Continue studying
Continue studying
When you graduate as a Engineering Physics Applied to Industry professional, you will have to choose between training for a specialisation in the area you wish to work, or beginning your professional career.
Why study for a Master's degree?
If you decide to continue studying, gaining a master's degree will help you get the job you desire, thanks to the knowledge and specialisation you will gain in a specific area of engineering physics. In this way, you will place yourself one step ahead of other people with the same professional profile as you, meaning you will be able to opt for more prestigious posts with better pay.
UNIVERSITY MASTER'S DEGREES
Engineering Physics Applied to Industry is a transversal degree that allows you to continue studying through Physics master's degrees or Engineering master's degrees. If you choose the second option, you will be able to specialise in Artificial Intelligence or in interesting fields such as the following:
UNIVERSITY MASTER'S DEGREE IN ENERGY AND POWER ELECTRONICS
You will be prepared as a professional, highly qualified in the study and specific analysis of power electronics applications, power electronic converters and electrical machines.
Find out more about the Master's Degree in Energy and Power Electronics
University master's degree in Smart Energy Systems
You will be trained in the study and optimisation of energy systems. You will learn to use new digital tools to apply them to energy communities, electric vehicles and renewable energies, among others.
Find out more about the University Master's Degree in Business Innovation and Project Management
UNIVERSITY MASTER'S DEGREE IN ROBOTICS AND CONTROL SYSTEMS
You will acquire the knowledge and practical skills necessary to be able to incorporate the different elements of Industrial Automation into companies.
Find out more about the Master Degree in Robotics and Control Systems
MASTER'S DEGREE IN MANUFACTURING MASTER'S DEGREE IN BIOMEDICAL TECHNOLOGIES
Biomedicine needs highly qualified staff who can respond and drive advances in the sector. Professionals with a sound engineering base capable of designing, developing, evaluating and maintaining medical devices for diagnosis and treatment, and driving technological advances in the healthcare sector.
Find out more about the Master's Degree in Biomedical Technologies