives you a basic idea about the devices used in electronics and communication systems. This course aims to create an interest in in research, design, development and testing of the electronic equipment used in various systems including communications equipment. This Course introduces fundamental electronic systems such as diode, capacitors, AC, DC, OpAmp and their characteristics. Topic includes frequency spectrum, modulation Technique and characteristics Transmitters and Receivers.
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree, Science
The course is designed to introduce the students to the theory and applications of quantum mechanics and nuclear physics. The limitations of classical physics in explaining certain phenomena are discussed, highlighting the need for quantum mechanics. The students are introduced to the theory and application of nuclear physics, and the basic properties of the nucleus. This sets the background for detailed discussion on alpha decay and the interactions of particles with matter. Examples of the applications of nuclear physics are examined through the theory and operation of radiation detectors.
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree, Science
This course focuses on the fundamental principles of physics. Emphasis is on the understanding and application of thermal properties and kinetic theory of gases. It develops an understanding about the basic principles underlying the thermal and mechanical properties of materials.
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree, Science
This course focuses on the fundamental principles of physics. Emphasis is on the understanding and application of Simple Harmonic Motion, Waves and then further developed into useful study of fiber optics, doper effect and ultrasound diagnostic. It presents mechanical and electromagnetic waves, and explores different wave phenomena like phase and group velocity, standing and propagating waves, coherence, diffraction and interference, reflection, refraction, dispersion, and simple geometric optics.
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree, Science
This course provides an introduction to both elastic and plastic deformation of materials. This is followed by the introduction of the basic properties of transverse and longitudinal progressive waves, including the determination of the frequency and speed of sound waves. The electromagnetic spectrum is also introduced. These basic properties of waves are developed further into a study of the Doppler Effect and of ultrasound for diagnostic purposes. The ideas of simple wave behaviour, such as reflection and refraction of light, would be useful prior knowledge. Superposition is used to develop the concept of stationary waves. Diffraction and interference are then studied, including two-source interference and the diffraction grating. This course further introduced the concept of an electric field, which is used as the backdrop to study the field and potential energy of point charges. Circuit diagrams are studied with reference to Kirchhoff’s laws and the consequences of internal resistance. The use of potential divider circuits for monitoring environmental conditions is studied. Alpha-particle scattering is studied as evidence for the structure of the atom. Nuclear composition, in terms of nucleons, leads to an appreciation of mass defect and binding energy. Nuclear processes including radioactive decay, fission and fusion are studied. An introduction to fundamental particles is included
Faculty: Natural & Applied Sciences (NAS)
Programme Type: Associate Degree
