WHAT IS
MLCS?
Imagine a class
that looks
forward to
college level work
instead of
backward at high
school.
A class with the
goal of
developing
flexible problem
solvers instead of
filling skill gaps.
Imagine a class
that only takes
one semester and
allows students
to get ready for
liberal arts math,
statistics, or
intermediate
algebra.
A class that gives
students options
in case they
change their
majors.
Imagine relevant,
interesting
content designed
to engage and
challenge the
developmental
learner.
Imagine relevant,
interesting
content designed
to engage and
challenge the
developmental
learner.
Imagine relevant,
interesting
content designed
to engage and
challenge the
developmental
learner.
Imagine a
classroom that is
active, filled with
conversations
about
mathematics.
A class where
students work on
a variety of
problems
including open-
ended problems
that take time to
solve.
Imagine a math
class where
students see
algebra as a
useful tool,
instead of a set of
procedures to
mimic.
Imagine a class
with balanced
instruction,
alternating
between whole
group direct
instruction and
small group
explorations.
A class where
technology is
used as an
instructional tool,
not as a
replacement for
instructors.
GroupWork
Direct
Instruction
Mathematical
Literacy for
CollegeStudents,
or MLCS, is such
a course.MLCS
MLCS was
developed
through
AMATYC’s New
Life Initiative and
is related to the
Carnegie
Quantway
Initiative.
We have been
developing a
version of this
course since
2010. Our work
is based on the
work Kathleen
did with the
AMATYC and
Carnegie
Initiatives.
Pilots began at
our school in fall
2011.
Kathleen Almy
Heather Foes
Our goal was to
create a course
that works for
students and
instructors. We
have created
materials that
support any level
of instructor with
detailed notes,
answers,
prompts, rubrics,
and more.
We made the
materials flexible
so that schools
can add or delete
topics to their
liking.
These materials
will be available
through Pearson
Education and
will be titled
Math Lit.
The text uses a
broad range of
problems and
contexts to
engage the
developmental
learner. It is a
living textbook,
where students
write on the
pages that
include theory,
exercises, and
problems.
Student success
is built into the
course in its
design,
development,
lessons, and
assessments. All
lessons that
address student
success also
include a
mathematical
objective.
Students are
taught to be
flexible problem
solvers who
persist when
challenged. They
learn multiple
ways at looking
at problems.
They read
articles,
developing
literacy as well as
mathematical
literacy.
 Flexibility
 Persistence
 Agility
 Literacy
Student also
learn algebraic
skills along the
way and use
MyMathLab to
develop mastery
with them.
Paper conceptual
homework
accompanies
assignments to
connect and
apply the ideas
learned.
+
MLCS has four
areas developed
in an integrated
fashion, moving
through all four
areas in each unit
but delving
deeper as the
units progress.
Throughout the
text geometry
and statistics
appear often to
connect and
extend ideas.
Technology is
used as it is in the
workplace:
whatever makes
sense at the time.
That could be a
calculator but
often it is mental
math or Excel.
MyMathLab
supports
instruction but
does not replace
it.
Together, these
aspects combine
to form a rich
course that is
engaging for all.
More than that,
it provides
appropriate
preparation for
non-STEM
courses while
maintaining
standards and
rigor.
Engagement
Standards
Rigor
MLCS
Math Literacy for
College Students
A course that is
designed to create
a new experience
and a new
pathway for the
developmental
math student

What is MLCS (May 2013)

  • 1.
  • 2.
    Imagine a class thatlooks forward to college level work instead of backward at high school. A class with the goal of developing flexible problem solvers instead of filling skill gaps.
  • 3.
    Imagine a class thatonly takes one semester and allows students to get ready for liberal arts math, statistics, or intermediate algebra. A class that gives students options in case they change their majors.
  • 4.
    Imagine relevant, interesting content designed toengage and challenge the developmental learner.
  • 5.
    Imagine relevant, interesting content designed toengage and challenge the developmental learner.
  • 6.
    Imagine relevant, interesting content designed toengage and challenge the developmental learner.
  • 7.
    Imagine a classroom thatis active, filled with conversations about mathematics.
  • 8.
    A class where studentswork on a variety of problems including open- ended problems that take time to solve.
  • 9.
    Imagine a math classwhere students see algebra as a useful tool, instead of a set of procedures to mimic.
  • 10.
    Imagine a class withbalanced instruction, alternating between whole group direct instruction and small group explorations. A class where technology is used as an instructional tool, not as a replacement for instructors. GroupWork Direct Instruction
  • 11.
  • 12.
    MLCS was developed through AMATYC’s New LifeInitiative and is related to the Carnegie Quantway Initiative.
  • 13.
    We have been developinga version of this course since 2010. Our work is based on the work Kathleen did with the AMATYC and Carnegie Initiatives. Pilots began at our school in fall 2011. Kathleen Almy Heather Foes
  • 14.
    Our goal wasto create a course that works for students and instructors. We have created materials that support any level of instructor with detailed notes, answers, prompts, rubrics, and more. We made the materials flexible so that schools can add or delete topics to their liking.
  • 15.
    These materials will beavailable through Pearson Education and will be titled Math Lit. The text uses a broad range of problems and contexts to engage the developmental learner. It is a living textbook, where students write on the pages that include theory, exercises, and problems.
  • 16.
    Student success is builtinto the course in its design, development, lessons, and assessments. All lessons that address student success also include a mathematical objective.
  • 17.
    Students are taught tobe flexible problem solvers who persist when challenged. They learn multiple ways at looking at problems. They read articles, developing literacy as well as mathematical literacy.  Flexibility  Persistence  Agility  Literacy
  • 18.
    Student also learn algebraic skillsalong the way and use MyMathLab to develop mastery with them. Paper conceptual homework accompanies assignments to connect and apply the ideas learned. +
  • 19.
    MLCS has four areasdeveloped in an integrated fashion, moving through all four areas in each unit but delving deeper as the units progress. Throughout the text geometry and statistics appear often to connect and extend ideas.
  • 20.
    Technology is used asit is in the workplace: whatever makes sense at the time. That could be a calculator but often it is mental math or Excel. MyMathLab supports instruction but does not replace it.
  • 21.
    Together, these aspects combine toform a rich course that is engaging for all. More than that, it provides appropriate preparation for non-STEM courses while maintaining standards and rigor. Engagement Standards Rigor
  • 22.
    MLCS Math Literacy for CollegeStudents A course that is designed to create a new experience and a new pathway for the developmental math student