This paper presents the research results, design, and fabrication of a frame model integrating an electronic fuel injection and ignition system for automotive engineering education. The development of electronic engine management systems requires training equipment that allows learners to simultaneously observe the hardware structure, signal pathways, and control relationships among the ECU, sensors, and actuators. Based on an analysis of pedagogical and structural requirements, the authors selected a welded box-steel frame solution, developed a 3D model using Inventor, evaluated strength and stiffness using ANSYS R19.5, and carried out fabrication and assembly of the experimental model. The results show that the frame ensures sufficient rigidity and convenience for arranging the ECU, fuel injectors, ignition coils, sensors, and electrical circuit boards. After assembly, the model enables direct observation, measurement, and simulation of the fuel injection–ignition process in a visual manner. The model demonstrates good applicability in teaching, diagnostic practice, and research on modern gasoline engine control systems.