3D modeling software is a type of specialized software used to create three-dimensional models of objects or scenes. It is commonly used in industries such as animation, video game development, architecture, product design, and engineering. Users can manipulate, shape, and texture digital objects to create realistic representations of real-world objects or imaginary concepts. Proficiency in 3D modeling software is a valuable skill in many tech and creative industries.

Design reviews are a specialized skill that involves evaluating design concepts, drawings, and plans against established criteria and standards. The goal of a design review is to ensure that the proposed design meets the requirements of the client, is feasible, and produces the desired outcomes. The design review process includes evaluating the quality of design, identifying any problems or issues, and suggesting improvements or modifications where necessary. It requires knowledge of design theory, engineering principles, building codes, materials, and construction techniques. People who conduct design reviews often have expertise in architecture, engineering, or construction.

Design software refers to computer programs used by designers, artists, and other creatives to create digital products such as graphics, animation, logos, website layouts, and more. This skill involves proficiency with applications like Adobe Creative Suite, Sketch, InVision, Figma, and other popular design applications. Design software proficiency is critical to creating visually compelling materials that can attract and engage audiences.

The Engineering Design Process is a systematic and iterative approach to solving problems and creating solutions. It involves defining a problem, brainstorming possible solutions, evaluating and selecting the most promising ideas, prototyping and testing, refining and improving the design, and finally implementing and communicating the solution. It requires creativity, critical thinking, collaboration, and communication skills, as well as technical knowledge and expertise in various engineering disciplines. Successful application of the Engineering Design Process leads to effective and efficient solutions that meet the desired performance, cost, safety, and environmental requirements.

Integrated Design refers to a holistic approach that combines various disciplines and perspectives in the design process to create cohesive and efficient solutions. This skill involves collaboration among architects, engineers, and other stakeholders to ensure that all aspects of a project, including functionality, aesthetics, and sustainability, are considered and integrated. Knowledge of Integrated Design is used to enhance project outcomes by optimizing resources, improving communication, and addressing complex challenges in a unified manner.