Courses

Courses

• ENERGI210 / Energy physics and Energy Technology

• MNF170 / Risk-Based SHE Management

• MNF170-F / Risk-Based SHE Management

• NANO160 / Introduction to Nanotechnology

• NATDID202 / Science Education II

• NATDID202-P / Science Education 2

• PHYS101 / Basic Course in Mechanics and Thermodynamics

• PHYS102 / Basic Course in Electricity and Magnetism, Optics, and Modern Physics

• PHYS109 / Introduction in Astrophysics

• PHYS110 / Perspectives in Physics

• PHYS111 / Mechanics 1

• PHYS112 / Electromagnetism and Optics

• PHYS113 / Mechanics 2 and Thermodynamics

• PHYS114 / Basic Measurement Science and Experimental Physics

• PHYS115 / Quantum Physics and Statistical Mechanics

• PHYS116 / Signal and System Analysis

• PHYS117 / Experimental Physics with Project Work

• PHYS201 / Quantum Mechanics

• PHYS205 / Electromagnetism

• PHYS206 / Statistical Physics and Thermodynamics

• PHYS208 / Solid State Physics

• PHYS210 / Fundamental Problems of Physics

• PHYS212 / Physics of Medical Imaging

• PHYS213 / Medical Physics in Radiotherapy

• PHYS222 / Analogue Integrated Circuits

• PHYS223 / Digital Integrated Circuits

• PHYS225 / Measurement technology

• PHYS231 / Physics of Radiation

• PHYS232 / Experimental Methods in Nuclear and Particle Physics

• PHYS241 / Nuclear and Particle Physics

• PHYS251 / Near Earth Space

• PHYS252 / Experimental Methods in Space Physics

• PHYS261 / Atomic Physics and Physical Optics

• PHYS263 / Laboratory Course in Optics

• PHYS264 / Environmental Optics and Transport of Light and Particles

• PHYS271 / Acoustics

• PHYS272 / Acoustic Transducers

• PHYS291 / Data Handling in Physics

• PHYS301 / General Relativity

• PHYS303 / Relativistic Quantum Mechanics and Field Theory

• PHYS321 / Computer Assisted Design and Production of Electronics

• PHYS325 / Signal and Communication Theory

• PHYS327 / Laboratory Course in Instrumentation and Process Control

• PHYS328 / Selected Topics in Measurement Science

• PHYS331 / Nuclear Models

• PHYS332 / Nuclear Reactions

• PHYS333 / Relativistic Heavy Ion Physics

• PHYS335 / Heavy Ion Physics at Intermediate and High Energies

• PHYS341 / Selected Topics in Experimental Particle Physics

• PHYS342 / Quantum Field Theory

• PHYS343 / Quark and Lepton Physics

• PHYS350 / Space Plasma Physics

• PHYS352 / Selected Topics in Ionospheric Physics

• PHYS371 / Selected Topics in Underwater Acoustics

• PHYS372 / Selected Topics in Non-Linear Acoustics

• PHYS373 / Acoustic Measurement Systems

• PHYS374 / Theoretical Acoustics

• PHYS391 / Data Systems for Experimental Physics

• PHYS399 / Master's Thesis in Physics

• PHYS399K / Master's Thesis in Physics

• PHYS625 / Introduction to Astrophysics and Space Physics

• PHYS626 / Topics in quantum physics, theory of relativity, and statistical mechanics

• PHYSDID200 / Physics Education

• PHYSDID200-P / Physics Education

• PRO399 / Master's Thesis in Process Technology

• PTEK100 / Introduction to Petroleum and Process Technology

• PTEK202 / Fluid Mechanics and Heat Transfer

• PTEK203 / Mass Transfer and Phase Equilibrium

• PTEK205 / Numerical Techniques for Process Technology

• PTEK211 / Fundamentals of Reservoir Physics

• PTEK212 / Reservoir Technology I

• PTEK214 / Experimental Reservoir Physics

• PTEK231 / Oil and Gas Processing

• PTEK232 / Fundamentals of Natural Gas Hydrates and Practical Implications

• PTEK241 / Introduction to Multiphase Systems

• PTEK250 / Explosion Hazards in the Process Industries

• PTEK251 / Risk Analysis - Methods and Application

• PTEK251-F / Risk Analysis - methods and application

• PTEK252 / Combustion Physics

• PTEK311 / Integrated Operations in Driling and Production

• PTEK312 / Selected Topics in Petroleum Technology

• PTEK354 / Dust Explosions in the Process Industries 1

• PTEK355 / Dust Explosions in the Process Industries 2

• PTEK399 / Master's Thesis in Petroleum Technology