Scope in Architecture Engineering

Architecture is the general process of conceptualization, plan generation, structural consideration, detailed drawing and construction to realize an ultimate tangible form. Architecture encompasses a broad array of allied applications such as conservation, planning, interior and landscape designing, energy efficient designing, product and furniture designing, construction and event management. Architecture can in fact be understood as a culture that is continuously re-interpreted as per need, knowledge, technology and time.

How to Become Architectural Engineer     5 Steps

An architectural engineer makes sure that the design and construction of a building follow an architect's drawings. These professionals use engineering techniques to construct, renovate and maintain commercial, institutional and industrial buildings. An architectural engineer must hold a degree in engineering or architectural engineering and pass national examinations to become licensed.

Step 1: Architectural Engineer Career Duties and Education

Architectural engineers lend their expertise to the construction of a building by making sure that the actual design and construction of a structure mirror the architectural drawings. They are also responsible for overseeing the lighting, heating, ventilation and air conditioning elements of a construction, as well as electrical work and structural construction.

Professional architectural engineers should be able to communicate well and be detail oriented, analytical and creative. A career as an architectural engineer begins with a bachelor's degree in engineering or architectural engineering and a state license as a professional engineer.

Step 2: Earn a Bachelor's Degree

Architectural engineering is an engineering specialization, and college courses often combine science and design. Courses such as math, surveying, computer programming, drafting and architectural history help prepare an architectural engineer for success in the field. Additionally, your program may include courses in thermodynamics, fluid mechanics, electrical engineering, geotechnical engineering, materials mechanics, elastic dynamics, lighting design, building energy, noise control and advanced structural analysis.

Step 3: Become Licensed

If you will be providing services to the public, you'll need to be licensed. Licensing requirements vary slightly by state, but all require an applicable degree and some field experience.

Step 4: Find Work

After graduation and licensure, you may find employment in architectural and engineering firms, governmental offices, corporations and construction companies. Your job duties could involve designing buildings that are resistant to natural disasters or developing sustainable energy systems for homes and commercial buildings.

Step 5: Advance Your Career

As an architectural engineer, you can remain knowledgeable and competitive by enrolling in continuing education courses and attending workshops and seminars. Programs available include the Master of Architectural Engineering (MAE), Master of Science (MS) in Architectural Engineering and Doctor of Philosophy (PhD) in Architectural Engineering.

MS and PhD programs are typically research-oriented and require a thesis or dissertation. Advanced courses you may take in these programs including building automation systems, building communication systems, masonry design and timber design.

Architecture engineering colleges in nepal   University   seats

1, T U central college, pulchowk, lalitpur     T U                48

2, Himalayan college of engineering& management T U    24

3, Kathmandu engineering college, kalimati,   ktm T U     55

4, Nepal engineering college ,bhaktapur        pokhara       48

5,Acme engineering college, sitapaila, ktm,     P U              40

6,Khwopa engineering college,bhaktapur,       P U              60

7,Kantipur international college,lubu,lalitpur P U              48