Faculty of Information and Communication Technology (ICT) is dedicated to providing a range of programmes that equips graduates with innovative skills to operate at international standards in the Information and Communication Technology Industry. The faculty offers PhD, Master’s, Bachelor honours and Bachelor Degrees. It also offers Stand-alone programmes. The faculty delivers these degrees and stand-alone programmes through it’s three departments: Information Technology, Software Development and Electronics & Communication.
The PhD, Masters, Bachelor Honours and Bachelor degree programmes that the Faculty offer are PhD in Information Communication Technology, Master of Science in Information Technology, Bachelor Honours Degree in Electronics (with specialisations in Telecommunication, Instrumentation, Electrical, Control Systems, Computer Science, Computing Systems), Bachelor Honours Degree in Digital Communication Technology, Bachelor Honours Degree in Software Development, Bachelor Honours Degree in Business Information Systems, Bachelor Degree in Software Development and Bachelor Degree in Business Information Systems. For the Stand Alone programmes, the faculty delivers Certificate in Business Information Systems and Diploma in Business Information Systems.
These qualifications are designed to make a positive contribution to hardware, software, network and electronics design to improve management of performance and or problem solving. It is also concerned with the education and training of young Information, Technology, Electronics and Communications managers who can help to improve the efficiency and effectiveness of management in public and private sectors.
In general, the African continent finds it difficult to narrow the digital divide compared to developed nations. Namibia is not an exception with regards to the digital divide. To bridge this gap, the faculty’s qualifications are designed to make a strong, relevant and practical contribution to Information, technology, electronics and Communications field and also provide a very strong Science & Technology foundation for the people of Namibia in line with Vision 2030.
Graduates of the Faculty are equipped with skills in Information and Communication Technology that enables them to improve and contribute to the efficiency and effectiveness of small, medium and large organisations.
Mr Martin M. Ujakpa
Mr. Martin Mabeifam Ujakpa is the Dean of Information and Communication Technology (ICT) from 17th January 2017 and prior to his appointment as Dean, he was a Senior Lecturer in the Faculty of Information Technology and Systems Development. Before joining IUM, he held various positions in various Institutions. He served as a lecturer and Head of Academics at Ghana Technology University (GTUC) from 2013 to 2015. Rising from the position of Assistant lecturer, he became a lecturer, PhD programmes co-ordinating officer and executive manager (academic support, examination and systems support) at Accra Institute of Technology (AIT) in Ghana from 2011 to 2012. From 2009 to 2010, he served as a research assistant, teaching assistant, data analyst, database administrator and e-learning administrator at Valley View University (VVU) in Ghana. Prior to joining academia in the University, He served as teacher at the Primary, Junior/Senior High School with Ghana Education Service (GES). Other places he has worked with include Animal Welfare organisations in Ghana.
Mr. Martin Mabeifam Ujakpa has a passion for Research and as a result has published over 10 peer-reviewed papers in international journals. He has also supervised project works of over 15 master’s degree students and 30 undergraduate degree students. Mr. Martin Mabeifam Ujakpa holds a Master of Information Technology (MIT) Degree from Open University, Malaysia, a Bachelor of Science Degree in Computer Science from Valley View University in Ghana, a Diploma in Animal Behaviour from JC Biology in UK and a certificate in Ecology from Compass Education Training in UK. He is currently pursuing a PhD in Information Technology.
Mr. Martin Mabeifam Ujakpa
Welcome from the Dean
On behalf of lecturers and students in the faculty, I am delighted to welcome you to the Faculty. Being a Communication-Technology Faculty within a Management and Information Communication Technology University provides a tremendous opportunity for our students to progress into young managers of the future in a communications-Technological rich environment. This faculty train students to use digital communication technology to improve on businesses. The emphasis of programmes in the faculty is on technical and managerial skills within a technical environment. The programmes emphasise topics in Information Technology, Communications, Electronics, Electricals, Instrumentation, Control and Systems Development. The faculty produce engineers and Technology experts that are of the highest calibre, who are second to none. In the faculty, focus is on activities which are critical to Namibia and/or the region.
