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Technology is part of everyone’s world. Some people think technology is a series of abstract concepts and devices understood by only a few. Nothing could be further from the truth. Technology is human innovation in action. People re-design or “engineer” the natural world to fit their needs or wants. Technology and Engineering Education is the study of this human adaptive process through a laboratory-centered, hands-on and minds-on, activity-based approach. In doing so, we employ math, science and technology principles and evaluate their resulting impacts. A quick look at the Parkland’s Technology and Engineering Department’s course descriptions will reveal these principles and career exploration opportunities for future engineers, engineering technicians, architects, etc.

These are some of the experiences that students will gain through Parkland’s Technology and Engineering program:

  • Designing, developing, and utilizing technological systems
  • Open-ended, problem-based design activities
  • Applying technological knowledge to real world experiences
  • Invention and other topics dealing with human innovation
  • Working individually as well as in teams to solve problems

Project Lead The Way

Project Lead the Way (PLTW) provides students with rigorous and innovative Science, Technology, Engineering, and Mathematics (STEM) education curricular programs at the high school level. Developed by PLTW teachers, university educators, engineering professionals, and school administrators, this transformational program promotes high levels of critical thinking, creativity, innovation and real-world problem-solving skills in students. The curriculum, when combined with traditional mathematics and science courses in high school, introduces students to the scope, rigor and discipline of studies in specific STEM related fields prior to entering college.

All PLTW courses employ the use of a Learning Management System along with traditional instruction. This simply means that the courses are a blend of internet delivered curriculum and teacher facilitated instruction and activities. These courses, however, are not self-paced. Experiments, classroom assignments, homework, and various computer files are submitted and received electronically in the form of Microsoft WORD, EXCEL, and/or POWER POINT files. We strongly suggest that students who are interested in PLTW have good file management skills and are also able to access the internet from home.

Parkland High School offers three PLTW programs, including PLTW Computer Science, PLTW Biomedical Science, and PLTW Engineering. These courses are offered at the Honors or AP levels as indicated within the course titles. Below are the PLTW pathways for each program that show the sequence that students should follow when registering for these courses:

Project Lead the Way: Computer Science
Suggested Sequence (Computer Science Essentials- .5 Credit, ½ Year Course, Weighted
Grade; All Other Courses- 1 Credit, Full Year Courses, Weighted Grades)
9th Grade
Foundation Course
(1/2 year)

(980)
Computer Science
Essentials Honors
10th Grade
Foundation Course

(981)
Computer Science
Principles AP
11th Grade
Foundation Course

(982)
Computer Science- A AP
12th Grade
Capstone Course

(983)
Cybersecurity Honors
Project Lead the Way: Biomedical Science
Suggested Sequence (1 Credit, Full Year Courses, Weighted Grades)
9th Grade
Foundation Course

(941)
Principles of Biomedical
Science Honors
10th Grade
Foundation Course

(942)
Human Body Systems
Honors
11th Grade
Foundation Course

(943)
Medical Interventions
Honors
12th Grade
Capstone Course

(944)
Biomedical Innovation
Honors
Project Lead the Way: Engineering
Suggested Sequence (1 Credit, Full Year Courses, Weighted Grades)
9th Grade
Foundation Course

Math Prereq: Completion of Algebra 1 with a high “B” or better; “B” or better in all other Algebra courses
10th Grade
Foundation Course

Math Prereq: Grade of “B” or better in all Algebra courses taken

Math Co-Req or Prereq:
Geometry
11th Grade
Specialization Courses

Math Prereq: Geometry and a grade of “B” or better in all Algebra courses taken
12th Grade
Capstone Course

Math Prereq: “B” or better in Geometry

Recommended Math Co-Req: Precalculus or Calculus
(991)
Intro to Engineering
Design Honors
(See Math Prereq above)
(992)
Principles of Engineering
Honors
(Additional Prereq: “C” or
better in 991)

Students may choose a specialty course from the next section (to the right under 11th grade) if schedule permits
(993)
Computer Integrated Mfg. Honors-offered again in 2023-2024 (Additional Prereq: “C” or better in 991)

(994)
Digital Electronics Honors (Additional Prereq: “C” or better in 991)

(997)
Aerospace Engineering Honors – offered in 2022-2023 (Additional Prereq: “C” or better in 991 and 992)

(998)
Civil Eng. and Architecture Honors- offered again in 2023-2024 (Additional Prereq: “C” or better in 991 or 902- Residential Architecture)
(995)
Engineering Design & Development Honors (Additional Prereqs: 991, 992, and either 993, 994, 997, or 998 completed with a “B” or better)

Students may choose a specialty course from the previous section (to the left) if schedule permits

The 900 Courses: Technology & Engineering

Click + to save courses you may be interested in taking in the future.

