About Us
Electrical Engineering is a science oriented field that is concerned with many disciplines such as power systems engineering, electronics and communications engineering, electromagnetics, control systems engineering, and computer engineering. Further, it encompasses many other sub-disciplines such as electric machines, power electronics, antenna and propagations, instrumentation and process control, mechatronics and robotics, industrial electronics and automations, biomedical engineering, consumer electronics, sensors and measurements, and computer networking.
In fact, almost all technologies in modern life from nano and micro scale devices to small-scale devices, and the large scale systems rely on electrical engineering. In the nano/micro scale, technologies such as pacemakers, implantable cardioverter-defibrillators, and many other implantable devices can scavenge energy from everyday actions (motion), ambient radiations (thermal), or even from the vivo-fuel cells that oxidize blood glucose to provide a small trickle of energy. The small scale systems such as mobile phones rely on battery storage for power supplies, whereas the large scale systems such as aircraft, ships, and power systems are driven by large electric machines.
Here at PNG University of Technology, the School of Electrical & Communications Engineering offers undergraduate programs leading to the degree of Bachelor in Electrical Engineering (B.E.E), and postgraduate degree programs leading to Master of Philosophy (MPhil) and the newly approved master’s by course work leading to the Master of Science (M.Sc.) in Communications Engineering. The School also offers PhD program in either Communications or Power Engineering.
The courses taught in Communications Engineering are aimed to deepen the knowledge and skills of students on the basic concepts and theories that will equip them in their professional work involving analysis, systems implementation, operation, production, and maintenance of the various technologies such as computer network, the cellular services that include the Global System for Mobile (GSM) communications, Code Division Multiple Access (CDMA) and more.
The undergraduate program covers mathematics and physics in addition to the core curriculum in either power engineering or communications engineering and other required electives. The program enables students to specialize in any one of the following two areas: Communications and Power Engineering. In the final year of the studies, students undertake research projects on various topics in Electrical Engineering.
The students show their ingenuity and innovation in researching on various topics and building prototypes or undertaking simulation models and presenting their work at the end of the academic year. The research projects are designed to trigger engineering curiosity of students and finding new methodologies to foster innovative design that employ the synergistic effect between design and innovation as the key in promoting engineering ingenuity.
Vision & Mission
Vision
To be at the cutting edge in teaching and research in the generation and application of electrical engineering knowledge in graduating globally competent professional electrical engineers of high ethics and human values.
Our Values
In pursuit of our vision, we are guided by the following values:
- Providing equal opportunity for education to the students in Electrical and Communication Engineering through academic merit and character.
- Developing and maintaining partnership with industries, professional groups, and other educational and research institutions both national and international levels.
- Encouraging a climate of transparency, fairness and cooperation among the staff members and the students.
- Practising sustainable use of resources.
- Fostering an ethical workplace environment.
Mission
- To offer undergraduate, postgraduate, and doctoral programs.
To provide state-of-the-art resources that contribute to the achievement of excellence in teaching-learning and research activities.
To provide learning opportunities and a conducive environment for students to enhance their skills in technical, co-curricular activities, extra-curricular activities, soft skills, and personality traits.
To enhance the research facilities, training, and consultancy services to bridge the gap between industry and academia.
To offer community services through our expertise in renewable energy and ICT to improve the quality of life in village communities.
Graduate Statement
“Our graduates will systematically apply their professional engineering knowledge, skills and ability across power and communications to solve complex engineering problems. They will be ethically, socially, culturally, legally and environmentally aware and responsible.”
Our History
The School of Electrical and Communications Engineering was established in 1969…
Since 1969, we are committed to producing the best electrical and communications engineers to drive the development goals of a nation.
Our Facilities
Campus News/Updates
PNGUoT’s BULOLO CAMPUS: SET FOR SECOND GRADUATION!
PNGUoT’s BULOLO CAMPUS: SET FOR SECOND GRADUATION SINCE 1995 ! By Phyllia PISEP Papua New Guinea University of Technology’s Bulolo University College (BUC) is preparing for its second graduation tomorrow! This was reintroduced last year after the last graduation was held in 1995 at the former Forestry College before it
Staff’s Housing & Property Manager
Staff Housing and Property Manager The position is based at the Estates and Services Department’s building within the PNG University of Technology – Taraka campus in Lae. The Estates & Services Department oversees the following functions of the University: Maintenance of University’s Properties, Staff’s Housing & Grounds and Stores &
PNGUoT TO DELIVER MASTER OF SCIENCE IN CLIMATE CHANGE AND RENEWABLE ENERGY PROGRAM
PNGUoT TO DELIVER MASTER OF SCIENCE IN CLIMATE CHANGE AND RENEWABLE ENERGY PROGRAM The Papua New Guinea University of Technology has embarked on an exciting partnership with the British government to improve energy access education in Papua New Guinea. This collaboration focuses on researching the challenges surrounding the lack of