1. Project setting.
2. Module „Behavioral Modeler“
3. Feasibility and optimization studies.
4. Shape and dimensional optimization in Behavioral Modeler
5. Shape and dimensional optimization in Pro/Mechanica Structure
6. Optimization techniques of the robot gripper I
7. Optimization techniques of the robot gripper II
8. Setting of the Pro/Engineer system.
9. Utilization of the tools FAMILY TABLE and RELATION for creation of dimensional lines of the parts.
10. Utilization of the Skeleton tool for creation of the new mechanism.
11. Methodology of the creation of the new mechanism.
12. Application of the Relations tool at the part and assembly level.
13. Utilization of the tool LAYOUT.
2. Module „Behavioral Modeler“
3. Feasibility and optimization studies.
4. Shape and dimensional optimization in Behavioral Modeler
5. Shape and dimensional optimization in Pro/Mechanica Structure
6. Optimization techniques of the robot gripper I
7. Optimization techniques of the robot gripper II
8. Setting of the Pro/Engineer system.
9. Utilization of the tools FAMILY TABLE and RELATION for creation of dimensional lines of the parts.
10. Utilization of the Skeleton tool for creation of the new mechanism.
11. Methodology of the creation of the new mechanism.
12. Application of the Relations tool at the part and assembly level.
13. Utilization of the tool LAYOUT.