  • apAdvanced Placement
  • hHonors
  • pltwProject Lead The Way
  • dcDual Credit
  • ahcArts & Humanities Credit
  • tacTech Applications Credit
  • ncaaNCAA/Clearinghouse
Add Course 901

Tech Drawing & CAD

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 9,10,11,12
Students should not take this course if they plan to take Introduction to Engineering Design (#991). Students will take a varied look into the many facets of technical and computer-aided design (CAD). This course will give students broad-based exposure to skills that will help them become future designers in various…
Add Course 902

Residential Architecture

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 10,11,12
Prerequisite: Technical Drawing and CAD or Intro. To Engineering Design (PLTW). This course is a broad description of the architecture and construction of homes in our region. Students are given limited square footage constraints and a building lot to creatively design a functional, yet aesthetic home. They are asked to…
Add Course 903

Advanced Architecture

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 10,11,12
Prerequisite: Residential Architecture (902).This course expands upon concepts covered in 902. A similar problem-solving design approach will be employed. Expanded and new topics include structural details, beam and loading calculations, interior design, elevations, foundation systems, and alternative materials. Students will be asked to complete a fully workable set of plans…
Add Course 906

3-D Design & Modeling

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 10,11,12
Prerequisite: Technical Drawing & CAD (901) or Intro. to Engineering Design (PLTW) (991).This course expands upon the concepts and skills taught in Technical Drawing & CAD (901). 3D AutoCAD software will be used to apply geometric primitives with Booleanoperators to create designs from scratch. These designs will then be used…
Add Course 911

Production Materials & Processes

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 9,10,11,12
Prerequisite: Intro to Drafting, Design, and CADD or Intro to Engineering Design (PLTW) Did you ever wonder how cars, roller blades, mag wheels and other products are manufactured? Through computer technologies, students will explore Robotics, Computer Numerical Control and Computer Design/Manufacturing processes. Gain hands-on exposure to a variety of manufacturing…
Add Course 913

Manufacturing Systems

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 10,11,12
Prerequisite: Production Materials & Processes Use your skills from course #911 in combination with CNC, Robotics, and Quality Control to set up and manufacture products in a cooperative learning environment. This course will offer advanced topics extending beyond the scope of course #911 and is currently implementing a Science, Technology,…
Add Course 916

Basic Electronics

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 9,10,11,12
Recommended Prerequisite: Successful completion of Algebra 1 This project-based course focuses on how electronics affects our lives and also on our dependence upon its constant development. Electricity drives all of the modern technology that we use at home and in school. Students will gain a better understanding of how electricity…
Add Course 918

Transportation and Energy Technology

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 9,10,11,12
Prerequisite: Technical Drawing and CAD or Intro to Engineering Design (PLTW) In this course, students use the technological method to design and build models of transportation and energy systems. Creating working models of planes, boats, racecars and rockets enable students to apply math, science, and technology concepts as they compete…
Add Course 909

Innovation and Invention

  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 9,10,11,12
Prerequisite: Technical Drawing and CAD or Intro to Engineering Design (PLTW) Students learn the Creative Problems Solving (CPS) method used in many of today’s competitive companies and organizations. The application of CPS techniques, along with machines, materials, and information resources, will result in the processes of invention and innovation to…
Add Course 980

Computer Science Essentials Honors

  • h
  • pltw
  • tac
  • 1 Semester
  • 0.5 Credit
  • Grades 9,10,11,12
Prerequisite: Successful completion of Algebra 1. In this introductory course of the PLTW Computer Science program, students learn fundamental computer science concepts using MIT App Inventor and Python. The first unit of the course utilizes MIT App Inventor to create basic apps that rely on the concepts of event-driven programming,…
Add Course 981

Computer Science Principles AP

  • ap
  • pltw
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Prerequisite: Computer Science Essentials Honors (980) This course aims to develop computational thinking, to generate excitement about the field of computing, and to introduce computational tools that foster creativity. Students practice problem solving with structured activities and progress to open-ended projects and problems that require them to develop planning, documentation,…
Add Course 982

