The key to effective communication lies in recognizing that electrical specifications are often misunderstood due to differences in terminology, design philosophies, and application contexts. To address this, it is essential to establish a common language and framework for collaboration. One approach is to leverage the Systems Engineering V-Model, a structured methodology that integrates the design processes of both electrical and mechanical systems. By using this framework, we can identify and define the interfaces between electrical and mechanical components, ensuring that the requirements and specifications of each discipline are properly translated and accounted for.

To bridge the gap between electrical and mechanical engineers, ensure clear documentation with simple language and visuals, and organize cross-disciplinary training to foster mutual understanding. Hold joint design sessions early to align goals and address potential misunderstandings. Use standardized interfaces to ease integration and document assumptions to set clear expectations. Be available for clarification and encourage teamwork through joint projects to build appreciation for each other's expertise.

Facilitate cross-training sessions. Encourage knowledge exchange between team members with different expertise areas. - Implement robust communication channels. Use tools that enable seamless information flow and real-time updates among teams.