Daytona Beach Campus

Bachelor of Science in Aerospace Engineering

  • OVERVIEW
  • ADVANTAGES
  • REQUIREMENTS
  • FACULTY

Overview

The goal of the Bachelor of Science in Aerospace Engineering is to produce graduates who are ready for constructive roles in society, who qualify for entry-level engineering jobs in the aerospace industry or aviation-related fields and for admission to graduate programs in aerospace engineering or related engineering fields, and who are prepared to continue learning throughout their lives.

Advantages

Unlike most other aerospace engineering programs, Embry-Riddle’s is immersed in a total aviation environment. The campus adjoins the Daytona Beach International Airport. Kennedy Space Center is only fifty miles south.

Students who come to Embry-Riddle share a passion for aviation and aerospace. They have already made up their minds to pursue a career in those fields. Student enthusiasm is nurtured by a faculty that is dedicated to teaching, The faculty comprises individuals who have diverse interests and expertise, excellent academic credentials, and who possess years of aerospace industrial experience.

Classes are small, so that students can receive individual attention. Students are welcome in faculty offices. In the Aerospace Engineering program, there is no such thing as classes held in rooms seating hundreds of students. There is also no such thing as lecture courses taught by graduate students.

Hands-on learning opportunities abound throughout the curriculum and through participation in student projects and competitions. First-rate laboratories and computing facilities are devoted to undergraduate instruction. Students can also take advantage of the Cooperative Education program. Numerous companies and government agencies offer opportunities to learn engineering on-the-job while earning class credit. This real-world experience is valued by future employers.

Further evidence of Aerospace Engineering’s hands-on emphasis is the fact that two (not just one) capstone design courses are required in the senior year. These design courses prepare students to function in a corporate engineering environment. By working together in groups of four to six, students learn how to succeed in team situations.

Requirements

Freshman Year
CourseTitleCredit
COM 122English Composition and Literature I3
COM 219*Speech3
EGR 101Introduction to Engineering3
EGR 115Introduction to Computing for Engineers3
HU 14XHumanities3
MA 241Calculus I4
MA 242Calculus II4
PS 150Physics I3
PS 160Physics II3
SSLower-Level Social Sciences Elective3
UNIV 101College Success1
Total Credits32
Sophomore Year
CourseTitleCredit
COM 221Technical Report Writing3
COM 219Speech -OR- 
EGR 120Graphical Communications3
ES 201Statics3
ES 202Solid Mechanics3
ES 204Dynamics3
ES 206Fluid Mechanics3
MA 243Calculus and Analytic Geometry III4
MA 245Differential Equations and Matrix Methods4
PS 105General Chemistry I4
PS 250Physics III for Engineers3
PS 253Physics Laboratory for Engineers1
Total Credits34
Junior Year (Aeronautics & Aerospace Propulsion Option)
CourseTitleCredit
AE 301Aerodynamics I3
AE 302Aerodynamics II3
AE 313Space Mechanics3
AE 314Experimental Aerodynamics I1
AE 315Experimental Aerodynamics Laboratory1
AS 316Aerospace Engineering Materials3
AE 318Aerospace Structures I3
AE 413Airplane Stability and Control3
AE 418Aerospace Structures II3
ES 305Thermodynamics3
EE 335Electrical Engineering2
EE 336Electrical Engineering Laboratory1
EE 441Mathematical Methods for Engineering & Physics I3
Total Credits32
Junior Year (Astronautics Option)
CourseTitleCredit
AE 301Aerodynamics I3
AE 302Aerodynamics II3
AE 313Space Mechanics3
AE 314Experimental Aerodynamics I1
AE 315Experimental Aerodynamics Laboratory1
AS 316Aerospace Engineering Materials3
AE 318Aerospace Structures I3
AE 418Aerospace Structures II3
ES 305Thermodynamics3
EE 335Electrical Engineering2
EE 336Electrical Engineering Laboratory1
EE 441Mathematical Methods for Engineering & Physics I3
 Technical Elective3
Total Credits32
Senior Year (Aeronautics Option)
CourseTitleCredit
AE 408Turbine and Rocket Engines3
AE 416Aerospace Structures and Instrumentation1
AE 417Aerospace Structures and Instrumentation Laboratory1
AE 420Aircraft Preliminary Design4
AE 421Aircraft Detail Design4
AE 432Flight Dynamics and Control3
ES 405Electrical Engineering II3
HU/SSLower-Level Elective3
HU/SSUpper-Level Elective3
 Technical Electives6
Total Credits31
Senior Year (Astronautics Option)
CourseTitleCredit
AE 408Turbine and Rocket Engines3
AE 416Aerospace Structures and Instrumentation1
AE 417Aerospace Structures and Instrumentation Laboratory1
AE 426Spacecraft Attitude Dynamics and Control3
AE 427Spacecraft Preliminary Design4
AE 434Spacecraft Control3
AE 445Spacecraft Detail Design4
AE 405Electrical Engineering II3
HU/SSLower-Level Elective3
HU/SSUpper-Level Elective3
 Technical Electives3
Total Credits31
 