Computer Science A- AP

  • ap
  • pltw
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Prerequisite: Computer Science Essentials Honors (980) This course teaches students Java and authentic Android App development. Students will receive a primer in the basics of Java programming language and object-oriented programming using Eclipse and Android Studio. Students will be able to incorporate their own code into fully functioning apps. Students…
Add Course 983

Cybersecurity Honors

  • h
  • pltw
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Prerequisites: Successful completion of Computer Science Essentials Honors (980). This course exposes high school students to the ever growing and far reaching field of cybersecurity through problem-based learning, where students role-play as cybersecurity experts and train as cybersecurity experts do. It also connects to the National Cybersecurity Workforce Framework (also…
Add Course 941

Principles of Biomedical Science Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 9,10
Prerequisite: Concurrently taking Honors Biology (424) or full completion of Biology (421) with a “C” or better. This is the introductory course of the PLTW Biomedical Science program. Students will explore concepts of biology and medicine to provide foundational knowledge and skills in fields such as biology, anatomy & physiology,…
Add Course 942

Human Body Systems (HBS) Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11
Prerequisite: Grade of “C” or better in Principles of Biomedical Science Honors (941). NOTE: Only 11th and 12th grade students may double-up in HBS (942) and MI (943). The HBS course provides foundational knowledge and skills in anatomy and physiology, clinical medicine, and laboratory research. Students explore science in action…
Add Course 943

Medical Interventions (MI) Honors

  • ap
  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 11,12
Prerequisite: Grade of “C” or better in Human Body Systems Honors (942). NOTE: Only 11th and 12th grade students may double-up in HBS (942) and MI (943).In Medical Interventions, students follow the life of a fictitious family as they investigate how to prevent, diagnose, and treat disease. Students explore how…
Add Course 944

Biomedical Innovation Honors

  • h
  • pltw
  • tac
  • 2 Semesters
  • 1 Credit
  • Grade 12
Prerequisite: Grade of “C” or better in all previous Biomedical courses, including Principles of Biomedical Science Honors (941), Human Body Systems Honors (942), and Medical Interventions Honors (943). In this final course of the PLTW Biomedical Science sequence, students build on the knowledge and skills gained from previous courses to…
Add Course 991

Introduction to Engineering Design Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 9,10,11,12
Math Prerequisites: Completion of Algebra 1 with a high “B” or better; “B” or better in all other Algebra courses. This is the first course in the Project Lead the Way Engineering sequence. IED is an introductory look into the design and creation of modern products. Students develop an understanding…
Add Course 992

Principles of Engineering Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Math Prerequisite: Currently taking or previously completed Geometry and a grade of “B” or better in Algebra 1 and all other Algebra courses taken at the high school level. Additional Prerequisite: Grade of “C” or better in Intro to Engineering Design Honors (991). This is the second course in the…
Add Course 993

Computer Integrated Manufacturing Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Math Prerequisite: Currently taking or previously completed Geometry and a grade of “B” or better in all Algebra courses taken at the high school level. Additional Prerequisite: Grade of “C” or better in Intro to Engineering Design Honors (991).The purpose of this course is to teach the fundamentals of computerized…
Add Course 994

Digital Electronics Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Math Prerequisite: Currently taking or previously completed Geometry and a grade of B or better in all Algebra courses taken at the high school level. Additional Prerequisite: Grade of C or better in Intro to Engineering Design Honors (991)This is a course in applied logic as it is used in…
Add Course 997

Aerospace Engineering Honors

  • ap
  • pltw
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,12
Math Prerequisite: Currently taking or previously completed Geometry and a grade of “B” or better in all Algebra courses taken at the high school level. Additional Prerequisite: Grade of “C” or better in Intro to Engineering Design Honors (991) and in Principles of Engineering Honors (992).Students are introduced to the…
Add Course 998

Civil Engineering and Architecture Honors

  • pltw
  • dc
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 10,11,12
Math Prerequisite: Currently taking or previously completed Geometry and a grade of “B” or better in all Algebra courses taken at the high school level. Additional Prerequisite: Grade of “C” or better in Intro to Engineering Design Honors (991) or in Residential Architecture (902). This overview course emphasizes the inter-relationship…
Add Course 995

PLTW Capstone Honors

  • h
  • pltw
  • tac
  • 2 Semesters
  • 1 Credit
  • Grades 11,12
Math Prerequisite “B” or better in Geometry. It is recommended that students concurrently enroll in Precalculus or Calculus. Additional Prerequisite: Grade of “B” or better in two or more of the following specialization courses- In Computer Science: 981,982, 983, and in Engineering: 992, 993, 994, 997, or 998. Note that…
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