College Studies

L141 Calculus I 4-0-4
Functions, slope and rate of change, limits, derivatives of algebraic functions, maxima and minima applications. Knowledge of algebra, geometry and trigonometric functions is assumed.

L142 Calculus II 4-0-4
Differentiation and integration of transcendental functions. Theory and methods of integration and applications.
Prerequisite: L141

L321 Chemistry I 3-3-4
This course introduces the fundamental laws and theories of chemistry, including properties of matter, chemical reactions and stoichiometry, properties of gases, energy and thermochemistry, atomic structure and the periodic table, molecular structure and chemical bonding. Descriptive chemistry of representative elements and compounds is presented. The laboratory, which includes syntheses, as well as physical and analytical methodologies, gives the student an opportunity to explore first-hand many of the key concepts and ideas of the course. Basic knowledge of algebra, geometry and trigonometry is presumed.

L325 Physics I 3-3-4
A calculus-based course emphasizing Newton's three laws of motion and the conservation laws of energy, linear momentum and angular momentum as first integrals of the dynamics. Additional topics in mechanics include stress and strain, simple harmonic motion and hydrostatics. Absolute temperature scales, thermal expansion, specific heats, methods of transfer of heat energy, ideal gases and real gases are considered before studying the first and second laws of thermodynamics, with the concept of entropy emphasized in the latter.
Pre- or co-requisite: L142

Other college studies course descriptions that are not specific to the BS Architectural Engineering program exist in the current undergraduate catalog.

Additional Mathematics and Science

M113 Calculus III 4-0-4
Study of analytic geometry in 3D-space; algebra of vectors, differentiation and integration of vectors; partial differentiation, multiple integrals; infinite series.
Prerequisite: L142

S116 Physics II 3-3-4
The mathematical representation of traveling sinusoidal waves and standing-wave patterns is emphasized. Applications are made to sound waves. Electrostatics includes Gauss’s Law, electric potentials and the potential gradient equation. The field concepts are used to interpret elementary DC circuits including Kirchhoff’s Rules. Capacitors as circuit elements and dielectrics are also studied. The effects of the magnetic field, its sources, induced EMFs and magnetic materials are considered. Series AC circuits conclude electromagnetism. Geometric optics includes lenses, mirrors and optical instruments. Physical optics includes interference and polarization of light waves.
Prerequisite: L325

M122 Differential Equations 3-0-3
First-order equations; constant-coefficient, nth-order homogeneous and non-homogeneous equations; special non-linear equations; elementary applications; power series solutions. May also include elementary numerical techniques for solutions of ordinary differential equations and other computer topics.
Prerequisite: M113

Engineering Courses

EN101 Introduction to Engineering 1-0-1
A seminar meant to introduce incoming students to the tools, skills, and abilities needed in engineering. Students will be exposed to basic concepts associated with five engineering disciplines: mechanical engineering, architectural engineering, environmental engineering, industrial and systems engineering and textile engineering. Incorporates brief projects to help the student do meaningful, major related work from the first semester.

EN301 Engineering Statics 3-0-3
Engineering statics describes the mechanical behavior of materials and systems in equilibrium using Newton’s laws of motion. In this course, students will learn the principles of force equilibrium, how to construct free-body diagrams, understanding distributed forces, friction and introductory structural response.
Prerequisite: L325, pre- or co-requisite M113

EN302 Engineering Dynamics 3-0-3
Engineering dynamics describes the motions of particles and rigid bodies and the forces that accompany or cause those motions. Basic methods include Newton’s laws, the work and energy principle, and the impulse and momentum principle.
Prerequisite: EN301, pre- or co-requisite M122

EN504 Fluid Mechanics 3-0-3
Investigates the properties and behaviors of fluids; hydrostatic forces and the basic equations governing fluid motion; principles of conservation of mass, energy and momentum; flow in open channels and pipes; compressible and incompressible flows.
Prerequisite: EN302

EN501 Mechanics of Materials 3-0-3
Internal forces; stress, strain and their relations; stresses and deformations in axially loaded members; stresses and deformations in torsionally loaded members; stresses and deformations in flexural members; combined stresses; column analysis; statically indeterminate members; introduction to member design.
Prerequisite: EN301

EN505 Engineering Statistics 3-0-3
Explores the fundamentals of statistical analysis. Topics include discrete and continuous probability models, confidence intervals, tests of hypotheses, regression analysis, essentials of statistically designed experiments, and engineering application of statistical methods. Extensively utilizes statistical analysis software. Additional topics include probability models, multi-variable analysis, step-wise design of statistical experiments, multiple regression, response surface analysis, distribution of random vectors, and function of random variable sample statistics.
Prerequisite: grade of “C”(2.00) or better in L142

EN507 Engineering Economics 3-0-3
This course is designed to provide the decision-making skills necessary to evaluate the financial consequences of the products, processes and projects that engineers design. It is important to understand the time value of money, as capital outlays may be significant and affect the productive potential of a firm over the long term. This course emphasizes calculations of present values, internal rates of return, depreciation, taxes and replacement analysis.
Prerequisite: L142, EN505

