Architecture Degrees Online

Major Architectural Engineering

Program Admission Requirements

1. Student must successfully complete and obtain a cumulative average of 70% in the following courses:

MATH141 , MATH132 , PHYS 41, PHYS132 , ENME121

2. Success in Assessment Test in Visual and Artistic skills

3. Department approval based on intake capacity – priority is given to students with higher scores in the courses above and where these are even, other academic criteria can be sought by the department committee .

Condition for Continuing in Major
Student in Major must maintain a cumulative Major average of not less than 70%.

Program Requirements
Student must successfully complete a minimum of 103 credit hours of courses distributed as follows:

1. (13 credit hours) ENCE210 , ENCE220 , ENCE223 , ENCE323 , ENCE336 , ENCE532

2. ( 3 credit hours) ENME430

3. (3 credit hours) ENEE330

4. Core courses (72 credit hours)

ENAR221 , ENAR222 , ENAR223 , ENAR224 , ENAR225 , ENAR227 , ENAR232 , ENAR234 , ENAR235 , ENAR236 , ENAR237 , ENAR321 , ENAR322 , ENAR323 , ENAR324 , ENAR331 , ENAR334 , ENAR341 , ENAR342 , ENAR401 , ENAR431 , ENAR433 , ENAR436 , ENAR442 , ENAR451 , ENAR520 , ENAR530

5. All Courses (9 credit hours) in one of the following concentrations:
a. Architectural Design: ENAR412 , ENAR539 , ENAR551
b. Urban Planning: ENAR413 , ENAR535 , ENAR553
c. Building Construction: ENAR5311 , ENCE5312 , ENCE5314

6. Elective course (3 credit hours) from the following list depending on the concentration:
a. Architectural Design: ENAR531 , ENAR534 , ENAR537 , ENAR5391
b. Urban Planning: ENAR532 , ENAR533 , ENAR536 , ENAR538
c. Building Construction: ENCE5315 , ENCE5316 , ENAR5317

Bachelor Program in Architectural Engineering

The Department of Architectural Engineering offers an academic program leading to Bachelor degree Major Architectural Engineering with a concentration in Architectural Design, Urban Planning or Building Construction.

As an Architectural Technologist, you can expect to be closely involved with providing architectural design services and solutions. You will form the link between concept and construction, developing the architectural project and architectural design and will negotiate and manage all aspects of architectural and construction contracts.

You will achieve this through design, selection and specification of material, components and assemblies and the management, co-ordination, communication, presentation and monitoring of solutions that perform to the agreed brief and standards in terms of time, cost and quality. You are an essential part of the Built Environment team.

What you will study
Building Construction A
Professional Practice 1 (AT)
Draughting Techniques & CAD
Surveying Principles
Property & Constr. Economics
Building Services Systems
Planning & Building Control
Environmental Analysis
Building Construction B
Professional Practice 2 (AT)
Contractual & Management Procedures
Design Technology & Procedures
Materials & Structures
Work Experience
Conversion & Adaptation of Buildings
Built Environment Law

Architects set the stage for the drama of human and civic life. In order to create buildings, architects must consider how public and private life interact, how cities should reflect the culture for which they are built, and how technology affects the way we life and work.

Buildings meet both our individual need for shelter and our shared need for cultural meaning. True to its home in an urban university, Northeastern’s curriculum places architectural problem solving in the context of contemporary cities. Students learn the fundamentals of building construction and technology and how the choice of material, structure, and form reflect the surrounding culture and give it a voice.

The dynamic city of Boston is your laboratory where you will learn to identify opportunities for civic representation, urban development, and neighborhood design. And, because our program is offered in the context of a university, there are great opportunities in urban-oriented research and creative work in areas such as mapping, urban economics and development, race and social division, spatial and visual communication, and public policy.

UG in Architectural Engineering and Building Construction Field at Milwaukee School of Engineering

A career in this field sets you on the path. Construction managers – get buildings built from the first brick to the final roof tile. The architectural engineers make sure the buildings function properly and meet users needs, from initial concept through design of heating and cooling and electric systems among other duties.

With innovations in construction and design techniques, a career in this field also lets you have a positive impact on the environment by designing “green” buildings.

The engineering programs at MSOE are recognized by industry leaders for their excellence. Our undergraduate engineering programs were ranked 9th in the nation by U.S. News & World Report (2007). Students enjoy the kind of technology, laboratories and resources that most universities simply can’t match. With more than 600 hours of lab experience, graduates of these programs are highly sought after by industry heavyweights because of graduates’ advanced skills and abilities.