Architectural Engineering Lectures & Courses

Architectural Engineering is one of the most evolved and sought after professions with the advent of the Industrial Revolution in the 19th century. The manifestation of building blocks that have transmitted the variable lifestyles of the world and redefined living spaces of human beings is much complex but equally fascinating to delve upon.

This particular area is surrounded with fields like spatial design, aesthetics, safety, and material management. Becoming a professional in such field requires dedication in building renovation and refurbishment, interior lighting, advanced environmental services systems designs, etc.

Key Focus Area of the Course


Following are the key facets of the professional course on Architectural Engineering:

  •         Creative and analytical skills to understand the architect of a building.
  •         Development of understanding of the various material used in construction.
  •         Understanding the dynamics of the landscape and environment of construction.
  •         Exposure with handling software modules required for computer-aided design and mathematical modelling.
  •         Different shapes of buildings and how to create them.

Who can become an Architectural Engineer?


Anyone that possess creative and analytical skills alongside an imaginative mind and eye for details can apply for such courses after their high school program for four years. They can also opt for a 2-year architectural program after completing bachelors and begin working either via public or private agencies.

This is “the profession” of the 21st century as these engineers will be in the forefront addressing major environmental problems in the construction of resilient homes.

Eligibility Criteria


  •         For Under Graduate: The candidate must pass out Class XII with minimum 50% marks (or equivalent CGPA) in Science Major.
  •         For Post-Graduation: A candidate must have a First-Class Degree in his Bachelors Level (with Engineering & Technology Major) with a minimum CPI of 6.5 or 60% of marks.

Course Structure


This course requires the on-hand application of engineering principles into the formation of practical structures. Therefore higher the involvement of these minute elements will determine the sustenance of the building structures.

This field also engages individuals on subjects like mechanical, electrical, fire protection, thermodynamics, etc., it critically analyses the field research and supervision into flourishing alongside quality control and environmental planning, keeping the estimate and costs in check.

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