Kentucky's Design Engineering pathway develops students' skills in computer-aided design (CAD), technical drawing, and product development for manufacturing. Students master 3D modeling, design documentation, simulation software, and engineering principles necessary to translate concepts into manufacturable products. This pathway serves as a bridge between general STEM education and specialized manufacturing careers, preparing students for engineering technician roles and four-year engineering programs.
The curriculum emphasizes practical design projects where students develop solutions to real engineering problems. Students learn to use industry-standard CAD software (AutoCAD, SolidWorks, CATIA), conduct simulations to validate designs, and prepare technical drawings that meet industry standards. Partnerships with engineering firms and manufacturing companies expose students to professional design workflows and emerging technologies.
Graduates pursue careers as CAD technicians, design engineers, manufacturing engineers, and product development specialists. The pathway prepares students for four-year engineering degrees at University of Kentucky, University of Louisville, and other Kentucky universities, while providing immediate employment opportunities in design and manufacturing sectors.
Design Engineering at a Glance
6
Courses
8
Credentials
6
Career Paths
State Standards & Framework
Kentucky's Design Engineering standards require proficiency in 2D and 3D CAD modeling, technical drawing conventions (ANSI standards), and design documentation practices. Students must demonstrate ability to develop designs that meet engineering specifications, conduct design reviews, and prepare manufacturing-ready drawings. Standards emphasize problem-solving methodologies, including design thinking and systems engineering approaches.
Courses address mathematics and physics fundamentals underlying engineering design, stress analysis and simulation software, and sustainable design practices. Standards require understanding of manufacturing constraints and design for manufacturability (DFM) principles that connect design decisions to production feasibility.
Typical Course Sequence
| Course |
|---|
| Engineering Fundamentals |
| Introduction to CAD and Drafting |
| 3D Modeling and Design |
| Technical Drawing and Documentation |
| Design Analysis and Simulation |
| Product Design and Development |
Industry Certifications & Credentials
Career Opportunities
Salary data from U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (May 2024). Growth projections from BLS Employment Projections (2023-2033). Cost-of-living adjustment uses BEA Regional Price Parities (2023). Entry-level salaries reflect the 25th percentile; experienced salaries reflect the median.
CAD Technician/Drafter
Entry LevelSalary range: $45,450 - $70,210
Adjusted for cost of living: $50,238
Design Engineer
ExperiencedSalary range: $40,900 - $62,200
Adjusted for cost of living: $55,632
Manufacturing Engineer
ExperiencedSalary range: $79,370 - $110,350
Adjusted for cost of living: $105,869
Product Development Specialist
ExperiencedSalary range: $59,950 - $96,150
Adjusted for cost of living: $83,785
Engineering Manager
ExperiencedSalary range: $121,310 - $165,540
Adjusted for cost of living: $149,088
Quality Engineer
ExperiencedSalary range: $61,610 - $113,030
Adjusted for cost of living: $99,094
Work-Based Learning Opportunities
Students intern with engineering firms, design consultancies, and manufacturing companies, working on real product design projects and learning professional design workflows and industry software.
Career & Technical Student Organization
Students in this pathway can participate in Technology Student Association (TSA), gaining leadership experience and competing in career-related events.
How Sage Helps Kentucky CTE Programs
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Ongoing Updates
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Related Pathways in Kentucky
Additive Manufacturing
Kentucky's Additive Manufacturing pathway prepares students for careers in 3D printing, rapid prototyping, and advanced manufacturing in one of the nation's fastest-growing industrial sectors. Students master CAD design, 3D modeling, equipment operation, and material science through hands-on laboratory work with industrial-grade 3D printers and polymer materials. Kentucky's strong manufacturing base and industrial clusters provide exceptional opportunities for additive manufacturing technicians across aerospace, automotive, and medical device industries. The curriculum combines theoretical design principles with practical production experience, preparing students to operate FDM, SLS, and SLA 3D printing systems used in commercial environments. Students learn to troubleshoot equipment, optimize print parameters, conduct quality control testing, and manage material inventory. Partnerships with Kentucky's advanced manufacturing centers and regional tech hubs provide exposure to cutting-edge additive manufacturing applications. Graduates pursue careers as additive manufacturing technicians, quality assurance inspectors, CAD operators, and production supervisors in manufacturing facilities. The pathway emphasizes continuous skill development, as additive technology rapidly evolves—successful graduates remain engaged with industry certifications and technology updates throughout their careers.
Manufacturing TechnologyComputerized Manufacturing and Machining (CMM) Engineering
Kentucky's Computerized Manufacturing and Machining (CMM) Engineering pathway prepares students for careers operating and programming CNC machines that manufacture precision components for diverse industries. Students master CNC programming, computer-aided manufacturing (CAM), blueprint reading, and precision measurement in state-of-the-art machine shops. Kentucky's automotive supply chain, heavy equipment manufacturing, and aerospace suppliers create consistent demand for skilled CNC machinists and programmers. The curriculum emphasizes hands-on experience with CNC mills, lathes, and multitasking centers used in commercial manufacturing. Students learn G-code programming, tooling selection, cutting speeds and feeds optimization, and quality control procedures. The pathway integrates advanced manufacturing concepts including lean manufacturing and statistical process control, preparing students for leadership roles as they progress in their careers. Graduates work as CNC machinists, CNC programmers, tool and die makers, or manufacturing engineers across Kentucky's industrial sectors. Entry-level positions start with machine operation and progress to programming and supervisory roles. Many graduates earn apprenticeship positions with major manufacturers, combining classroom instruction with on-the-job training and competitive wages.
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