These primarily focus on skill-based training on a particular facet of Architectural Engineering. More OptionsĪpart from the degree courses mentioned above, there are loads of other options such as certificate, diploma or advanced diploma programs. Institutes also take into account a candidate’s industry experience. Dual and integrated degrees combining multiple engineering disciplines are also popular.Įligibility: A bachelor’s degree in architecture or engineering with architecture subjects is generally the norm though this may change according to the study abroad destination. Specialisations offered at the postgraduate level include infrastructure materials engineering, structural engineering, building energy & environments, sustainable systems etc. Incorporated with research analysis, critical thinking and seminars, workshops, projects, etc, completing this degree graduates can explore avenues in companies at mid-to-senior level as well as pursue a career in research. ![]() In a master’s course, for example, Master of Architectural Engineering, students dive into certain aspects and develop a deep understanding of them. Since the curriculum is largely multidisciplinary, graduates can also venture into diverse fields.Įligibility: Senior secondary with subjects in combination of physics, chemistry, mathematics, computer science or other related subject.Īlso Read: Bachelor of Architecture Postgraduate Level Along with classroom teaching, institutes also encourage students to gain practical placements, research projects and software proficiency assisting them to start an entry to mid-level career. Undergraduate Level Ī Bachelor of Architectural Engineering is intended to introduce individuals to its major fundamentals and principles of design, planning and construction of building in the modern era. Moreover, a postgraduate course program is highly intensive involving concepts that are much more specialized ranging from structural systems to legal aspects. During an undergraduate course in, for instance, BSc Architectural Engineering, focus is laid on development of a solid foundation of basic engineering and architectural concepts. Moreover, students must also make a note of the fact that a majority of subjects or topics covered under both Architectural Engineering or architecture courses overlap and it is only the course objective that may be different.Īrchitectural Engineering is offered at varied levels of undergraduate and postgraduate education along with opportunities of pursuing continuing and doctorate courses. On the other hand, Architectural Engineering is a similar technical discipline which is more inclined towards structural soundness of the building, effects of environments on components, resilience in the face of mishaps, health & safety of occupants, etc. In particular, architecture deals with purely the design, shape, layout or style of structures and includes areas like interior design, urban planning, landscape architecture, architectural computation and so forth. However, with the need to make sturdier buildings and yet not compromising with its charming qualities, the need for a loose bifurcation between the two emerged. Not long ago, the job of an architect and architectural engineer was performed by a single person with a working knowledge and experience of both these fields. Top Universities Offering Architectural Engineering CoursesĪrchitectural Engineering vs.Through this blog, we aim to understand what Architectural Engineering as a field entails, the courses offered in this domain as well as the prospects you can explore. ![]() The field also draws from other fields including but not limited to Mechanical Engineering, Construction Engineering and Electrical and Electronics Engineering. Taking a multidisciplinary approach, architectural engineers work with a lens of an engineer and concern themselves with questions of both architecture, construction and engineering and aim to solve them with cutting-edge scientific knowledge and techniques. ![]() Further, advancements in allied areas of environment, sustainability, energy management, digitisation and computerisation, amongst others has led to the demand of integrating such technologies into modern building structures. With the heavy infusion of high-end technology into the design and construction of structures, Architectural Engineering has emerged as one of the important engineering branches in the 21st century.
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