Bryan Jones

Areas Bryan Jones is Knowledgeable in:

Techniques Bryan Jones Uses:

Bryan Jones's Problem Solving Skills:

1. ANSYS SPEOS
2. OpenFOAM
3. Simulia ABAQUS
4. Trello
5. Zoom
6. Miro
7. 1D to 3D Stack Analysis
8. Variation Simulation Modelling
9. ASME Y14.5 Geometric Dimensioning & Tolerancing
10. Technical Drawings
11. MicroSoft Office 365
12. Basic Engineering Analysis / Free-Body-Diagram
13. AutoCAD
14. MicroSoft Visual Studio (2010 to present)
15. CATIA
16. Quality Functional Deployment
17. Transfer Function Development
18. Programming - C#, C++, Visual Basic, Python, XML, Html
19. Experimental Stress Analysis
20. Lean Engineering Principles
21. Kepner-Trego Problem Solving
22. Initiative Development
23. Engineering Management
24. Systems Engineering
25. Design for Six Sigma
26. Dimensional Management
27. Structural Analysis
28. Additive Manufacturing - Design for Manufacturing
29. Mechanics of Materials
30. Finite Element Methods
31. Product Costing
32. Injection Molding - Design for Manufacturing
33. Sheet Metal - Design for Manufacturing
34. Intellectual Property - Disclosure / Claims Development2
35. Program Management (PMI Cert)
36. Program Management - Agile / Scrum / Rapid-Learning-Cycles (Azure DevOps)
37. Industrial Sketching
38. Bill-of-Material
39. Product Proposal (Consumer Desirability, Business Viability, Technical Feasibility)
40. Rhinoceros & Grasshopper Plug-in / Component Development
41. Rhinoceros 3D CAD/CAM
42. Rhinoceros 3D Grasshopper
43. Computational Design / Engineering
44. Mechanical Engineering
45. Numerical Methods
46. Human Factors
47. Kinematics
48. Mechatronics
49. Thermodynamics
50. Computational Fluid Dynamics

Bryan Jones's Problem Solving Experience:

1. Use of micro-controller and mems devices combined with structural analysis (FEA) to create user touch / gesture controller smart surface over conventional safety air-bag surface of steering wheel for automotive applications
2. Development of algorithm for laser perforation of thin 'real' wood in-molded laminate for dead-front and backlit applications of automotive trim panels
3. Developed 3-log kill high CADR UV air sterilization in-room consumer product.
4. Generative algorithm to solution search and perform multiple-objective-optimization of automotive door release handle mechanism resulting in robust production solution in record launch program timing.
5. Developed adaptive foot mechatronics module for floor cleaning units leveraging pressure sensing and computational fluid dynamics for improved cleaning efficacy.