High School Academy

Mechanical Design Concepts  Credits: 2  

This course introduces the students to the basic skills and knowledge required to understand how products are designed and documented. Students will measure and sketch parts to visualize 3 - dimensional parts. The steps involved in the design process, problem - solving, and teamwork will be introduced through a simple design project. Students will be exposed to terminology, mechanical components, and software that are used in mechanical design. 

Solid Modeling 1  Credits: 3  

This course introduces the student to the concepts and commands required to develop 3 - D solid models using SolidWorks software. Students will learn to constrain models and develop parametric models. Students will also produce 2 - D working drawings from the models. Topics will also include dimensioning, orthographic views, and section views. 

CAD, 2D  Credits: 2  

Basic computer - aided drafting and design (CAD) uses two - dimensional AutoCAD software ad commands to create entities, edit, store, and print CAD drawings. Topics include entity creation of arcs, circles, lines, coordinates, editing functions, scaling, making templates, texting detailing, layers and line types, viewports, model space layout and paper space practices, dimensioning styles, calculation strategies, blocks, groups, libraries, attributes, bills of materials, and plotting to scale. A final project permits the student to apply technical skills to a detailed mechanical design drawing. 

Additive Manufacturing   Credits: 1 

Students will explore Additive Manufacturing ( AM), broadly known as 3D printing, and learn how products are designed, produced, and serviced. This course will introduce students to how AM enables on - demand production without dedicated equipment or tooling. Students will review AM principles and applications across industries, emphasizing characteristics and performance on common materials ( polymers, metals, ceramics, and composites) used for different applications. 

Geometric Dimen & Tolerancing  Credits: 1  

Geometric dimensioning and tolerancing ( GD&T) graphically defines limits of size, form, orientation, profile, location, and runout applications to ASME Y14.5 - 2009. GD&T standards include universal symbols and terms, position tolerancing verification, datum, reference frame theory, datum ( size) modifiers,datum targets, metrology and functional gage design application using a coordinate measuring open setup. Measurement of floating and fixed fasteners is applied to actuarial mechanical parts. GD&T will also be applied to welding fabrication drawings and assemblies. 

Solid Modeling 2  Credits: 2  

The student will develop complex parametric models, assemblies, and working drawings, apply drawing standards, materials, and tabulated dimensions. Part families, sheet metal parts, welded assemblies, exploded assemblies, software generated bills of material, and simple animation will also be covered. 

MFG. Materials Process   Credits: 2  

In this course you will develop knowledge of the practical application of engineering science and technology of manufacturing materials and their related processes. Topics covered will include exploration of processes from material groups including metals, ceramics, electronics, plastics, and composites. Manufacturing processes such as material removal, additive manufacturing, forming, joining, assembly, inspection, automation processes, and regional applications of biotechnology and food processing will be explored. 

PLC & Fluid Power Application  Credits: 2  

This course will provide the basics of programmable logic controllers and fluid power systems related to mechanical design. Basic system components, symbols and schematics related to these areas will be analyzed. Students will participate in hands - on activities related to these concepts in lab settings. 

Into to Precision Measurement   Credits: 1  

This course teaches students the use of precision measurement tools including rules, tapes, calipers, micrometers, and ages. Students will apply measurement methods for reverse engineering to reverse engineer parts and to take field measurements on the shop floor. The course will enable students to communicate with machinists and other manufacturing specialists concerning precision measurements..