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Bachelor of Science in Mechanical Engineering
Program Emphasizes Interdisciplinary Approach
Although the mechanical engineering program is closely
integrated with Embry-Riddle’s nationally-acclaimed
aerospace engineering program, the mechanical engineering program is
more broad in nature.
We've
all seen mobiles....
But did you know
that the
inventor
of the mobile was
American artist
Alexander Calder,
who earned
a mechanical
engineering degree
and worked
in the
field before
pursuing his
artistic calling?
His art
reflects
an
engineer's understanding of kinetics,
balance,
and
efficiency in design.
The two programs share a
common curriculum for the first two years, as do all our engineering degree
programs.
Focus on inter-disciplinary study allows students
to gain a broad understanding of the various engineering
fields and how they work together.
Every student acquires a strong foundation in
engineering fundamentals used in the design of
aircraft, spacecraft, high-performance ground
vehicles, machinery and bio mechanics-related processes.
The curriculum is a balance of theory and
practice, encompassing aerodynamics, structures,
propulsion, controls, materials, instrumentation,
electrical fundamentals, computer applications,
and design.
All senior students work in teams on a design
project, through which they apply the knowledge
and skills acquired through the program.
Faculty have professional experience and
research portfolios in key industry areas.
Areas of emphasis in the program include:
 Engineering responsibilities and
methodology:
Through interdisciplinary team
activities and design project,workshops,and
seminars, you learn what it means to be an
engineer, including a commitment to the engineering
code of ethics.
Professional activity and development:
You
are encouraged to join professional organizations,
stay abreast of industry developments,
and continue your own professional development.
Technical communication:
Your coursework
incorporates multiple opportunities for you to
make professional-level oral and written presentations.
General education:
You develop effective communication
skills and an awareness of social
and ethical issues.
Basic science and mathematics:
You acquire a
working knowledge of chemistry fundamentals,
basic physics and mathematics, and learn
how to apply this knowledge to your engineering
studies.
Engineering mechanics:
Your knowledge of
the fundamentals of classical engineering
mechanics includes basic engineering problem-solving techniques, including team
approaches.
Thermal science:
Familiarity with a sequences
of topics in thermodynamics assures that
you’ll be able to access the operational capabilities
and analyze the performance of air-breathing
and rocket engines.
Structures:
Your coursework covers a broad
range of topics in aerospace structures and
materials.
Electronics:
You develop an understanding of
topics in electric circuits, analog and digital
electronics fundamentals, electromechanical
devices, and instrumentation fundamentals.
Laboratories and data interpretation:
Your
lab work includes statistical processing of data
and error analysis in materials, structures,
aerodynamics, power and energy systems, electronics
and instrumentation.
Design:
Your coursework culminates with a senior design project.
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