Engineering physics deals with mathematical and scientific application of physics in order to analyze engineering problems. The field also focuses on application, design and analysis of engineering solutions and sometimes the field is called “technical physics”. Engineering physics thoroughly deal with applied physics and has many specialties as electrical engineering, optics, applied mechanics, aerodynamics, quantum physics, energy physics, etc. Graduates can work in a large variety of positions because of their abilities to convert scientific knowledge to practical decisions. Engineering physics opens the way to work in industries, research laboratories as engineers, applied scientists, other engineering-related experts.
Nanotechnology focuses on the design and creation of functional materials, structures, devices and systems by directly controlling matter at the nano-level.
Designing highly innovative systems for signal processing is your passion, e.g. in biomedical applications or in telecommunication. Or your interest focuses on microsystems or robotics.
The Master's Double-Degree programme in Innovation in Nuclear Energy is delivered by the high-level member Institutes of the consortium KIC InnoEnergy: KTH Royal Institute of Technology, Universitat Politècnica de Catalunya, Grenoble INP and Paris...
The Master’s programme in Chemical Engineering is primarily aimed at applying chemical engineering principles to develop technical products and to design, control and improve industrial processes.
The MAsters on Photonic NETworks engineering (MAPNET http://mapnet.sssup.it) is a masters programme under the European Union's Erasmus Mundus Programme. MAPNET is a full-time, two-year, international programme offered by a consortium of four universities: Scuola Superiore Sant'Anna - Italy, Coordinator; Aston University - UK; Technische Universität Berlin - Germany; Osaka University - Japan. MAPNET is focused on the competence related to the generation, manipulation, transport and detection of signals exploiting photons as a support to convey information.
The nanoscience Master´s programme at Lund University has its scientific base in a physics description of nanoscale phenomena, but in addition to nanophysics you can, depending on your background and interests, choose to specialise in fields such as nanoelectronics, materials chemistry or biophysics.
This two-year Master Course aims at providing students with a high-level formation in Theoretical and Computational Physics, together with a deeper insight in one selected research field : Integrable Systems, or Complex Systems.
Each year, 60 students are recruited from students at Grenoble INP, the Politechnico in Turin and from the EPF Lausanne. The degree is also open to students from other universities, admitted according to their qualifications.
This programme gives an understanding of the principles and methods of modern physics, at a level appropriate for a professional physicist. A large fraction of of the programme is original research within a research group of the Physics Department.
The Master’s degree in Hydraulic Engineering is a highly competitive academic program. To be admitted to the program, candidates must have previously completed their undergraduate studies and been awarded a Bachelor degree in either Science (BSc) or Engineering (BEng) including courses in hydraulic, mechanical and civil Engineering.
Vrije Universiteit Brussel offers the Master of Photonics Science and Engineering jointly with Ghent University (UGent). When you enroll in this English taught master, you will follow the courses at UGent during the first semester of the first master year and at VUB during the second semester. During the second year, you will study where you do your master thesis.
The International Masters on Communication Networks Engineering (IMCNE) is focused on the provisioning of competence across Telecommunications Engineering and Computer Science, taking into account tecno-economic aspects and services supported by the networks.