Our faculty student focus – students are at the heart of our academic and vocational purpose as a faculty. Faculty members ensure that students are as comfortable as they can be during their stay in IUM. Faculty members in collaboration with business leaders, use all resources at their disposal to develop unique competitive challenges for students to demonstrate and showcase an understanding of analysing and solving problems using Information/Digital Communication Technology.
I invite you to explore the university website to get additional information on our faculty programmes, curricula, requirements and course offerings, and discover more learning opportunities in IUM. I look forward to your visit.
-Mr. Martin Mabeifam Ujakpa
Dean of Information and Communication Technology (ICT)
Diploma in Business Information Systems Qualification is designed in response to the global and regional shortage of skilled people in information and communications technology and strong industry demand. The qualification aims at giving an understanding of information technology tools and knowledge in management, marketing or accounting. It offers the opportunity to develop a mixture of skills in the two complementary areas: Information Systems and Business. The qualification also equip students to develop creative and innovative solutions to problems in government, businesses and non-profit organisations.
Diploma in Business Information Systems is designed to give students a competitive advantage in pursuing a career in Business or IT based on the blending of technological and business competencies. The qualification enables students to understand Information Systems development concepts and professional issues. It also brings an integration of Information Systems in the Business Environment with management issues: hence it focuses on training information system technicians who have an understanding of Ecommerce and the IT trends.
Admission requirements
Career opportunity for graduates of this qualification include but not limited to:
| Certificate (110 Credits) |
|---|
| SEMESTER 1 (50 credits) |
| Applied English Language Skills |
| Computer Systems and Architecture |
| Principles of Computer Programming |
| Basic IT Skills |
| Mathematics |
| SEMESTER 2 (60 credits) |
| Communication Skills |
| Systems Analysis |
| PC Maintenance |
| Programming with C++ |
| Introduction to Entrepreneurship |
| Financial Accounting 1 |
Certificate in Business Information Systems Qualification is designed in response to the information technology challenges affecting Namibia and the region. The qualification is motivated by the increasingly critical role of information systems within organizations which has created a demand for graduates who are knowledgeable about both information systems and business. Our community desperately needs people who understand the business world, and who at the same time excel in applying information technology to produce desirable outcomes. This qualification equips students with the essential tools and proven techniques – including business as well as IT skills specialising in the development of software that can help solve specific problems technically to spearhead major developmental initiatives and create cultures of innovation and engagement.
The course is designed to give students a competitive advantage in pursuing a career in business or IT based on the blending of technological and business competencies. It also helps students to understand development concepts and professional issues relevant to business information systems. The main purpose of this course is to bring an integration of Information Systems in the Business Environment with management issues. Upon completion of this qualification, graduates would have acquired knowledge of computer systems and management that will enable them to analyse and design information systems solutions in a wide range of real world problems. They will be able to recognize the multidisciplinary nature of information systems, be familiar with information system architecture and be able to evaluate information system effectiveness in a business enterprise.
Admission requirements
Career opportunity for graduates of this qualification include but not limited to:
| Year 1 ( 120 credits) |
|---|
| SEMESTER 1 (60 credits) |
| Intermediate Entrepreneurship and Innovation |
| Critical Thinking Skills |
| Object Oriented Programming with Java |
| Systems Design |
| Fundamentals of Databases |
| Financial Accounting II |
| SEMESTER 2 (60 credits) |
| Data Communication and Networking N+ |
| Advanced Databases |
| Web Development |
| Operating Systems |
| Quantitative Methods I |
| Year 2 ( 120 credits) |
|---|
| SEMESTER 1 (60 credits) |
| Management Information Systems |
| Introductory Engineering Calculus |
| Research Methodology |
| Data Structures |
| SEMESTER 2 (60 credits) |
| Professional Communication |
| Project Management for ICT |
| Digital Marketing |
| Quantitative Methods II |
| Mini Project |
The Bachelor of Science in Business Information Systems is designed in response to strong Information Communication Technology industry demand. It aims at giving students a thorough understanding of information technology tool and specialist knowledge in management, marketing or and accounting. It offers students the opportunity to develop a mixture of skills in the two complementary areas: Information Systems and Business/Management.
