Computer Aided Design
CAD 110- Engineering Graphics I
- Analyze technical drawings using both CAD and basic manual tools.
- Create mechanical parts for different applications.
- Apply the stages of the design process from scratch using engineering graphics techniques such as sectional projections, dimensioning and computer-generated drawings (2D).
CAD 130- Engineering Graphics II
- Utilize CAD software to create Geometric Constructions.
- Apply Multi-View Projection, Sectional Views, Auxiliary Views and dimensioning to create pictorial drawings.
- Apply the stages of the design process from scratch using engineering graphics techniques such as sectional projections, dimensioning and computer generated drawings (2D and 3D)
CAD 131- Advanced Engineering Graphics
- Apply advanced techniques for creating 2D and 3D engineering drawings and models, including advanced geometric constructions, section views, auxiliary views, and advanced dimensioning and tolerancing techniques.
- Create and modify complex engineering drawings and models using industry-standard software packages for engineering graphics.
- Create complex 3D models using CAD tools, including assemblies and mechanisms.
- Apply practical skills and knowledge to solve challenging engineering design problems, including developing design concepts, creating detailed engineering drawings, and performing engineering analyses using CAD tools.
- Work collaboratively in teams to complete real-world engineering design projects, demonstrating effective communication, project management, and problem-solving skills.
- Use advanced engineering graphics and CAD techniques, through practical experience with industry-standard software packages and tools.
CAD 169- Solid Modeling
- Apply principles of technical drawings to create different 3D models.
- Utilize SolidWorks surfacing features and methods to create complex solid geometry.
- Apply ANSI drafting standards to different type of projects.
- Demonstrate problem-solving skills to master the creation of drawings and assemblies.
CAD 180- Solid Modeling II
- Construct solid models, assemblies, and detail drawings using a feature-based parametric design CAD program, such as SolidWorks, while capturing design intent in the models.
- Create families of parts and assemblies building multiple configurations.
- Solve design problems in parts and assemblies at the intermediate level.
CAD 205- Geometric Dimensioning and Tolerancing
- Apply dimensioning and tolerancing techniques in order to complete technical drawings.
- Analyze and apply the latest standards, symbols and rules for dimensioning and tolerancing to detailed and assembly drawings.
- Interpret the fundamentals of Statistical Process Control (SPC) and its application in the industry.
- Apply GD&T principles and concepts to real world projects.
- Use methods and tools such as calipers, micrometers, height gauges, and Coordinate Measuring Machines (CMMs) to inspect and verify parts' compliance with GD&T requirements.
CAD 220- PCB/Electro Mechanical Layout I
- Use and interactively route electronic components using commercially accepted PCB practices and techniques.
- Construct a finished PCB Drawing package including Schematic, PCB board and data files.
- Analyze various types of electronic diagrams and schematics.
CAD 221- PCB/Electro Mechanical Layout II
- Design and develop complex PCB layouts using advanced techniques, such as multilayer boards, high-speed design, and mixed-signal design.
- Simulate and test circuits using simulation software to model circuit behavior under different conditions, including signal integrity analysis and power distribution considerations.
- Test and troubleshoot PCBs to ensure proper functionality, including functional testing and troubleshooting techniques.
- Evaluate and select appropriate components for a PCB design, taking into consideration compatibility with the rest of the circuit and required specifications.
CAD 225- Solid Modeling III
- Create a part from a drawing, with linked dimensions and equations to aid in modeling.
- Perform mass property analysis, including creating and using a coordinate system
- Modify parameters on the part at different stages while maintaining other dimensions
- Create an assembly with rigid and flexible subassemblies.
CAD 227- Advanced CAD Applications
- Use personal settings to configure CAD tools using startup drawing and startup templates.
- Design and create 3D Solid Models using standard AutoCAD features.
- Use Xrefs and Attributes for individual designs and team projects.
- Create a 3D walkthrough video
- Create a CAD Project Presentation.
CAD 228- Practicum in CAD Technology
- Design a set of 3D solid / surface models of an E / M design, mechanical design or architectural design as their final project.
- Use the finished design to create 3D presentations using slides, scripts, animation and / or rendered outputs.
- Combine engineering changes to solid models and revise and record the changes on the detail drawings.
- Create unified and coherent short papers that include writing for analysis, description, explanation and evaluation of specified workplace issues / situations.
CAD 229- Engineering Technology – CAD Internship
- Demonstrate proficiency in using computer-aided design software by creating, modifying, and manipulating 2D and 3D models accurately.
- Use the finished design to create 3D presentations using slides, scripts, animation and / or rendered outputs.
- Combine engineering changes to solid models and revise and record the changes on detail drawings.
- Communicate effectively with team members, clients, and stakeholders using appropriate technical terminology and visual aids.
- Demonstrate good work habits and professional attitudes necessary for career success.
- Demonstrate interpersonal communication and professional writing skills through real-world practice.
- Work independently and in a team.
- Analyze their contributions and experiences working within the EET profession.
CAD 230- Architectural CAD I
- Create and edit architectural working drawings that include walls, doors, windows, stairs, and roofs of residential and commercial buildings.
- Create and edit wall modifier styles, endcaps to create wall design.
- Monitor multiple roof intersections and create roofs for dormers.
- Create and apply AEC profiles to mass elements.
CAD 231- Architectural CAD II
- Develop custom parametric components in BIM software.
- Collaborate with other design professionals and contractors through BIM software.
- Use CAD software to analyze building performance, including energy and structural analysis.
- Create custom scripts and macros to automate repetitive tasks and increase efficiency.
- Integrate CAD tools into the design and construction process, including project management and communication tools.
CAD 232- Engineering Technology- CAD Initial Internship
- Demonstrate proficiency in using computer-aided design software by creating, modifying, and manipulating 2D and 3D models accurately.
- Use the finished design to create 3D presentations using slides, scripts, animation and / or rendered outputs.
- Combine engineering changes to solid models and revise and record the changes on detail drawings.
- Communicate effectively with team members, clients, and stakeholders using appropriate technical terminology and visual aids.
- Demonstrate good work habits and professional attitudes necessary for career success.
- Demonstrate interpersonal communication and professional writing skills through real-world practice.
- Work independently and in a team.
- Analyze their contributions and experiences working within the EET profession.
CAD 233- Engineering Technology- CAD Continuing Internship
- Demonstrate proficiency in using computer-aided design software by creating, modifying, and manipulating 2D and 3D models accurately.
- Use the finished design to create 3D presentations using slides, scripts, animation and / or rendered outputs.
- Combine engineering changes to solid models and revise and record the changes on detail drawings.
- Communicate effectively with team members, clients, and stakeholders using appropriate technical terminology and visual aids.
- Demonstrate good work habits and professional attitudes necessary for career success.
- Demonstrate interpersonal communication and professional writing skills through real-world practice.
- Work independently and in a team.
- Analyze their contributions and experiences working within the EET profession.
CAD 270- Design for Manufacturing
- Use a systematic procedure to analyze a proposed design from the point of view of assembly and manufacturing
- Evaluate quantitatively the impact of design choices on manufacturing cost
- Use modern quality control concepts and approaches
- Use modern software tools to accurately model parts for specific manufacturing operations.
- Use 3D printing technology in the engineering design process.
- Enhance problem-solving and critical thinking abilities related to manufacturing challenges.
- Foster teamwork and communication skills in a collaborative manufacturing setting.