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Science, Mathematics and Computer Science (SMCS)

Recognizing that education is an individual experience that depends on the unique talents and interests of each person, the mission of the Science, Mathematics and Computer Science (SMCS) Program is to provide an environment in which each person's education is maximized by emphasizing the interrelationships among the disciplines, developing a repertoire of problem-solving techniques, and pursuing both independent and collaborative research projects.

To realize the above mission, the staff nurtures the special talents of its academically able students by fostering individualism, independent thinking, and self-confidence by challenging those students through a unique, diversified curriculum. The environment, structure, and content promote the self-learner concept in which students participate in constructing their own knowledge base and learn problem-solving strategies that foster the multidisciplinary approach. The scope of their education extends beyond traditional classroom boundaries as students are asked to connect with a community that includes not only parents, mentors, other students, and staff but also a physical environment as diverse as our region.

 

Core Experiences

  • Engage in an interdisciplinary STEM experience
  • Present research findings
  • Participate in internships
  • Earn College credit
  • Connect with professionals, university faculty, and research organizations
  • Participate in national and international STEM competitions
  • Participate in STEM related extracurricular student organizations

 

Program Goals

  1. Develop Foundational Knowledge and Skills
    Equip students with a strong academic foundation in science, technology, engineering and mathematics practices through rigorous, standards-based coursework and development of skills for problem-solving, critical thinking, creativity, and collaboration
  2. Provide Hands-On, Real-World Experience
    Engage students in experiential learning through labs, independent and collaborative research projects, opportunities for internships with local and national businesses and research organizations to build practical skills and career readiness.
  3. Foster Career and College, Career and/or Community Pathways
    Support students in exploring and pursuing postsecondary education and careers in science, technology, engineering, and math fields through the College Preparatory pathway.

 

Application & Locations

Selection Process: Criteria-based application.  Students must be enrolled in Algebra 1 or higher level math class in grade 8 to be eligible. 

Schools:

  • Region 1: Blair
  • Region 2: Springbrook
  • Region 3: Wheaton
  • Region 4: Wootton
  • Region 5: Gaithersburg
  • Region 6: Poolesville

Course Progression

Due to the nature of the Science, Mathematics and Computer Science Programs, students are required to take eight classes each semester for all four years of high school.  The eight classes may include internships in grades 11 & 12.  The additional class period is added at the end of the school day.  Students may still participate in athletics.  Below is a sample sequence of courses for students enrolled in the Science, Mathematics and Computer Science Program. Cells in blue are related to the program pathway. This is subject to change as the programs are developed.

Grades 6–8 Grade 9 Grade 10 Grade 11 SMCS Internship Grade 12

Students participate in MCPS courses at their middle school or attend a middle school magnet program.

By the end of 8th grade, students will need to have completed Integrated Algebra 1.

Summer Enrichment & Preparation

Career Advising, and claiming of RIASEC themes.

Career Exploration

Fundamentals of Computer Science A/B Algorithms and Data Structures A/B SMCS Elective

Internship

Completed during the summer between grades 11 and 12; some internships may continue through grade 12 and may earn graduation credit; internships can be with universities, research labs, etc.

SMCS Elective
Advanced Science 1: Physics (S1)

Advanced Science 2: Chemistry (S2)
Advanced Science 3: Earth Space Systems (S1)

Foundations of Engineering Technology A (S2)

Foundations of Engineering Technology B (S1)

 

Senior Research Project A (S2)

Senior Research Project B (S1)

SMCS Elective (S2)

Research and Experimentation Advanced Science 4: Biology SMCS or General  Elective SMCS or General Elective

Magnet Precalculus A/B

or

Magnet Functions

Magnet Precalculus C/D

or

Magnet Analysis 1

Magnet Analysis 1

or

SMCS Math Elective

SMC Math Elective
English English English English
Honors or AP US History Honors or AP US Government (NSL) Honors or AP Modern World History SMCS or General Elective
Elective (PE or Fine Arts) Elective (PE, Fine Arts or Health) Elective (PE, Fine Arts or Health) SMCS or General Elective
World Language World Language World Language or Elective World Language or Elective

 


Program Requirements

In addition to the MCPS requirements for graduation, all students must take the following courses in order to remain enrolled in the Science, Mathematics and Computer Science Program and earn the related certificate upon graduation.

  • Mathematics (4 credits)
    • Completion through at least Magnet Analysis 1
    • Including above requirement, at least 4 credits in math.  Math courses taken after Analysis 1 will count toward elective credits.
  • Science (4 credits)
    • Advanced Science 1: Physics
    • Advanced Science 2: Chemistry
    • Advanced Science 3: Earth Space Systems
    • Advanced Science 4: Biology
  • Computer Science (2 credits)
    • Fundamentals of Computer Science
    • Algorithms & Data Structures
  • Engineering (1.5 credits)
    • Research & Experimentation (.25 credits/semester)
    •  Foundations of Engineering Technology (PLTW school may use a different code.  Course is unique to this program and prior credit from middle school does not fulfill this program requirement)
  • Research (1 credit - optional upon request, but highly recommended and completed by almost all program students)
    • Senior Research Project (also counts toward elective credit)
  • Electives
    • 4.5 credits of magnet advanced level courses in STEM.  Senior Research Project and elective math credits count toward this total.