This degree is designed to make a positive and practical contribution to hardware and software design and to improve the management of performance and problem solving. It is concerned with the education and training of young information systems managers who can help to improve the efficiency and effectiveness of management in the private and public sectors. Upon completion, graduates would have acquired knowledge of computer systems and management that will enable them to analyse, design and implement information systems solutions in a wide range of real world problems. Additionally, graduates will be able to recognize the multidisciplinary nature of information systems, be familiar with information system architecture and be able to evaluate effectiveness of information system in businesses.
Admission requirements
Career opportunity for graduates of this qualification include but not limited to:
| Year 1 ( 120 credits) |
|---|
| SEMESTER 1 (60 credits) |
| Applied English Language Skills |
| Financial Accounting for ICT |
| Computer Systems and Architecture |
| Principles of Computer Programming |
| Basic IT Skills |
| Introduction to Entrepreneurship |
| SEMESTER 2 (60 credits) |
| Communication Skills |
| Data Communication and Networking |
| Systems Analysis |
| Programming with C++ |
| Discrete Mathematics |
| Operating Systems |
| Year 2 ( 120 credits) |
|---|
| SEMESTER 1 (60 credits) |
| Introductory Engineering Calculus |
| Systems Design |
| Object oriented Programming with Java |
| Fundamentals of Databases |
| Business Statistics |
| Intermediate Entrepreneurship |
| SEMESTER 2 (60 credits) |
| Project Management for ICT |
| Web Development |
| Advanced database Design |
| Management Information Systems |
| Research Methodology |
| Professional Communication |
| Year 3 ( 120 credits) |
|---|
| SEMESTER 1 (80 credits) |
| Visual Programming with VB.Net |
| Advanced web Development |
| Business Process Reengineering |
| Business and IT Law |
| Business Intelligence |
| Strategic Entrepreneurship |
| SEMESTER 2 (40 credits) |
| Internship |
Namibia is a fast growing technologically-based economy. The growth requires certain skills and competences in information technology. The Bachelor of Science in Business Information Systems Honours degree is designed in response to the information technology challenges facing Namibia and the Region. Upon completion of this degree, graduates would have acquired knowledge of computer systems and management and will be able to analyse, design and implement information systems solutions in a wide range of real world problems. Also graduates will be able to recognize the multidisciplinary nature of information systems, be familiar with information system architecture and be able to evaluate information system effectiveness in a business enterprise.
This degree is designed to make a positive and practical contribution to hardware and software design and to improve the management of performance and problem solving. It is concerned with the education and training of young information systems managers who can help to improve the efficiency and effectiveness of management in the private and public sectors. Upon completion, graduates would have acquired knowledge of computer systems and management that will enable them to analyse, design and implement information systems solutions in a wide range of real world problems. Additionally, graduates will be able to recognize the multidisciplinary nature of information systems, be familiar with information system architecture and be able to evaluate effectiveness of information system in businesses.
Admission requirements
Career opportunity for graduates of this qualification include but not limited to:
| ( 120 credits) |
|---|
| SEMESTER 1 (42 credits) |
| Mobile Applications development |
| Advanced Computer Systems and Architecture |
| Expert Systems |
| Applied Entrepreneurship Management |
| SEMESTER 2 (52 credits) |
| Enterprise Resource Planning Systems |
| E-commerce |
| Computer Auditing |
| Research Project |
In general, the African continent is still finding it very difficult to narrow the digital divide compared to the developed countries across the globe. Namibia is not special in respect of this technological divide and still suffers a shortage of well-trained IT specialists and as the IT industry continues with its rapid growth so does that shortage become greater. Digital Communication Technology is the most important tool for day to day teaching and learning. It also impacts on the security of information and data that the millions of people will exchange every minute to do their business and to achieve the academic development.
This degree is designed to make a strong, relevant and practical contribution to Digital Communication Technology and is designed to improve business technology, distance learning methods, business system methods, performance and problem solving.
The programme provides a very strong science and technology foundation for the people of Namibia in line with Vision 2030.
Africa’s potential to embrace fully the advantages of science and technology and business technology has been identified. Technology varies from region to region, and there are advantages to building the digital bridges between regions in Africa.
