Microprocessor technology and instrumentation products are crucial technologies that ensure automated technologies work effectively. A microprocessor can be described as a digital electronic component that can be programmed and has all the features and functions of a central processing unit (CPU) on a single integrated circuit (IC), simply put, it is the “engine” that goes into motion when a computer is put on.
Instrumentation on the other hand is the science of measurement and control of process variables within manufacturing and production areas. Professionals in this field may be referred to as microprocessor or instrumentation technologists among other titles.
In everyday life, microprocessor technology and instrumentation applications are found in a wide range of modern devices and equipment such as cameras, telephones, burglar alarms, washing machines, microwave ovens, hi-fi systems, calculator among many other devices.
PAY ATTENTION: Every day, we give 100 lucky winners the opportunity to receive valuable gifts from our website partners and sponsors. Stand a chance to win your gift and other valuable incentives, (register here).
Bachelor of Science (Microprocessor Technology and Instrumentation)
The Bachelor of science in microprocessor technology and instrumentation is a four year course that is designed to cater for those who have just finished form four or diploma in computer studies program. The syllabus and course units cover extensive subjects in computer technology and its applications in the business as well as in industrial and scientific microprocessor based instrumentation. Some of the course units covered in the syllabus include;
- Waves and optics
- Computing laboratory
- Embedded laboratory technology
- Introduction to computing technology
- Digital electronics
- Laser physics
- Information security
- Aeronomy
- Machine learning
- Software development
- Artificial intelligence
- Power electronics
- Radiation physics, just to mention a few
The microprocessor technology & instrumentation course gives a pathway for graduate studies in areas such as; Computer Technology, State and Semiconductor Device Physics, Scientific and Industrial Instrumentation and advanced technologies for electronic devices and new material. The curriculum is tailored in response to ever changing computer hardware and software technologies.
Microprocessor technology & instrumentation students pursuing this course are allowed for specialization in the following areas; telecommunications, Biomedical and Radiometric Instrumentation, Industrial Electronics, Computing and Applied Physics.
Microprocessor technology and instrumentation subjects
The admission requirements for a bachelor of science in microprocessor technology & instrumentation are least a mean grade of C+ in KCSE. The cluster points and minimum cut point which is announced annually must be met. The subjects required for the course are;
- Subject 1 MAT A,
- Subject 2 PHY,
- Subject 3 BIO or CHE,
- Subject 4 a GROUP II or any GROUP III or any GROUP IV or any GROUP V.
Becoming microprocessor technology & instrumentation technologist
If you are good in math, love computers and want to start a career within computing field that can offer control solutions using the latest technology then pursuing this course might interest you. In addition, you should be prepared to develop skills that can help you grow and succeed in this profession.
Instrumentation technologists have excellent logical thinking skills which enable them to follow a logical sequence or specific set of rules to carry out designs, inspect designs for quality control and put together control measures to enhance efficiency. They also have good mechanical and electronic skills which enable them to create detailed electronic components that work.
These professionals are excellent problem solvers able to ensure systems work as planned and help to resolve any problems that come up in carrying out the engineers’ designs. They are also very good in math as they frequently use math for analysis, design, and troubleshooting in their work.
Instrumentation technologists possess excellent interpersonal and communication skills which enable them to relate well with others and communicate technical issues effectively and in a manner that is easily understandable to those without technical background.
Work environment
Graduates of bachelor of science in microprocessor technology mostly work in factories and production sites; they also work in offices to prepare reports.
Microprocessor technology and instrumentation jobs in Kenya
Jobs for microprocessor technology and instrumentation course can be found anywhere there is microprocessor and control systems such as; power plants, chemical plants, manufacturing facilities, oil refineries and the steel industry among others. In addition, graduates can work within; business, consultancy, mechanical, telecoms, textile, IT, research as well as with drug makers and software and hardware companies, to name a few avenues. Graduates can also start their own ventures.
Is Microprocessor technology and instrumentation Marketable in Kenya?
Like many other courses in Kenya, the marketability of microprocessor technology program is relative. However, the programme offers a pathway for graduate studies in other fields such as advanced technological application for electronic gadgets and related devices. That being said, with aggressiveness, dedication, patience and hard work, you can find a job in this field upon graduation. Just be optimistic.
Microprocessor technology and instrumentation Colleges
The following colleges offer Microprocessor technology and instrumentation courses and related programs.
- University of Nairobi (UoN)
- Jomo Kenyatta University of Agriculture and Technology (JKUAT)
More courses you can explore
If you are making a career choice, you can explore the following courses to widen your career choices. The programs below can empower you with skills and competencies related to microprocessor technology field.
- Bachelor of Science in Computer Technology
- Bachelor of Science in Telecommunication and Information Engineering
- Bachelor of Science in Electronic and Computer Engineering
- Bachelor of Science in Biomedical Engineering
- Bachelor of Science in Applied Physics and Computer Science
- Bachelor of Science in Instrumentation & Control
- Bachelor of Business Information Technology
- Bachelor of Technology in Technical and Applied Physics.