Senior Year (Aerospace Propulsion Option)
CourseTitleCredit
AE 408Turbine and Rocket Engines3
AE 416Aerospace Structures and Instrumentation1
AE 417Aerospace Structures and Instrumentation Laboratory1
AE 432Flight Dynamics and Control3
AE 435Air-Breathing Propulsion Preliminary Design4
AE 440Air-Breathing Propulsion Component Design3
AE 405Electrical Engineering II3
HU/SSLower-Level Elective3
HU/SSUpper-Level Elective3
 Technical Electives6
Total Credits31

Department of Aerospace Engineering

The US News and World Review #1 Ranked Undergraduate Aerospace program, with a focus on hands-on learning.

View Faculty and Details for Bachelor of Science in Aerospace Engineering

Faculty

Richard Anderson Dr. Richard P. Anderson

Professor

Aerospace Engineering

Magdy Attia Dr. Magdy S. Attia

Professor

Aerospace Engineering

Yechiel Crispin Dr. Yechiel Crispin

Professor

Aerospace Engineering

Howard Curtis Dr. Howard D. Curtis

Professor

Aerospace Engineering

Glenn Greiner Glenn R. Greiner

Assistant Professor

Aerospace Engineering

Habib Eslami Dr. Habib Eslami

Professor

Aerospace Engineering

Vladimir Golubev Dr. Vladimir V. Golubev

Associate Professor

Aerospace Engineering

Snorri Gudmundsson Snorri Gudmundsson MS

Assistant Professor

Aerospace Engineering

The newest member of the Aerospace Engineering faculty, Professor Snorri Gudmundsson, came to ERAU directly from industry, where he worked for Cirrus Aircraft for 15 years in various roles as a flight test engineer, structural engineer, and chief aerodynamicist.

Tej Gupta Dr. Tej R. Gupta

Professor

Aerospace Engineering

Eric Hill Dr. Eric v. K. Hill

Professor

Aerospace Engineering

James Ladesic Dr. James G. Ladesic

Associate Dean of Industry Relations and Outreach

Aerospace Engineering

Reda Mankbadi Dr. Reda Mankbadi

Distinguished Professor

Aerospace Engineering

Lakshmanan Narayanaswami Dr. Lakshmanan L. Narayanaswami

Professor

Aerospace Engineering

John Novy Dr. John R. Novy

Associate Professor, Undergraduate Program Coordinator

Aerospace Engineering

Eric Perrell Dr. Eric R. Perrell

Associate Professor

Aerospace Engineering

Frank Radosta Dr. Frank J. Radosta

Professor

Aerospace Engineering

Dongeun Seo Dr. Dongeun Seo

Assistant Professor

Aerospace Engineering

David Sypeck Dr. David J. Sypeck

Associate Professor

Aerospace Engineering

Bogdan Udrea Dr. Bogdan Udrea

Assistant Professor

Aerospace Engineering

John Weavil John M. Weavil MS, PE

Professor

Aerospace Engineering

Yi Zhao Dr. Yi Zhao

Professor, Graduate Program Coordinator

Aerospace Engineering