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3 Years On Campus Bachelors Program
University of Applied Sciences Upper AustriaThe Bachelor’s in Electrical Engineering at FH Upper Austria is designed for students who want to work in areas like energy systems, electrification, and modern industrial technologies. It combines strong theoretical foundations with practical engineering skills, especially in power systems, automation, and renewable energy.
This program is a good fit for students who are curious about how electricity is generated, transmitted, and used in real-world systems such as smart grids, electric vehicles, and industrial plants. The course is highly practice-oriented, with a strong focus on lab work, projects, and industry experience.
Curriculum Structure
Year 1
In the first year, you build a strong foundation in engineering through subjects like Mathematics 1, Electrical Engineering 1, Physics for Engineering, Scientific Data Analysis, and Programming. These modules help you understand basic electrical principles, physical laws, and essential programming skills needed for later studies.
You also start developing problem-solving and analytical thinking skills by working on simple electrical systems and engineering concepts. Alongside technical learning, you improve communication and teamwork skills that are important in engineering careers.
Year 2
In the second year, you deepen your understanding with subjects such as Electrical Engineering 2, Mathematics 2, advanced Physics for Engineering, and continued Programming. The focus shifts to alternating current systems, electromagnetism, and more complex calculations.
At this stage, you also begin applying theory through laboratory exercises and practical work. This helps you understand how real electrical systems behave and prepares you for more advanced engineering topics.
Year 3
The third year is more application-focused, with subjects like Electrical Engineering 3, Measurement Engineering for Electrical Energy Systems, Electrical Machines, and Programmable Logic Control Basics. These courses teach you how electrical systems are measured, controlled, and operated in industry.
You also work on team projects and practical engineering problems, gaining experience in automation, control systems, and electrical machinery used in modern industrial environments.
Focus Areas
Electrical power systems, renewable energy technologies, smart grids, electrical machines and drives, high voltage engineering, control systems, industrial automation, power electronics, energy conversion systems, electrical measurement and instrumentation
Learning Outcomes
Graduates will be able to design and manage electrical energy systems, develop solutions for renewable energy and modern power networks, apply automation and control systems in industrial settings, and collaborate effectively in engineering teams.
Professional Alignment (Accreditation)
Bachelor of Science in Engineering (BSc), aligned with international standards in electrical power engineering and practice-oriented technical education.
Reputation (Employability / Rankings)
FH Upper Austria is well known for its strong industry connections and high graduate employability in engineering fields. Its practical teaching approach and mandatory industry experience make graduates well prepared for careers in electrical engineering and energy sectors.
Students in the Electrical Engineering Bachelor’s program at FH Upper Austria build strong practical engineering skills through continuous hands-on work in modern laboratories, real project environments, and industry placements. The program is designed so that you don’t just learn theory—you actively apply it using professional equipment, simulation software, and real-world engineering systems used in the energy and electrical industry. A major strength of the program is its close connection to industry, where students regularly work on applied projects and gain real professional experience through internships and company cooperation.
Experiential learning in this program includes structured practical training and access to advanced engineering facilities:
Electrical engineering laboratories for experiments in circuits, power systems, and measurement technology
Practical training with electrical machines, control systems, and energy conversion setups
Use of simulation and programming tools for modeling and analyzing electrical systems
Project-based learning in teams, focused on solving real industrial engineering challenges
Mandatory industry internship of at least 10 weeks in companies or research organizations
Company visits and field trips to energy providers, industrial automation firms, and technology companies
Access to modern engineering workshops and applied learning spaces at the Wels campus
Opportunities for collaboration with partner universities through exchange and applied projects
Participation in applied research projects related to energy systems and electrical engineering
These practical experiences ensure you graduate with strong technical confidence, real industry exposure, and the ability to work effectively in modern electrical engineering environments.
Graduates of the Electrical Engineering Bachelor’s program at FH Upper Austria are well prepared to enter the energy, automation, and industrial technology sectors directly after completing their studies. You will graduate with strong hands-on engineering skills and practical experience, which makes you highly relevant for companies working in power systems, smart infrastructure, and modern industrial solutions.
Typical roles include Electrical Engineer, Power Systems Engineer, Automation Engineer, and Energy Systems Technician:
The university’s Career Services support students with internship placement, job search guidance, CV preparation, and direct connections to industry partners in Austria and across Europe
Strong industry integration through mandatory internships and project collaborations often helps students secure employment before graduation
Electrical engineering is a high-demand field in Austria, offering strong job opportunities due to the ongoing need for skilled engineers in energy and industrial sectors
The degree follows international engineering standards, making it widely recognized across Europe for both employment and further studies
Students benefit from continuous industry exposure through company projects, field visits, and applied research cooperation during the program
Further Academic Progression: After completing this degree, students can continue their studies in Master’s programs such as Electrical Engineering, Energy Systems, Power Engineering, Mechatronics, or Automation at FH Upper Austria or other international universities. Many graduates choose to specialize further in areas like renewable energy, smart grids, or industrial automation to enhance their career opportunities.
A recognized high school diploma or equivalent qualification IB/EB accepted as equivalent to Austrian school-leaving certificate; A-levels also accepted with 3 A-levels (min C, including Maths) and 5 GCSE/O-levels (min C).English language Requirement: IELTS minimum overall score: around 6.0 or TOEFL iBT minimum score: around 78–80International school-leaving certificates can be considered equivalent to an Austrian school-leaving examination (Matura), granting access to higher education.USA: High School Diploma with SAT (minimum score 1360), High School Diploma with 4 Advanced Placement (AP) exams, or High School Diploma with one year of college study.India: Minimum 90% in Senior School Certificate Examination, or 70% plus one year of university study with GPA 3.0, or completed 4-year bachelor’s degree with GPA 3.5; all subjects must have at least 50%, and a 3–4 year college diploma alone is not sufficient.Pakistan: Minimum 80% in Higher Secondary School Certificate (Science/Pre-Engineering/Medical) plus 2 years of university study with GPA 3.0, or a 4-year bachelor’s degree with GPA 3.5; all courses must have at least 50%, and a 3–4 year college diploma is not sufficient. electronicsindustrial engineeringand power infrastructure sectors: Electrical EngineerPower Systems EngineerEnergy Systems EngineerAutomation EngineerControl Systems EngineerElectrical Design EngineerMaintenance EngineerProject EngineerField Service EngineerR&D EngineerSystems Integration EngineerIndustrial EngineerRenewable Energy Engineer
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