Architecture Engineering

Selecting a course is all about passion. Your passion for your course, and for your future career. Because the secret to happiness is being able to love whatever it is you do in life. The most important consideration when choosing your course is asking yourself why you are looking to study. Its important to think about what you are interested in, and what course you want to study. Is it because you can see your exciting, glittering career ahead? It's important to figure out what you are good at. Not your friends, not your parents or your relatives, but you. You must realize that you shouldn't come under pressure to choose a certain stream or career just because your family or your friends said so. You need to do what you are good at. And you will only find that out once you know your strengths. Even if you have fared poorly, there are career options. Just think about what you love. Architecture: Architectural engineering, also known as building engineering is the application of engineering principles and technology to building design and construction. An engineer in the structural, mechanical, electrical, construction or other engineering fields of building design and construction. Career in Architecture is attractive, lucrative, and has lots of potential in terms of development. The architectural degree is designed in such a way so that it fulfills the educational component of professional certifying bodies. This field covers different works such as spatial design, safety management, aesthetics, material management, etc. Top colleges for B.Arch are:
ABIT Group Institutions, Odisha
Bharati Vidyapeeth Deemed University, Maharashtra
Lovely Professional University, Jalandhar
Birla Institute of Technology, Mesra
Engineering: Engineering is one of the sought-after career by Science students. Graduate course is of the four years. Following are degree courses in various engineering branches.
B.Tech branches:
Electronics & Communication Engineering, Computer Science & Engineering, Electrical Engineering, Mechanical Engineering, Civil Engineering, Information Technology Engineering, Food Technology Engineering, and Automobile Engineering.
Top colleges for engineering:
BIT, Ranchi
NSIT, New Delhi
Lovely Professional University, Jalandhar
College of Engineering, Pune
Faculty of Engineering & Technology, Jamia Millia Islamia.

Architectural engineering, also known as building engineering, is the application of engineering principles and technology to building design and construction. Definitions of an architectural engineer may refer to:
An engineer in the structural, mechanical, electrical, construction or other engineering fields of building design and construction. A licensed engineering professional in parts of the United States. Architectural engineers are those who work with other engineers and architects for the designing and construction of buildings. As of 2011, there are 17 accredited architectural engineering programs. In India around 200 colleges are there which provides degree in Architectural engineering. Qualification required to pursue architectural engineering is mentioned below. Please check for your eligibility from the criteria mentioned below:
- For pursuing B.Arch/B.E/B.Tech in architectural engineering a candidate need to pass 10+2 with Physics, Mathematics and Chemistry
- For pursuing Post Graduation graduate degree is required from any recognised university. Regards.

Hi, It will continue to be in demand for several reasons. Many engineers will avoid that field because of the attention to details it requires and the associated liability. Structural engineers are the reason people don't worry about buildings and bridges collapsing, and they demand a lot of respect.The the largest shift in materials in the future will be in composites and designs using high strength fibers that are strategically placed by structural engineers to withstand forces. I believe 3D printers will increase interest in using composite materials and they will start being utilized much more in construction in the future.nI have often been wrong about my predictions as to the future, so keep that in mind.nUnfortunately, it is very difficult to see a change as rapid as with the computer industry because unlike our industry they don't need billions of dollars to create something. I intend to say that our industry is very funding intensive and with depleting funds - it will be tough to get a rapid turnaround. Coming to the future in terms of technologies, contour grafting - 3D printing of houses has the potential to make its entry into regular housing practices. From the materials standpoint, sustainability is being stressed upon but a balance between sustainability and economy is preventing a lot of materials from making its entry - any advances on that balance can change a lot of materials we deal with. A change in design philosophies - limit design to performance-based, strength-based to durability based etc. Is happening to create a need for a change in our codes of practice and practice itself. The needed skill from labor is reducing with high tech products (like SCC, etc.). Which can make for a huge difference in terms of employed demographic and that could ultimately lead to more efficient construction methods.these years, we're seeing a lot of sustainability and full cradle-to-cradle. Also, we're seeing higher levels of integration between constructions and installations, in the name of energy efficiency. Structural engineering - at least in the building sector - is a rather conservative place, and new technologies only sift slowly through the branch. Materials are refined and so forth, but electronic technology is mostly something you add afterwards - it's not a part of the structural engineering itself. All the best.