Technology Department

• A 5-unit sequence may be used for students pursuing an Advanced Regents Diploma

COURSE CREDIT LENGTH

Design and Drawing for Production **     1   40 Weeks

Introduction to CAD .5 20 Weeks

Computer Aided Drafting .5 20 Weeks 

Intro to Robotics .5 20 Weeks

Architectural Drawing .5 20 Weeks

Principles of Engineering .5 20 Weeks

Construction Systems 1 .5 20 Weeks

Construction Systems 2 .5 20 Weeks 

Transportation Systems .5 20 Weeks 

Electronics/Electricity .5 20 Weeks

Manufacturing Systems .5 20 Weeks 

Materials Processing .5 20 Weeks

**May be used for Art/Music requirement

DESIGN & DRAWING FOR PRODUCTION** (TE06) 

Credit: 1   Length: 40 Weeks Grade: 9-12 Prerequisite: None

Design and Drawing for Production (DDP), also known as Intro to Engineering Design, is a hands-on, creative journey into the world of engineering. This course empowers students to think like engineers by mastering the design process and developing critial problem-solving skills through cutting-edge technologies like 3D-printing. In this class, you'll bring your ideas to life using 3D modeling software Fusion 360. From brainstorming concepts to holding fully functioning prototypes in your hands, you'll tackle exciting engineering challenges. Imagine designing and 3D printing your own model trains, therapy toys, or unique inventions - anything your creativity inspires. As a bonus, you'll also get to explore the laser cutter/engraver and even learn to fly drones! Whether you're passionate about art, technology, or both, this course offers an incredible opportunity to blend creativity with engineering, while fulfilling your Art/Music requirement at the same time. 

INTRODUCTION TO CAD (TE02)                                           

Credit: 1/2    Length: 20 Weeks   Grade: 9-12 Prerequisite: None

Intro to CAD is the perfect starting point for students eager to dive into the world of 3D design, modeling, and manufacturing methods. Whether you're new to engineering or haven't yet taken DDP, this course is tailored to help you master industry-leading software like Fusion 360, even with no prior experience. In this class, you'll create products that are both visually stunning and highly functional, exploring the full potential of design. You'll not only learn how to bring your ideas to life through 3D printing but also how to integrate them with exciting technology like Arduino-based robotics. On top of that, you'll get your hands-on experience with advanced machinery, including a Haas CNC Mill and a plasma cutter, giving you a taste of real-world manufacturing tools. This is the ideal course for students who are ready to blend creativity with high-tech engineering and push their design skills to the next level. 

COMPUTER AIDED DRAFTING (TE03 )                         

Credit: 1/2    Length: 20 Weeks   Grade: 10-12 Prerequisite: Intro to CAD and DDP recommended

Computer Aided Drafting is the ultimate follow-up for students who have completed Intro to CAD and are ready to take their engineering skills to the next level. This course lets you dive deeper into advanced 3D modeling, robotics, electronics, and cutting-edge manufacturing methods like CNC milling and plasma cutting. Throughout the semester, you'll channer your creativity and technical knowledge into developing an impressive capstone engineering project. Whether it's designing a handheld volume meter, building a custom record player, crafting an electric drill, or even creating your own arcade game, the possibilities are limitless. With access to multiple manufacturing techniques, you'll bring your vision to life and document every step of the process in a professional engineering portfolio - an invaluable asset for college or internship applications. This course is all about turning your boldest ideas into reality. Whatever you can dream, you can make! 

INTRODUCTION TO ROBOTICS (SC17)                             

Credit: 1/2   Length: 20 Weeks Grade: 10-12 Prerequisite:  DDP or Intro to CAD suggested 

This is an introductory course to robotics and automation. We will be using VEX EDR robotics kits as well as Arduino Uno programming boards. Students will use VEX EDR kits to learn about torque, speed, gear ratios, and mechanisms. We will use the Arduino Uno programming boards to create 3D printed robotic arms and systems as well as learn computer coding. If time permits, students may be able to design their own 3D printable robots using Fusion 360 CAD software to design and print the parts. Students will use this knowledge to create robotic systems that solve engineering design challenges. 

ARCHITECTURAL DRAWING (TE01)

Credit: 1/2    Length: 20 Weeks   Grade: 9-12 Prerequisite:  None

Architectural Drawing, also known as Civil Engineering and Architecture (CEA), offers a hands-on introduction to the fascinating world of architecture and civil engineering.  In this course, you'll not only learn the fundamentals of architectural design, but you'll also bring your ideas to life by building a detailed, 1:40 scale model of a residential home. Using industry-standard software Autodesk Revit, you'll design your own home and then transform it into reality by laser-cutting the pieces and assembling a stunning, realistic model. These beautifully crafted scale models will not only showcase your skills but will also make an impressive addition to any college application, especially for architecture programs. Beyond model-building, you'll explore key topics like water use, site planning, and structural design, giving you a well-rounded understanding of what goes into real-world architecture. This course is perfect for students passionate about design and engineering, offering a unique opportunity to create tangible, professional-quality work that reflects your vision. 

