Mamaroneck Schools

Full Year - 1 Credit

Prerequisite: 9th Grade

This interdisciplinary course incorporates topics from the former introductory courses in computer science, engineering, architecture, and design. The main goal of STEAM Studio is to develop the mindset required for students to be innovators, critical thinkers, problem solvers, and entrepreneurs; in a collaborative setting that reflects the real world. STEAM Studio introduces students to a variety of topics including: the design-thinking process, collaborative group work, think tank brainstorming, research, hands-on fabrication, rapid prototyping techniques, coding, and design analysis. Activities are designed to bridge together multiple disciplines, thereby creating connections between the aforementioned topics. Students in this course will also be introduced to the high-tech prototyping equipment in the new MHS CoLAB.

Full Year - 1 Credit

Prerequisite: Grades 10-12, completion of Steam Studio 1. 

Architecture 2 reinforces the concepts introduced in the Architecture portion of Steam Studio 1. The courses will take an indepth look at 3D design, drafting and computer design as well as scaled model making and precision creations. Examinations of classical and contemporary architecture will provide students with information to launch designs using both drafting and computer aided design. The course focuses on manual technical drawing in which the students learn about scale and isometric and orthographic projections before using CAD software to design creations.

Full Year - 1 Credit

Prerequisite: Architectural Drawing 2

The Architecture 3 course is designed to allow students to use the skills they have developed in the first 2 architecture courses to create their own designs. There will be a focus on interior design and the use of AutoCAD Architecture software. In-depth studies in architectural styles, complex models and drawings in order to solve problems will be the focus of this course.

Full Year - 1 Credit

Prerequisite: Architectural Drawing 3

Architectural Drawing 4 is a capstone course for all of the Architecture courses. The course will focus on quality portfolio building and college preparation. In depth problem solving will take place in the course with a concentration on real-world prototyping.

Full Year - 1 Credit

Prerequisite: 10th - 12th grades and successful completion of Steam Studio 1, Geometry/Geometry Honors or instructor approval. 

This course is a broad introduction to a variety of fundamental topics in computer science through the theme of multimedia. Using the Python programming language, students express themselves creatively and solve problems involving images, sounds, and animations. Students are also introduced to important computer science topics including data representation, computer organization, history and societal impact of computing, and artificial intelligence.

Full Year - 1 Credit

Prerequisite: 10th - 12th grades and successful completion of Steam Studio 1, Geometry/Geometry Honors or instructor approval. 

This course is a broad introduction to a variety of fundamental topics in computer science through the theme of multimedia. Using the Python programming language, students express themselves creatively and solve problems involving images, sounds, and animations. Students are also introduced to important computer science topics including data representation, computer organization, history and societal impact of computing, and artificial intelligence.

Full Year - 1 Credit

Prerequisite: Successful completion of Computer Science with Python and Algebra 2/Algebra 2 Honors.

AP Computer Science A introduces students to computer science through programming. Fundamental topics in this course include the design of solutions to problems, the use of data structures to organize large sets of data, the development and implementation of algorithms to process data and discover new information, the analysis of potential solutions, and the ethical and social implications of computing systems. The course emphasizes object-oriented programming and design using the Java programming language.

Full Year - 1 Credit

Prerequisite: Grades 11 or 12 & Successful completion of College Computer Science with python or AP Computer Science A.

This is a full-year high school course that covers the fundamentals of networking. It is equivalent to a college-level Introduction to Networking course. The course interweaves essential networking concepts with relevant, hands-on problem-solving activities to maximize students’ understanding of network hardware and configuration, the use of protocols to enable reliable and accurate transmission of data between different hosts around the world, and relevant security practices that secure the transmission of data both within and between computer networks. This course is designed to help students develop understanding and skills that will contribute to their ability to pass widely recognized professional cybersecurity certifications such as CompTIA Network+, Cisco Certified Networking Associate (CCNA), and Cisco Certified Support Technician (CCST): Networking.

Full Year - 1 Credit

Prerequisite: Grade 10 - 12 and completion of Steam Studio 1

Engineering Design and Modeling builds on many of the concepts introduced in the Engineering 1 course. Students will complete projects with a focus on conceptualization, analysis, synthesis, testing and documentation of engineering systems. Many design elements will be explored, including modularity, testability, reliability and economy. There will be concentration on CAD tools and associated technology. Students will create prototypes using stereolithography and other rapid prototyping techniques.

Full Year - 1 Credit

Prerequisite: Grade 10 - 12 and completion of Steam Studio 1

Engineering Project Management focuses on the arc of the engineering project, starting with client needs and ultimately finishing with a deliverable. Particular emphasis is placed on the planning, scheduling and costing aspects of project management. This class will also cover production planning, high performance manufacturing, construction management and material selection. Basics of transportation engineering and related project management will be covered. These concepts will guide a series of in class projects.