College of Arts, Sciences, and Education
Our faculty members are committed to excellence in teaching, research, and community engagement. Together, we seek to create an environment where students are encouraged to ask questions, pursue discovery, and apply their learning in ways that benefit their communities and the nation.
Whether you are a prospective student, a current member of our university, or a visitor exploring our work, I invite you to learn more about the programs and opportunities available within the College of Arts, Sciences, and Education.
We are proud to be part of the Innovative University of Enga and proud to contribute to the development of education and knowledge in Papua New Guinea.
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Departments of Education
Department of Natural Sciences and Mathematics
Are you ready to take the next step toward your future career?
Bachelor of Science in Physics [B.Sc.]
Overview
The Bachelor of Science in Physics at the Innovative University of Enga is a four-year undergraduate programme (PNG NQF Level 7) designed to develop a deep understanding of the fundamental laws of nature, from the subatomic to the cosmic scale. The programme combines theoretical foundations with practical laboratory and computational skills. Students will explore classical mechanics, electromagnetism, thermodynamics, quantum physics, and modern applications in electronics, materials science, and renewable energy. Graduates are equipped for careers in education, research, engineering, technology, and applied sciences, both in Papua New Guinea and internationally.
Why Study This Course?
- Physics underpins technological advancement and is essential for innovation in energy, communication, materials, and medical technology.
- High demand for physics-trained graduates in PNG’s resource, energy, and education sectors.
- Offers problem-solving, analytical, and research skills applicable across multiple industries.
- Provides a pathway to postgraduate study in physics, engineering, or interdisciplinary sciences.
Key Learning Outcomes
Graduates of this programme will be able to
- Apply advanced physical principles to analyse and solve theoretical and applied problems.
- Design and conduct experiments, collect accurate data, and interpret results using appropriate scientific methods.
- Use computational tools and mathematical modelling in physics problem-solving.
- Communicate complex physical concepts clearly in oral, written, and graphical forms.
- Demonstrate professional ethics, safety practices.
- Critically evaluate physical phenomena and their applications in societal and industrial contexts.
Duration & Study Mode
Duration:
4 years full-time (8 semesters) or up to 8 years part-time.
Study Mode:
On-campus delivery with lectures, tutorials, supervised laboratory work, fieldwork, and independent study.
entry requirements
School Leavers
- Grade 12 Higher School Certificate or equivalent with:
- B or better in Physics and Advanced Mathematics (A) or Mathematics (B)
- B grade or better in English
- B grade or better in Chemistry preferred
- Minimum GPA of 2.8
Non-School Leavers
A diploma in Physics, Science, or Engineering may be considered for credit transfer.
Mature-age Entry
- Relevant work experience and successful completion of the university’s entry assessment process.
Programme Structure / Course Curriculum
Year 1:
Foundation sciences and introductory physics
- General Physics I & II
- Mathematics for Science I & II
- Chemistry for Science
Academic Writing & Communication Skills - ICT Applications for Science
Year 2:
Core principles and intermediate-level physics
- Classical Mechanics
- Electricity & Magnetism I
- Thermodynamics
- Optics & Waves
- Physics Laboratory Techniques
Year 3:
Advanced theory and applied physics
- Electricity & Magnetism II
- Quantum Mechanics I
- Solid State Physics
- Electronics & Instrumentation
- Computational Physics
- Applied Physics in PNG Context (e.g., Renewable Energy, Geophysics)
Year 4:
Research and professional preparation
- Quantum Mechanics II
- Advanced Topics in Physics (e.g., Nuclear Physics, Astrophysics, Medical Physics)
- Research Methodology
- Final Year Research Project
- Professional Practice & Ethics in Science
- Electives (Materials Science, Nanotechnology, Space Science)
Course Modules / Subjects Offered
- General Physics I & II
- Classical Mechanics
- Electricity & Magnetism I & II
- Thermodynamics
- Optics & Waves
- Quantum Mechanics I & II
- Solid State Physics
- Electronics & Instrumentation
- Computational Physics
- Applied Physics in the PNG Context
- Advanced Topics in Physics
- Research Project in Physics
Assessment Methods
Written examinations (theory, problem-solving, and conceptual understanding)
Laboratory practical reports and experimental performance assessments
Computational project assignments
Research project thesis and oral defence
Presentations and seminars
Career Opportunities
Graduates may work in:
- Secondary and tertiary education
- Energy and power industries (including renewable energy)
- Telecommunications and electronics
- Mining, petroleum, and resource exploration
- Research laboratories and scientific institutions
- Government agencies (meteorology, space, defence, health technology)
Tuition Fees
- Tuition fees are charged per semester according to the IUE fee schedule.
- Additional laboratory and fieldwork fees apply.
Scholarships (If any available in PNG – List those)
DHERST TESAS
- Available for eligible school leavers (HECAS & AES).
IUE Merit Scholarships
- Awarded annually to top-performing students.
Industry Sponsorships
- Possible for students specialising in applied physics or renewable energy.
How to Apply
School Leavers
Apply through the DHERST National Online Selection System (NOSS).
Non-School Leavers
- Apply directly to the IUE Admissions Office.
- Provide certified copies of academic transcripts, identification documents, and other required forms.