Faced with complex and ever-evolving challenges, all stakeholders have critical choices to make. New forms of technology, new modes of social and economic organisation and new ways of thinking are called for.
The degree is concerned with the education, design, development, implementation and training of young digital and wireless communication experts who can help to improve and contribute the efficiency and effectiveness of small, medium and large organisations in the private and public sectors.
Programme Outcomes
On Successful completion of this degree programme the candidates:
Field Projects
There will be field projects in each of the second, third and fourth years. The second year project will be carried out in groups of four students. The third year project will be carried out in pairs and the final year field project will be an individual assignment. All projects will be assessed.
Course Structure| Year - 1 (100 Credits) | |
|---|---|
| Semester – 1 | Semester – 2 |
| Fundamentals of Electronics | Analog & Digital Electronics |
| Business Communication I | Digital ICs and Application |
| Introduction to Visual Studio & .NET Applications | Digital Computer Design |
| Mathematics I | Introduction to Computer Networks |
| Introduction to Regional Economics | Study of Operating Systems |
| Computer Studies I | |
| Year - 2 (120 Credits) | |
|---|---|
| Semester – 1 | Semester – 2 |
| Information Security in the Business Environment | Power Electronics |
| Distributed Networking & Communication | Digital Communication Systems |
| Object Oriented Programming through JAVA | Telecom Networks and Services |
| Regional Database Management Systems (RDBMS) | Principles of Mobile Communication and Radio Networks |
| Fundamentals of Telecommunication Systems | WiMax Network Systems |
| Year - 3 (120 Credits) | |
|---|---|
| Semester – 1 | Semester – 2 |
| Principles of Electronic Communication systems | Industrial Attachment (Full Time) |
| Digital Network Management and Maintenance | |
| Optical Fibre Technology | |
| ATM and IP Networks | |
| Frame Relay and X25 Data Services | |
| Year - 4 (140 Credits) | |
|---|---|
| Semester – 1 | Semester – 2 |
| Research Project – Phase I | Research Project – Phase II |
| Introduction to Satellite Communications | |
| Select any 2 subjects Below: | Select any 2 subjects below: |
| Digital Signal Processing | Advanced DSL and IP Networks |
| VVLSI Technologies | Introduction to Cryptography |
| VOICE Switching | Communication Passport Engineer |
The Bachelor of Science in Software Development is developed to aid eradicate the shortage of software developers in Namibia and the whole of Africa. This qualification equips students with the essential tools and proven techniques (including business as well as IT skills specialising in the development of software) that can help solve specific technically problems to spearhead major developmental initiatives and create culture of innovation and engagement.
Upon completion of this qualification, graduates would have acquired knowledge of software development, computer systems and management that will enable them to analyse, design and implement software solutions in a wide range of real world problems. They will be able to recognize the multidisciplinary nature of information systems and be familiar with Software Development. They would also be able to evaluate software effectiveness in a business enterprise.
Admission requirementsTo be admitted for this qualification, one shall have satisfied the minimum conditions for entry to degree studies at this University as prescribed under the entry requirements in the IUM General Academic Regulations. This includes a minimum of 25 points from a Namibia Senior Secondary Certificate (Ordinary or Higher or a combination of both) or equivalent qualification(s), provided that the candidate has passed five subjects (including English at Grade D minimum) normally in not more than three examination sittings.
