Architectural & Engineering Design

What Architects Do

An architect is a construction design professional responsible for creating plans and designs for structures, including homes, corporate offices and industrial buildings. They typically begin projects by meeting with clients to learn about goals and requirements. After initial meetings, architects develop preliminary plans that include cost estimates and prospective timelines. Architects may also research sites and perform preliminary studies to confirm the viability of the space or environment.

Many architects use advanced software, including computer-aided design and drafting (CADD) programs, to produce drawings of their proposed structures. Some draw these designs by hand. They also research building codes, structural issues and material specifications before proceeding with projects.

Once they have confirmed projects with clients, architects may hire contractors to perform building and construction tasks. They may also oversee the construction process, frequently traveling to the worksite to assess progress.

To do their jobs well, architects must be creative to produce innovative yet functional designs. They need strong analytical skills to understand how functional aspects of structures affect the overall design, and they need excellent technical skills to use CADD programs efficiently.


Work Environment

Architects do most of their work in offices where they use computers to design structures, meet with clients in person and over the phone and collaborate with designers and engineers. Most architects also travel to job sites where they oversee construction projects. These professionals generally work full time and may work overtime when completing major projects. 

What Engineers Do

Engineers who design and develop buildings and structures are known as construction engineers. They oversee construction projects, including monitoring specifications, timelines and budgets. These engineering professionals are also responsible for ensuring that designs, construction methods and building materials are safe.

Construction engineers begin projects by meeting with clients and colleagues to assess project needs and to review plans, maps and reports. They assess risks ranging from construction costs and timelines to environmental issues and government regulations. In many cases, they are also responsible for obtaining building permits from local agencies.

As they develop projects, construction engineers use CADD programs to create designs for buildings and structures. To do their jobs well, engineers must have strong computer and design skills as well as excellent communication skills. They must be highly organized, especially if they work on multiple projects simultaneously, and they need strong problem-solving skills to devise quick resolutions for engineering issues that arise during projects.

Work Enviroment

Engineers generally develop designs, research projects and perform administrative duties while working in offices. However, construction engineers tend to travel frequently, often visiting job sites where they monitor project progress and assist with problem-solving. When major projects require constant off-site work, construction engineers may have to relocate for weeks or months. 

Training Programs at DATC

 DATC Architecture and Engineering Design CC

Students in the Architectural and Engineering Design program will select their emphasis of study – Architectural Design or Engineering Design. Then they will be immersed in curriculum that exposes them to the state of industry software, such as: AutoCAD, Revit, SketchUp and/or SOLIDWORKS. Throughout the course of the program students will become familiar with, and demonstrate competency in the usage of drafting symbols, units of measure, scale, notation systems, 2D and 3D layouts, proper drawing sheet orientation, and redlining for drawing revision. This program prepares students for a wide variety of drafting and design positions within the industry aligned to their emphasis of study. Upon completion students will have developed a strong working knowledge of graphic communication skills, approaches to computer aided design, and the technical skills that goes along with it. Students are then positioned to become leaders in parametric modeling and/or building information modeling (BIM), both key components for successful careers in the industries experiencing phenomenal growth and development. 

Training Programs at SLCC

SLCC Architectural Technology AS or AAS

2 years

The Architectural Technology Department offers a two-year Associate of Science (AS) degree for students who plan to transfer to a four-year university and a two-year Associate of Applied Science (AAS) degree.

The AS in Architectural Technology is a program that has been specifically designed to be an integral part of the Bachelor's Degree in Architecture and is transferable to the University of Utah through an articulation agreement with the School of Architecture. Students who plan to transfer to the University of Utah should contact the School of Architecture Department early in their program. Students entering SLCC or the U of U can complete the same program in the same number of years.

Students in the AAS degree program may specialize in areas of Architecture with an emphasis in CAD and Computer Graphics.

Training Programs at UVU


UVU Architechtural Design Technology CP

17 Credits

The Certificate of Proficiency in Architectural Design Technology applies the technical and functional elements of residential and commercial architectural design. Students will take courses in the fundamentals of drafting and design, two-dimensional and three-dimensional software/Building Information Modeling (BIM) packages, architectural rendering, residential design and construction, and commercial design and construction.