Acoustical Engineering & Music
The Bachelor of Science in Engineering-Acoustical Engineering and Music (BSE) program is a unique combination of music and engineering classes designed to train students in the art of sound for careers such as architectural acoustics, designing performance and recording spaces, musical instrument design, noise control and sound quality.
To be accepted into this program, applicants must have the math and science background required of all engineering students and must successfully pass the entrance requirements of the Hartt School, including the audition (classical or jazz instrument or voice). Students apply for admission to the College of Engineering, Technology, and Architecture using the University's application process as well as completing The Hartt School Supplemental Application.
For more information, please contact CETA Professor Bob Celmer at
celmer@hartford.edu or 860.768.4792 or CETA's recruitment manager Kelly Cofiell at 860.768.4446, or visit
http://uhaweb.hartford.edu/acoustics
Major in Acoustical Engineering & Music (142-145 credits)
| M 144 |
Calculus I |
4 |
| ES 143 |
Engineering and Design |
3 |
| ES 101 |
Engineering Freshman Dialogue |
3 |
| RLC 110 |
Reading and Writing I |
3 |
| TH 111 |
Diatonic Harmony |
2 |
| TH 120 |
Elementary Ear Training I |
2 |
|
Private Music Instruction |
2 |
| |
Performing Organization |
1 |
| Total Credits |
18 |
| PHY 112 |
Calculus-Based Physics I |
4 |
| M 145 |
Calculus II |
4 |
| ES 115 |
Computer Programming |
3 |
| TH 112 |
Chromatic Harmony |
2 |
| TH 121 |
Elementary Ear Training II |
2 |
|
Private Music Instruction |
2 |
|
Performing Organization |
1 |
| Total Credits |
18 |
| ES 262 |
Intro Musical/Arch. Acoustics |
3 |
| M 240 |
Calculus of Several Variables |
4 |
| ES 110 |
Statics |
3 |
| PHY 113 |
Calculus Based Physics II |
4 |
| TH 220 |
Intermediate Ear Training I or AFR 342 |
2 |
| |
Private Music Instruction |
2 |
| |
Performing Organization |
1 |
| Total Credits |
19 |
| ES 211 |
Dynamics |
3 |
| M 242 |
Differential Equations |
3 |
| ES 212 |
Mechanics of Materials |
3 |
| ES 242 |
Engineering by Design |
3 |
| AUCS 340 |
Ethics in Professions |
3 |
| |
Private Music Instruction |
2 |
| TH 210 |
Tonal Form and Analysis |
2 |
| Total Credits |
19 |
| CH 110 |
College Chemistry I |
4 |
| ES 220 |
Graphic Communication |
2 |
| ECE 210 |
Electrical Engineering Fundamentals |
3 |
| ME 213 |
Mech. Eng. of Materials Lab |
2 |
| MPT 450 |
Sound Tech. I |
3 |
| |
Performing Organization |
1 |
| |
Private Music Instruction |
2 |
| Total Credits |
18 |
| PHY 260 |
Optics |
4 |
| ECE 360 |
Circuits and Electronics |
4 |
| ME 350 |
Vibrations I w. Applications |
3 |
| MPT 451 |
Sound Tech. II |
3 |
| [ES 221] |
[Adv. CAD] |
[3] |
| |
Private Music Instruction |
2 |
| Total Credits |
16 [19] |
| ME 460 |
Engineering Acoustics |
3 |
| ES 320 |
Thermal Fluids Engineering |
4 |
| AFR 131 |
African-American Music |
3 |
| AUCW 180 |
Western Heritage: Humanities |
3 |
| M 344 |
Adv. Engineering Math |
3 |
| |
Private Music Instruction |
2 |
| |
Performing Organization |
1 |
| Total Credits |
19 |
| ME 502 |
Noise Control Design |
3 |
| ES 493 |
Engineering Research or Vibrations II |
3 |
|
Professional Elective |
3 |
| HLM 200 |
World Music Survey |
3 |
| |
Private Music Instruction |
2 |
| |
Performing Organization |
1 |
| Total Credits |
15 |