EN506 Fundamentals of Electrical Engineering I 3-0-3
Analysis of circuits; transient and steady state phenomena; general analysis techniques. Fundamentals of direct and alternating circuits, transformers rotating machinery, electrical and electronic control and electrical energy.
Prerequisite: S116

EN102 Engineering Drawing 2-2-3
This course introduces students to engineering drawing, descriptive geometry, design and problem solving. Engineering drawing is a graphic language that can convey, with exactness and detail, ideas from the design engineer to the fabricator. Thus, the emphasis of the course is on communicating design ideas through engineering drawings.
Prerequisite: L141 or L132

EN104 Introduction to Computing 3-0-3
An introductory course which provides a coherent and comprehensive treatment of fundamental concepts of computer science. It describes how computing systems work and how they are applied to solve real world problems. The main emphasis is on the design of algorithms and procedural abstraction. High-level language programming projects.

EN703 Thermodynamics and Heat Transfer I 3-0-3
Considers fundamental laws governing the transformation of heat into mechanical energy. Properties of gases and vapors and the processes between states. Applications of the first and second laws of thermodynamics. A study of the transfer of heat by conduction, convection, and radiation in steady and unsteady flow.
Prerequisites: L325 and L142

A341 Technology I: Materials and Methods 3-0-3
This course focuses on the presentation of the technical factors of construction that affect a building's structure. Students are introduced to and compare the nature and structural characteristics of the major construction systems of wood, masonry, steel and concrete. Structural principles, as well as building and zoning codes, are introduced and their influence on form and choice of materials is emphasized.
Prerequisite: Grade of “C” or better in A112 or (Grade of “C” of better in EN102 co-requisite of Axxx Architectural Engineering Design)

A432 Technology II: Systems and Sustainability (2-2-3)
This course examines how environmental factors affect building construction. Students will compare traditional and sustainable materials and energy systems to understand the implications of their design decisions. The course will focus on mechanical systems, the exterior envelope and the interior finishes.
Pre-requisite: A341

A640 Construction Management (3-0-3)
This elective course is an introduction to basic construction management concepts and practices geared toward architecture students. Students will study issues that include construction planning and programming, project control, construction supervision, insurance and bonds, inspection, purchasing and accounting, safety, labor relations, and ethics in construction managements.
Prerequisites: (A312 or A316 or Axxx Architectural Engineering Design) and (A342 or A346)

A841 Experimental Structures (2-2-3)
This elective lab/seminar course is an exploration into the architectural potential of form-active structures (including thin-shell, tensile-membrane and fabric structures), and new and alternative materials and methods of construction. Unlike conventional structures that rely on their internal rigidity, form-active structures rely purely on their geometric shape to carry loads, thus providing a base for experimenting with form to create innovative solutions for structural design problems.
Pre-requisites: A542 or Structural Design: Tensile

A844 Experimental Materials (2-2-3)
This elective lab/seminar course is a hands-on exploration into the mechanical properties and aesthetic potential of materials in the built environment. The course encourages experimentation with both new materials and on-traditional use of existing materials toward the full-scale production of architectural objects and building components. Implications of craft and technology underscore research h and production. Students complete several smaller individual projects and a larger group project of longer duration.
Pre-requisite: A541 or Structural Analysis I.

ENxxx Architectural Engineering Senior Design (1-5-4)
Application of architectural engineering principles to solve a real-world problem. Student works as member of a team assigned to an architectural problem. The capstone senior design project will consist of a project that builds on engineering, architecture, business, ethics, and social issues. Requires a professional written and oral report and this course will serve as the program’s major writing intensive course.
Prerequisites: A640, EN501, Structural Design: Tensile and Structural Design: Compressive

Structural Analysis I (2-2-3)
Refine understanding of engineering statics for beams, frames, trusses, and other members commonly used in design of structural systems beyond basic assumptions. This will enable students to understand average research papers on related subjects such that that they may pursue these topics on their own within their own research and eventually engineering practice.
Prerequisite: EN301 and Architectural Engineering Design
Structural Design with Tensile Elements (3-0-3)
The analysis and design of structural tensile elements and connections for buildings, bridges and specialized structures utilizing structural metals, wood, fabric, and composites. Both elastic and plastic designs are considered.
Prerequisite: Structural Analysis.

Structural Design with Compression Elements (3-0-3)
The analysis and design of reinforced concrete beams, slabs, columns, retaining walls and footings by the elastic and ultimate strength methods including and introduction to the design of prestressed concrete.
Prerequisite: Structural Analysis.

Great Buildings: (3-0-3)
Overview and analysis of major architectural achievements through the ages. Visual literacy is emphasize in understanding the function of the building in the context of the society. Discussion includes societal and environmental aspect, influence of technology and science, politics and other forces that shape the greater context for architecture.

Architectural Engineering Design (0-8-4)
This foundation course is required for Architectural Engineering. It is an introduction to design principles, vocabulary, process methodologies leading to research as a tool for understanding programming and design. Emphasis will be given to the use of modern CAD tools for Building Information Modelling (BIM).
Prerequisite: EN101