Dhyey T.

Other experience

• Electrical Design Engineer – Traction Systems Lead project kick-offs by defining the technical scope and ensuring alignment with customer requirements and international railway standards. Engineer Single Line Diagrams (SLDs) and detailed power/control schematics based on customer I/O specifications. Establish structured schematic frameworks to facilitate organized, traceable, and efficient project execution. Create and manage items in the Sécheron global database, and release Long Lead Items (MPS) through the ERP/Audros system. Design and optimise low-voltage (LV) panels and 2D/3D layouts, collaborating with mechanical teams for seamless integration. Validate schematics by cross-referencing and verifying wiring, while generating precise Bills of Materials (BOMs) for manufacturing. Support and coordinate with production and Quality Control during assembly and Factory Acceptance Tests (FAT), ensuring a smooth handover and timely resolution of any issues.
• CAD Engineer – Electrical Systems Managed and maintained global ECAD libraries to ensure standardisation and accessibility across international projects. Developed and optimised schematic symbols, cabinet symbols, and 3D models using EPLAN Electric P8, AutoCAD Electrical, Smart Designer, and Zuken E3. Led the creation of ECAD items and the standardisation of symbols for global deployment, ensuring compliance with company engineering standards. Addressed customer support tickets related to library and symbol issues, providing timely technical solutions. Coordinated ECAD data management using Azure-based systems for seamless global access. Collaborated with cross-functional teams to support the integration of electrical designs and manufacturing readiness.
• control panel design Designed low-voltage (LV) electrical panels and systems, ensuring compliance with customer specifications and international standards. Prepared and optimized General Arrangement (GA) drawings, Single Line Diagrams (SLD), foundation layouts, and Building Information Modeling (BIM) drawings using CAD tools. Developed accurate power and control schematics, ensuring reliable and error-free designs. Performed electrical calculations, including busbar sizing, heat load estimation, and transformer/CT/PT selection to ensure safe and efficient systems. Generated precise Bills of Materials (BOM) to support procurement and manufacturing processes. Collaborated with cross-functional teams to ensure seamless integration of electrical and mechanical designs. Provided production and quality control (QC) support during assembly and Factory Acceptance Tests (FAT), resolving technical issues to ensure smooth project delivery.