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General Engineering & Technology degrees teach students about the fundamental Engineering principles used to design, build, and maintain various machines, structures, and systems. Engineering schools offer courses focusing on Mathematics, Computation, Engineering Design, Thermodynamics, etc. Students have the opportunity to specialise in Engineering subdisciplines like Chemical, Mechanical, or Electrical Engineering.

Electronics degrees prepare specialists who design electronic systems using active and passive electrical components, like transistors and microchips. Embedded Technology degrees at engineering schools teach students to design computer systems that perform a specific function within a larger mechanical or electrical system. Embedded systems are found in most devices, including smartphones, GPS devices, microwave ovens, etc.

Energy Engineering degrees prepare specialists who deal with energy efficiency, alternative energy systems, and energy services. Students learn about renewable energy sources and reducing the amount of energy used by communities. Power Engineering studies teach students how electric power is generated, transmitted, and distributed. Classes analyse power and distribution systems, how they work, and ways to improve them.

Informatics degrees are interdisciplinary studies teaching how to analyse, collect, transmit, store, process and utilize information. Informatics degrees prepare IT specialists to find innovative solutions to current technology demands. Top Information Sciences degrees are offered by international tech schools abroad, and students can find jobs as systems developer, programmer, web designer, information architect, or business analyst.

Management, Organisation, and Leadership degrees teach students how to manage operations and coordinate people in order to reach the goals set by organisations. Graduates of business schools take classes on Business Strategy, Organisational Behaviour, Performance Management, and Communication. Successful leaders learn to cope with stress, take the best decisions under pressure, and master the art of empowering people.

Materials Engineering degrees are interdisciplinary studies that incorporate elements of Applied Chemistry and Physics. Materials Engineering students advance their knowledge of Nanoscience and Nanotechnology as part of courses offered by international engineering schools. Besides manipulating metals, ceramics, polymers, or biomaterials, materials engineers create new materials, advancing technological discoveries.