1. Forging new generations of engineers

2. Engineering Career Pathways

3. Research Complex Analysis Complex Design Development Manufacturing Test and Evaluation Routine Design Production Operation, Service, And Maintenance Distribution and Sales Four Year College Program Two and Four Year College Program More Mathematical Less Mathematical (Both in college and on the job) Source: American Society for Mechanical Engineers Engineering and Engineering Technology -Two Different Career Paths-

4. Research Discover Truths Find Uses

5. Analysis Design Anticipate Problems Prevent Dissatisfaction Adaptation of Ideas Cost Consideration Time Consideration

6. Development Employ Principles Producing a Working Process or Assembly Utilization Patents

7. Manufacturing Coordinate People, Materials, Equipment Establish Assembly Line

8. Test and Evaluation Secure Evidence Draw Conclusion Apply to Specifications

9. Production Application of Drawings and Models Estimating and Billing Scheduling Supervision

10. Operation, Service and Maintenance Equipment Repair Expansion Planning Regulating Machinery Evaluation of Equipment and Needs Supervise Out-Sourcing

11. Distribution and Sales Presentations of Products Logistics of Delivery Customer Service Generation of Product Needs

12. Complex Analysis Mass Property Analysis Finite Element Analysis Kinematics Vibration Analysis

13. Routine Design Anticipate Problems Prevent Dissatisfaction Adaptation of Ideas Cost Consideration Time Consideration

14. Complex Design Invention and Innovation Mathematical Modeling Prototype Development Optimization and Redesign