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This research aims to evaluate the Naval Academy's Technical Corps Education Program in enhancing cadets' readiness to face assignments on the Indonesian Navy Warships (KRI). The research uses a quantitative approach with an evaluative method and the CIPP model (Context, Input, Process, Product). The research sample consisted of 154 respondents, including cadets from the Technical Corps, educators, and officers who are users of the graduates. Data were collected thru questionnaires, interviews, observations, and documentation, and then analyzed using descriptive statistics and the CIPP model evaluation. The research results show that the Technical Corps Education Program falls into the good category with an average score of 4.15. The context component received a score of 4.18, input 4.05, process 4.12, and product 4.23. The results indicate that the education program has been effective in enhancing the cadets' readiness to face assignments on KRI. The main supporting factors include curriculum alignment, educator competence, and field practice experience. However, the improvement of practical facilities, the updating of modern warship technology materials, and the strengthening of simulation-based training are still needed to continuously enhance the quality of graduates.

This research aims to analyze the influence of education, ship machinery practice training, and learning motivation on the technical competence of Naval Academy (AAL) Corps of Engineers cadets. The research uses a quantitative approach with a causal survey design. The research sample consisted of 124 cadets selected using the proportionate stratified random sampling technique. Data collection was carried out thru questionnaires, observations, and documentation. Data analysis used multiple linear regression. The research results show that education, ship engine practice training, and learning motivation, both partially and simultaneously, have a positive and significant impact on the technical competence of cadets. Ship machinery practice training is the variable that has the most dominant influence on technical competence. The coefficient of determination (R²) value of 0.591 indicates that 59.1% of the variation in technical competence can be explained by these three variables, while the remaining portion is influenced by other factors outside the scope of the study. The research results emphasize the importance of optimizing education, improving the quality of practical training, and strengthening learning motivation to enhance the technical competence of AAL Cadets in the Technical Corps.