PRINCIPLES OF ENGINEERING (TE10)               

Credit: 1/2    Length: 20 Weeks   Grade: 11-12 Prerequisite: Geometry recommended 

Principles of Engineering (POE) is an exciting, hands-on course designed for students interested in exploring careers in mechanical, electrical, robotic, and aerospace engineering. Through a series of engaging projects, you'll dive into fascinating concepts like mechanisms, mechanical advantage, simple machines, rocketry, robotics, circuits, and computer coding. Whether you're building rockets or programming robots, this course offers a dynamic introduction to the types of challenges and experiences you'll encounter in your first year courses of engineering school. It's perfect for students eager to develop practical skills and a solid foundation in engineering principles while working on projects that fuel creativity and innovation. If you're passionate about designing and building the future, POE is your first step towards an exciting career in engineering. 

CONSTRUCTION SYSTEMS I (TE04)             

Credit:1/2     Length: 20 Weeks   Grade: 9-12 Prerequisite: None                                    

Get ready to roll up your sleeves and dive into the world of hands-on building! In this course, you'll learn essential workshop safety and tool skills while tackling exciting, real-world projects. Start by mastering safety techniques and taking a safety test, then jump into constructing several woodworking projects. You'll research, design, and build using carpentry techniques like mechanical fastening and wood joints. Along the way, you'll learn how to stain, finish, and protect your creations. The course wraps up with a festive holiday project and a challenge to improve the classroom by designing and implementing your own solution. From safety basics to finishing your own handcrafted furniture, this course is the perfect blend of creativity and craftsmanship! 

CONSTRUCTION SYSTEMS II (TE05)           

Credit: 1/2    Length: 20 Weeks   Grade: 9-12 Prerequisite: CS I                             

Welcome to Construction Systems II! This advanced course builds on foundational woodworking skills and explores complex design and construction methods. Over the next 20 weeks, you will complete two unique projects - a custom wall mirror and a one-of-a-kind lamp--each designed and constructed by you. We'll focus on safety, precision, and a creativity as we bring these projects to life, with an emphasis on hands-on skill development. 

TRANSPORTATION SYSTEMS (TE13)                 

Credit: 1/2    Length: 20 Weeks   Grade: 9-12 Prerequisite: None

Transportation Systems introduces students to the foundational concepts in aerospace, land, and marine transportation. This course will cover the structure and functionality of transportation systems through hands-on projects that emphasize key concepts: inputs, resources, processes, outputs, and control. Students will construct a Lego robotic style replica of a V8 engine and a scaled model of a prototype vehicle, applying principles from various transportation modes. Time permitting, the class will culminate in constructing and testing a cardboard boat in the school pool. 

ELECTRONICS/ELECTRICITY (TE07)              

Credit: 1/2    Length: 20 Weeks   Grade: 9-12 Prerequisite: None

Electronics/Electricity introduces students to the fundamentals of residential electrical systems, covering both line and low voltage wiring, electrical devices, and digital electronics basics. This course emphasizes hands-on projects where students design, assemble, and test residential wall wiring systems, including lighting, outlets, switches, and low-voltage systems, building their understanding of how electricity powers everyday home functions. 

MANUFACTURING SYSTEMS (TE08)                    

Credit: 1/2      Length: 20 Weeks Grade: 9-12 Prerequisite: None                           

Manufacturing Systems introduces students to hands-on woodworking and modern manufacturing techniques. Students will operate essential machinery, including bandsaws, drill presses, lathes, table saws, and routers, while also learning about advances tools like CNC routers and laser engravers. Projects in this course include a checkered cutting board and a wood end table with custom-etched glass, both completed in an assembly line style, fostering teamwork and efficiency. 

MATERIALS PROCESSING (TE09)                     

Credit: 1/2    Length: 20 Weeks   Grade: 9-12 Prerequisite: None                                    

Materials Processing introduces students to the fundamentals of working with metals, metal alloys, and other material types through hands-on project work. Students will gain practical skills in metal processing techniques, such as casting, sheet metal forming, mechanical fastening, and forging. Key projects include a sheet metal toolbox and an epoxy coaster set, which will allow students to apply learned techniques in real-world scenarios and gain familiartiy with how materials are processed and utilized in manufacturing.