Career OpportunitiesCareer opportunity for graduates of this qualification include but not limited to:
| YEAR 1 (120 Credits) |
|---|
| SEMESTER 1 (60 credits) |
| Applied English Language Skills |
| Financial Accounting |
| Computer Systems and Architecture |
| Principles of Computer Programming |
| Basic IT Skills |
| Introduction to Entrepreneurship |
| SEMESTER 2 (60 credits) |
| Communication Skills |
| Data Communication and Networking |
| Systems Analysis |
| Programming with C++ |
| Discrete Mathematics |
| Operating Systems |
| YEAR 2 (120 credits) |
|---|
| SEMESTER 1 (60 credits) |
| Introductory Engineering Calculus |
| Systems Design |
| Object oriented Programming with Java |
| Fundamentals of Databases |
| Business Statistics |
| Data Structures |
| SEMESTER 2 (60 credits) |
| Project Management for ICT |
| Web Development |
| Advanced database Design |
| Management Information Systems |
| Research methodology |
| Professional Communication |
| YEAR 3 (120 credits) |
|---|
| SEMESTER 1 (80 credits) |
| Advanced web Development |
| Human Computer Interaction |
| Mobile Application Development |
| Visual Programming with VB.net |
| Intermediate Entrepreneurship and Innovation |
| Critical thinking skills |
| SEMESTER 2 (40 credits) |
| Internship |
The software development programme was designed in response to Software Development challenges affecting Namibia and the Region. Namibia is a fast growing technologically-based economy. The growth requires certain skills and competences in Software Development. The qualification equips students with the essential tools and proven techniques (including business as well as IT skills specialising in the development of software) that can help solve specific technically problems to spearhead major developmental initiatives and create culture of innovation and engagement.
Upon completion, graduates would have acquired knowledge of Software Development, Computer Systems and Management that will enable them to analyse, design and implement Software Solutions in a wide range of real world problems. Graduates will also be able to recognize the multidisciplinary nature of Software Development, become familiar with information system architecture and be able to evaluate Software effectiveness in a business enterprise.
Admission requirementsTo register for this qualification, prospective students must hold a Bachelor in Software Development at NQF Level 7 or it’s equivalent from a recognized institution.
Career OpportunitiesCareer opportunity for graduates of this qualification include but not limited to:
| ( 140 credits) |
|---|
| SEMESTER 1 (42 credits) |
| Embedded Systems and Software |
| Software Quality Assurance |
| Programming with Python |
| Mobile Applications development |
| SEMESTER 2 (82 credits) |
| Operations Research |
| Electives Courses(Select 2) |
| Game Development |
| Cryptography and Network Security |
| Cyber Security and Law |
| Research Project |
The Bachelor of Science in Electronics (Honours) forms a major part of a production or process industry instruments setup that are used to measure/monitor signals. In most modern systems / machines where automation is involved, electronic form part of the system. Also, in research/academic, clinical and quality assurance/standards laboratories, electronics are used for measurements and testing. This makes electronics very important in engineering and science. The Bachelor of Science in Electronics (Honours) with specialization is intended to produce highly trained manpower in Electronics ready to take up the challenges in industrial research/design, and in management of industrial and commercial organizations. This qualification is industry oriented and is designed to produce graduate engineers capable of adapting to technological changes
Upon completion of this qualification, graduates would have acquired knowledge of electronics with speciality either telecommunication, instrumentation, control, computing systems, electrical or computer Science that will enable them to analyse, design, and build electronic equipment in a wide range of real world situations.
Admission requirementsTo get admission into this qualification, a perspective student should:
Graduates of this qualification are employable in the following industries and more:
| 1st YEAR (Electronics with specialisations in Telecommunication, Instrumentation, Electrical, Control Systems, Computer Science, Computing Systems) |
|---|
| Level 1 |
| SEMESTER 1 |
| Introductory Engineering Calculus |
| Engineering Physics |
| Circuit Analysis I |
| Principles of Computer Programming |
| Engineering Drawing (CAD, AutoCAD) |
| Applied English Language Skills |
| Introduction to Entrepreneurship |
