Engineering Physics

Bachelor degrees in Engineering Physics, Electronic or Materials or Nanotechnology Engineering, Physics, Materials Science are best suited for the admission to the Master programme in Engineering Physics at the Politecnico di Milano. Applications from students with a different STEM background are also admitted to the evaluation step. A dedicated Admission Panel evaluates all applications. 

Specific admission criteria are reported here.

The Master’s Degree in Engineering Physics combines a strong engineering foundation with in-depth expertise in the applied fields of modern physics. The program aims ate educating engineers capable of driving innovation both in industry and fundamental research, shaping highly competitive professionals in the global market. Special emphasis is placed on physical and optical technologies, nanotechnologies, and photonics. 

Four recommended study tracks (Pre-Approved Study Plans – PSPA is the acronym in Italian) are offered:

• Photonic and Quantum Technologies
  This track provides specialized training in the applications of photonics and optics across various research and technological fields, including quantum optics, integrated photonics, and meta-photonics. Potential applications extend to electro-optical microtechnologies, nano-biotechnologies and nanomedicine, environmental protection, mechanics, and telecommunications.
• Quantum Materials and Nanophysics
  This track focuses on thin-film technologies, surface and magnetic materials, and the growth of nanostructured materials for the development of specialized components and devices in electronics, micromechanics, and other frontier applications.
• Micro- and Nano-Systems
  With a strong applied focus, this track addresses current industrial technologies for micro- and nano-systems. It bridges the gap between fundamental physics, material science, and micro- and nanofabrication techniques, widely used in industries such as microelectronics and semiconductors.
• Mathematics and Physics for Quantum Engineering
  This track provides students with a broad education in the physical-mathematical modelling of quantum systems. It combines core-engineering disciplines with advanced theoretical courses in mathematics and physics, with a strong focus on applications in quantum technologies.

All PSPAs are structured to ensure a solid background in Engineering and Condensed Matter Physics, which form the foundation of advanced technologies such as nanotechnologies and photonics. These fields are recognized as key enabling technologies in major international research and development programs.

Students enrolled in Engineering Physics are eligible for the new Interdisciplinary Programme  in Smart Wearable Technology, sponsored by Essilor-Luxottica

Graduates in Engineering Physics have excellent career prospects in industries and research laboratories dedicated to the design, development, and application of advanced technologies, with specific reference to those sectors related to material science and photonics. Key sectors include laser manufacturers, photonics-based system integrators, the semiconductor industry, companies specializing in new materials, vacuum technologies, and biomedical devices, to name just a few. Graduates can also pursue careers in strategic consulting, where their technical expertise and problem-solving skills are highly valued.

Additionally, more than one-third of Engineering Physics graduates pursue a PhD in Physics, both in Italy and abroad. This advanced academic path enhances opportunities for careers in academia, research institutions, and high-tech industries, where their highly specialized background is particularly valued.

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Know more about the Tracks and courses and the Programme description

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