How do electrical engineers find out
all the currents and voltages
in a network of connected components?
How do civil engineers calculate
the amount of materials necessary to
construct a curved dome over
a new sports arena?
How do space flight engineers
launch an exploratory probe?
Calculus with differential equations is the
universal language of engineers.
In this course “Engineering Calculus and
Differential Equations”, we will introduce
fundamental concepts of single-variable calculus
and ordinary differential equations
as well as their applications in 
different engineering fields.
In particular, you will learn how to apply
mathematical skills to model and
solve real engineering problems.
For example, how should we
analyze a given problem,
identify appropriate calculus and ODE skills,
formulate the mathematical problem,
and finally find the solution.
This course allows you to develop a more
profound understanding of engineering concepts
and enhance your skills in solving
engineering problems.
In other words, you can construct relatively
simple models of change,
and deduce their consequences.
By studying these, you can learn
how to monitor and even control the system
to do what you want it to do.
Techniques widely used in engineering
will be illustrated,
such as Laplace transform
for solving problems in vibrations
and signal processing.
We have designed animations and 
interactive visualizations
to supplement complex mathematical theories
and facilitate understanding of the
dynamic nature of topics involving calculus.
So what are you waiting for?
Sign up today.