| SEMESTER 2 |
| Data Communication and Computer Networks |
| Computer Programming in C++ |
| Fundamentals of Electronics |
| Intermediate Engineering Calculus |
| Circuit Analysis II |
| Communication skills |
| Workshop Practice |
| 2nd YEAR (Electronics with specialisations in Telecommunication, Instrumentation, Electrical, Control Systems, Computer Science, Computing Systems) |
|---|
| SEMESTER 1 |
| Cryptography and Network Security |
| Analogue Communication Systems/ |
| Fundamentals of databases (Computer Science only ) |
| Analogue Electronics I |
| Advanced Calculus |
| Digital Electronics I |
| Principles of Management |
| SEMESTER 2 |
| Digital Communication Systems |
| Mobile Communications |
| Advanced Database Design(Computer Science) |
| Research Methodologies |
| Probability and Statistics |
| Analogue Electronics II |
| Web Development (Computer Science) |
| Advanced Database Design(Computing Systems ) |
| Digital Electronics II |
| 3rd YEAR (Electronics with specialisations in Telecommunication, Instrumentation, Electrical, Control Systems, Computer Science, Computing Systems) |
|---|
| SEMESTER 1 |
| Embedded Systems |
| Electromagnetics |
| Multimedia Application Development(Computer Science only) |
| Optical Fiber Technology |
| Operations Research (Computer Science only) |
| Power Electronics |
| Advanced Web Development(Computer Science only) |
| Electrical Measurements |
| Software Engineering (Computer Science only) |
| Intermediate Entrepreneurship and Innovation |
| SEMESTER 2 |
| Power Systems I |
| Radio and Television ( Computer Systems, Control Systems, Telecommunication) |
| Digital Signal Processing |
| Control Systems |
| Computer Graphics (Computer science) |
| Power Systems Protection |
| Optimization technics (Control Systems) |
| Sensors and Transducers (Instrumentation) |
| Antenna Theory and Propagation(Telecommunication) |
| Operating Systems |
| Project Management |
| Electrical Machines |
| Internship |
| 4th YEAR (Electronics with specialisations in Telecommunication, Instrumentation, Electrical, Control Systems, Computer Science, Computing Systems) |
|---|
| 1st Semester (Telecommunication) |
| Research Project - I |
| Microwave Engineering |
| Computer Modelling & Simulation |
| Digital Signal Processing Application |
| Radar and Navigational Aids |
| Strategic Entreprenuership |
| 1st Semester (Electrical) |
| Digital Signal Processing Application |
| Electrical Machines and Drives |
| Power Systems II |
| Smart Grids |
| Strategic Entrepreneurship |
| Research Project - I) |
| 1st Semester (Control Systems) |
| Advanced Control Systems |
| Optimal Control |
| Adaptive Control |
| Process Control |
| Strategic Entrepreneurship |
| Research Project - I |
| 1st Semester (Instrumentation) |
| Industrial Instrumentation II |
| Virtual Instrumentation |
| Analytical Instruments |
| Process Control |
| Strategic Entrepreneurship |
| Research Project - I |
| 1st Semester (Computer Science) |
| Strategic Entreprenuership |
| Software Testing & Quality Assurance |
| Modeling and Simulation |
| Object Oriented Programming through Java |
| Compiler design |
| Research Project - I |
| 1st Semester (Computing Systems) |
| Strategic Entrepreneurship |
| Distributed Computing |
| Modeling and Simulation |
| Object Oriented Programming through Java |
| Compiler design |
| Research Project - I |
| 2nd Semester (Telecommunications) |
| Satellite Communication |
| Teletraffic Engineering |
| Artificial Intelligence |
| Research Project - II |
| Electives (Choose 1) |
| Mobile Computing |
| VLSI |
| Electronics (specialisation in Electrical) |
| 2nd Semester |
| Power Systems Reliability |
| High Voltage Engineering |
| Renewable energy |
| Research project (Phase II) |
| Electives (Choose 1) |
| Power Plant Instrumentation |
| VLSI |
| 2nd Semester (Control Systems) |
| Computer Control of Processes |
| Industrial Robotics |
| Biomedical Control |
| Research project (Phase II) |
| Electives (Choose 1) |
| Artificial Intelligence |
| VLSI |
| 2nd Semester (Instrumentation) |
| Instrumentation in Petrochemical Industries |
| Power Plant Instrumentation |
| Biomedical Instrumentation |
| Research project (Phase II) |
| Electives (Choose 1) |
| Artificial Intelligence |
| VLSI |
| 2nd Semester (Computer Systems) |
| Design for quality and reliability |
| Artificial Intelligence |
| Fault Diagnosis and Failure tolerance |
| Research project (Phase II) |
| Electives (Choose 1) |
| VLSI |
| Biomedical Instrumentation |
| 2nd Semester (Computer Science) |
| Visual Basic Programming |
| Artificial Intelligence |
| Fault Diagnosis and Failure tolerance |
| Research project (Phase II) |
| Electives (Choose 1) |
| Mobile Computing |
| Cyber Law |
