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Studies & Degrees in Electronic Manufacturing

Electronics manufacturing is the branch of engineering concerned with turning a circuit design into a product that can be built reliably and in volume: printed circuit boards, semiconductor components, computers, sensors, medical monitoring devices and communications equipment. It sits between two better-known fields. According to the US Bureau of Labor Statistics (BLS), electronics engineers design and develop the components and circuitry of electronic products and may supervise their manufacturing and testing, while industrial engineers devise efficient systems that integrate workers, machines, materials, information and energy to make a product.

Students therefore learn both sides. The electronics side covers circuit theory, digital systems, mathematics and programming; the BLS lists digital systems design, calculus and electrical circuit theory among the typical courses of an electronics engineering degree. The manufacturing side covers assembly and soldering processes, testing and inspection, quality control, automation and production planning.

Qualifications and levels

Few degrees carry the name "electronics manufacturing". Most students reach the field through a degree in electronic, electrical, industrial or manufacturing engineering, or through a technician qualification.

  • Bachelor's degrees. In the European Higher Education Area, 60 ECTS credits correspond to one full year of study and a bachelor's degree has 180 or 240 ECTS credits. In the United States, employers also value practical experience such as internships or cooperative engineering programmes, according to the BLS.
  • Master's degrees. A European master's degree usually has 90 or 120 ECTS credits. Some universities combine both levels in one integrated programme.
  • Technician qualifications. In the United States, associate's degree programmes in electrical or electronic engineering technology are offered by community colleges and vocational-technical schools. In Spain, the nearest vocational qualification is the Técnico Superior en Mantenimiento Electrónico, a higher vocational training (FP) programme of 2,000 hours, which focuses on maintaining and repairing electronic equipment rather than on producing it.
  • Assembly work. The BLS notes that a high school diploma is enough for most assembly jobs, but that workers in electrical and electronic products manufacturing typically need postsecondary education, and that many employers, especially in aerospace and defence, require certifications in soldering.

Where to study it

SpainExchange lists one active school for this subject, the University of Limerick (UL) in Ireland. UL does not present a degree under the name electronics manufacturing; the related route is its Bachelor/Master of Engineering in Electronic and Computer Engineering. The programme lasts four years for the Bachelor of Engineering or five years for the Master of Engineering, is placed at Level 8 of the Irish National Framework of Qualifications and is listed as a Co-op course, UL's label for programmes with a cooperative work placement. At the end of the second year students choose one of five options: Electronic Engineering, Computer Engineering, Robotic Engineering, Electrical Energy Engineering or a General option. UL states that the degree was developed together with employers. In October 2026 the course page lists fees of €7,366 per year for EU students and €22,700 per year for non-EU students. Teaching is in English.

When comparing programmes elsewhere, look at how much laboratory and production work is included, whether there is an industrial placement, and which options (semiconductors, automation, robotics, quality) can be chosen in the final years.

Careers

Graduates work as process, test, quality or production engineers in companies that make semiconductors, electronic components, instruments, medical devices and consumer electronics. Technicians help engineers develop and test equipment, and assemblers build products such as computers, electric motors and sensing equipment.

The outlook differs by level. For the United States, the BLS projects that employment of electrical and electronics engineers will grow 8 percent from 2025 to 2035, with about 16,300 openings a year, and that employment of industrial engineers will grow 12 percent. Semiconductor and other electronic component manufacturing accounts for 14 percent of the jobs of electronics engineers. Growth is slower for technologists and technicians (2 percent, with about 8,100 openings a year) and for assemblers and fabricators (1 percent), because automation allows factories to produce more with fewer workers.

In the European Union, the European Chips Act entered into force on 21 September 2023. One of its five objectives is to address the skills shortage and attract new talent, and the European Commission reports 18 State aid decisions for new semiconductor facilities, with a total public and private investment of over EUR 32 billion.

Frequently asked questions

Is there a degree called electronics manufacturing?

Rarely. Most people enter the field with a degree in electronic, electrical, industrial or manufacturing engineering, or with a technician qualification in electronics. Check the course content rather than the title.

How long does it take to qualify?

A European bachelor's degree has 180 or 240 ECTS credits, at 60 credits per year of full-time study. At the University of Limerick, the Electronic and Computer Engineering degree takes four years for the bachelor's and five for the master's.

Can I work in electronics manufacturing without a university degree?

Yes. In the United States, technicians usually train through an associate's degree, and many assembly jobs need only a high school diploma plus training, although employers often ask for postsecondary education or soldering certifications.

Is the job outlook good?

For engineers, yes: the BLS projects 8 percent growth for electrical and electronics engineers in the United States from 2025 to 2035. For assembly work it projects 1 percent, as production becomes more automated.