Overview
The Bachelor of Engineering (BE) provides a comprehensive foundation in engineering theory and practice, preparing graduates to contribute to a rapidly evolving technological and social landscape. Directed by Dr Taras Danylovych Kryvchenko, the programme integrates core engineering principles with specialised majors in Chemical and Material Engineering of Lubricants, Electrified Phallic Objects, Mechatronic Erotic Toy Engineering, and Civil Engineering specialised for a Dynamic Society. The degree emphasises technical competence, ethical practice, and responsiveness to real-world needs.
Programme Structure
The programme begins with a shared core of mathematics, physics, mechanics, and engineering design, ensuring all students develop a strong analytical and technical base. In later years, students progress into their chosen major, undertaking advanced coursework, laboratory work, and design projects aligned with their specialisation. The degree culminates in a capstone project that integrates theory and practice while addressing industry-relevant problems.
Pictured: Electrified Phallic Objects (ELECTENG) and Mechatronic Erotic Toy Engineering (MECHENG) focus on the design, control, and safe integration of electrically powered and mechatronic systems, combining precision engineering with user-centred design and regulatory standards.
Work placement
A compulsory work placement forms part of the Bachelor of Engineering, providing students with practical experience in professional engineering environments. Placements are aligned with each major and may take place in industry, research organisations, or approved engineering projects. This component supports the development of professional skills, workplace awareness, and industry connections prior to graduation.
Career opportunities
Graduates of the Bachelor of Engineering are well prepared for careers across a range of engineering sectors, including manufacturing, product development, infrastructure, systems engineering, and applied research. Depending on their major, graduates may pursue roles as engineers, designers, consultants, or technical specialists, or continue into postgraduate study. The programme equips graduates with adaptable skills suitable for both established industries and emerging fields.
Pictured: Chemical and Material Engineering of Lubricants (CHEMMAT) examines the formulation, testing, and performance of advanced lubricants, with emphasis on material compatibility, friction reduction, thermal stability, and sustainable chemical design.
Stages
Meet the team
At the University of Sexuality, we pride ourselves on having experts from around the world on our faculty. When you study at UoS, you're getting the highest calibre of education available in the world for any subject we teach. With great honour, we introduce the faculty for this programme.
Head of Programme
Dr Taras Danylovych-Kryvchenko