Experience in CAD and Finite Element Analysis

Adesuwa Dawodu's experience with engineering design software reflects both breadth and adaptability. Over the years, she has worked with multiple CAD and analysis platforms, developing an appreciation for the strengths and limitations of each while building a workflow centered on efficiency and sound engineering judgment.

Her introduction to computer-aided design began with **AutoCAD**, where she learned the fundamentals of technical drafting through 2D design work. This early exposure provided a strong foundation in engineering drawings, dimensioning, and the communication of design intent.

She later transitioned into **Autodesk Inventor**, marking her first experience with 3D parametric modeling. Moving from two-dimensional drafting to three-dimensional design expanded her understanding of assemblies, part relationships, and the iterative nature of the design process. These experiences helped establish the core modeling skills that would support her work in more advanced CAD environments.

Over the past several years, Adesuwa has continued to strengthen and diversify her design capabilities through the use of **SolidWorks**, **Siemens NX**, and **Creo Parametric 7 and 10**. Working across multiple software platforms has required flexibility and a willingness to adapt to different interfaces, workflows, and modeling philosophies. Rather than becoming dependent on a single tool, she has focused on developing transferable design skills that allow her to approach engineering challenges regardless of the software being used.

Among these platforms, **Siemens NX** has played a significant role in her more recent design work, particularly in the creation of parts and assemblies for engineering projects. Through these experiences, she has gained confidence in developing models that balance functionality, manufacturability, and design intent.

In addition to CAD, Adesuwa has developed experience in **finite element analysis (FEA)** using **ANSYS Workbench**. She views simulation as an important complement to the design process, providing engineers with insights into how components may perform before physical prototypes are produced. Her work with ANSYS has involved evaluating designs under specified loading conditions and using analytical results to support engineering decisions.

At the same time, she recognizes that different tools are optimized for different purposes. While ANSYS Workbench is exceptionally powerful as an analysis platform, she prefers to complete the design process within dedicated CAD software before importing models into ANSYS for simulation. This workflow leverages the strengths of each application and reflects a practical understanding of how engineering software is often used in professional environments.

Across all of these platforms, Adesuwa's approach to design emphasizes clarity, adaptability, and continuous improvement. Exposure to multiple CAD systems has strengthened her ability to learn new tools efficiently, while experience with FEA has reinforced the importance of validating assumptions and considering performance early in the design process.

As engineering increasingly relies on digital tools to accelerate development and improve outcomes, Adesuwa's experience with both CAD and simulation provides a solid foundation for contributing to design-focused roles across a variety of industries. Her familiarity with multiple software environments, combined with an appreciation for the broader engineering principles underlying them, enables her to focus not just on creating models, but on developing thoughtful and effective engineering solutions.