The Bachelor's Degree in Telecommunications Technology Engineering aims to train professionals at the forefront of technological knowledge and professional skills in telecommunications engineering, allowing students to specialize in one of the four basic technologies that underpin the Information Society: telecommunications systems, electronic systems, telematics, sound, and image.

The Degree in Industrial Technology Engineering provides multidisciplinary training with a solid base of skills and scientific-technological knowledge. This training facilitates access to and completion of master's studies which, together with this degree, make up an integrated study program that qualifies for the profession of Industrial Engineer.

The Bachelor of Science in Engineering Technology (BSET) degree prepares graduates for technical positions in the expanding fields of industrial operations, mechanical design, and construction design.

This flexible degree combines science, technology, engineering and mathematics (STEM). Build your degree from a variety of STEM modules and study routes to create a unique qualification. Our BSc (Hons) Combined STEM allows you to study more than just one STEM subject – to fit your personal and professional needs, interests and aspirations.

The Degree in Industrial Technology Engineering provides multidisciplinary training with a solid base of skills and scientific-technological knowledge. This training facilitates access to and completion of master's studies which, together with this degree, make up an integrated study program that qualifies for the profession of Industrial Engineer.

The Degree in Computer Engineering and Virtual Technologies is attached to the Computer Science branch and works on the standard competencies of said engineering, in such a way that it enables to opt for various professional opportunities in numerous sectors of production and of great international projection.

The Bachelor of Science in Engineering Technology, Electrical Engineering Technology (BSEET) program prepares graduates for technical positions in the expanding fields of electrical, digital, computers, and microprocessors. The primary objective is to provide a broad foundation of theoretical and practical knowledge in the areas of electrical and electronic circuits, digital circuits, computers, power systems, programmable logic controllers, microprocessors, and control systems.

The main goal of the Bachelor’s Degree in Telecommunication Technologies Engineering is to form professionals at the forefront of technological knowledge and professional competencies in telecommunication engineering, not being limited to concrete technologies or specializations.

Applied Engineering Technology graduates possess a strong understanding of engineering and technology fundamentals across many areas. The program prepares students to work productively in a broad range of engineering and technical issues in industrial design, manufacturing, operation, and service. Please click here for the program curriculum guide.

Tackle critical engineering challenges of today’s infrastructure and drive global innovation with this bachelor's degree from Riga Technical University. This three-year programme is developed in collaboration with eight leading European technical universities, ensuring a high-caliber curriculum and extensive faculty experience.

The Artificial Intelligence and Industrial Digitalization degree program lays the foundation for the future of manufacturing solutions. In modern production facilities, intelligent systems control processes, optimize workflows, and enable efficient manufacturing. From smart sensors and connected machines to automated quality control—AI and digital technologies are the key to innovation and sustainable competitiveness.

Our MSE program aims to nurture students to become material experts and contribute to the fast-growing high-tech industry. Besides a broad selection of expertise in construction materials, bio-materials, and energy materials, our program also offers training for students on Artificial Intelligence (AI) assisted material development.

Do you like to use your nose to identify, secure and analyze all kinds of digital evidence in digital forensics? You are not just tracking the way Industry 4.0 operates, but are also helping to bring it to the forefront of IT expertise and practical know-how?

Students enrolled at Lenoir-Rhyne University who wish to prepare for a career in engineering may, upon successful completion of the following approved three-year program, transfer to North Carolina A&T State University, North Carolina State University, or UNC-Charlotte, to complete requirements for a bachelor's degree in engineering. Students must complete at least 96 hours at Lenoir-RhyneUpon successful completion and acceptance of at least 32 additional hours in the engineering program at NC A&T, NCSU, or UNC-C students may apply for a bachelor's degree from Lenoir-Rhyne University in Pre-Engineering if the additional hours total 128 hours or more and include Lenoir-Rhyne University's Core Curriculum requirements. Students who choose this option should work closely with an advisor in the Lenoir-Rhyne Physics program.

The Graduate Certificate in Magnetic Resonance Technology is designed to provide students with foundational knowledge and practical skills in magnetic resonance imaging (MRI). The program covers the p...