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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.

The development of military communication technology requires effective, secure, and adaptable communication systems suitable for training and operational environments. During the implementation of Karkata Yudha Practical Training, Marine Corps cadets still experience various communication constraints due to the limitations of conventional communication devices that do not support hands-free operation, noise resistance, and communication confidentiality. This study aims to analyze the utilization of Tactical Radio Person Headsets as a communication support tool to enhance the effectiveness and efficiency of Karkata Yudha practical training for Marine Corps cadets. This research employed a qualitative method with a descriptive-analytical approach. Data were collected through direct observation of training activities, in-depth interviews with communication experts from the Marine Corps, and documentation studies. Data analysis was conducted using SWOT analysis to identify strengths, weaknesses, opportunities, and threats related to the implementation of Tactical Radio Person Headsets. The results indicate that the utilization of Tactical Radio Person Headsets significantly improves tactical communication quality, accelerates coordination among units, and supports maneuver execution and decision-making in the field. The challenges identified include limited equipment availability, procurement costs, and the need for technical training for users. Overall, Tactical Radio Person Headsets demonstrate strong potential to be integrated into Marine Corps cadet training systems to enhance operational readiness and professionalism in the future.

This study aims to analyze the impact of recruiting Vocational High School (SMK) Mechanical Engineering graduates on the quality of education at the Naval Academy (AAL) Technical Corps. Using a mixed methods approach with quasi-experimental design, the research involved 160 Naval Academy cadets consisting of 80 cadets with SMK Mechanical Engineering background and 80 cadets with Senior High School Science background as control. Data were collected over 4 semesters through academic achievement instruments, technical competency tests, academic adaptation scales, and in-depth interviews. Results showed that although SMK cadets experienced initial academic adaptation challenges with lower GPA in the first semester (3.12 vs 3.28), this gap narrowed over time and even showed positive trends in the final semester (3.41 vs 3.38). SMK cadets demonstrated significant superiority in technical subjects such as Ship Propulsion Systems (85.2 vs 78.9) and Auxiliary Machinery (83.7 vs 76.4), particularly in practical components. In terms of social adaptation, the SMK group consistently showed higher scores throughout the research period. Learning style analysis revealed dominance of kinesthetic (47%) and visual (31%) preferences in the SMK group, different from the SHS group which preferred read/write (38%) and auditory (29%). These findings indicate that recruiting SMK Mechanical Engineering graduates has a positive impact on the quality of AAL education, particularly in applied technical competencies and social adaptation abilities. Educational background diversity can become a strategic strength if managed through appropriate bridging programs and diversification of learning methods that accommodate the diversity of cadet learning styles.

This research aims to analyze optimal educational strategies for cadets of the Indonesian Navy Academy's Technical Corps Generation Z, considering their unique learning characteristics without compromising military values. Using a mixed-method approach with a sequential explanatory design, the research involved 180 cadets as quantitative respondents and 26 participants for the qualitative phase (15 cadets, 8 instructors, 3 AAL leaders). Data were collected through structured questionnaires, in-depth interviews, focus group discussions, and participatory observations. Quantitative analysis used descriptive statistics, comparative tests, and multiple regression, while qualitative data were analyzed thematically. The results show that Generation Z cadets have a preference for visual learning (68%), interactive technology-based learning (M=4.1), and require instant feedback. Blended learning proved to be the most effective with an GPA of 3.45 and an engagement rate of 85%, compared to traditional learning (GPA=3.18, engagement=61%). Predictor factors of learning effectiveness include interactivity (β=0.412), technology use (β=0.298), periodic feedback (β=0.267), and content relevance (β=0.231). The research produced the "ADAPTIVE" learning model, which integrates modern technology with traditional military values. This model can enhance educational effectiveness while maintaining the essence of military training, providing both theoretical and practical contributions to the transformation of military education in the digital era.

Hydraulic systems are vital components in modern naval vessel operations, controlling 60-70% of all ship operational systems. This research aims to comprehensively analyze the benefits of hydraulic system learning for Engineering Corps cadets at the Indonesian Naval Academy (AAL). The study employed a mixed methods approach with concurrent embedded design, involving 163 cadets for quantitative components and 20 cadets for qualitative components. Data collection techniques included structured questionnaires, pre-test and post-test cognitive tests, practical performance observations, and semi-structured interviews. Quantitative data analysis used descriptive and inferential statistics, while qualitative data was analyzed using thematic analysis. Results showed significant improvement in hydraulic system knowledge with large effect size (Cohen's d = 2.31) and average score increase of 28.8%. Cadets' perception of learning benefits was highly positive (M = 4.31 on a 5-point scale), with "Relevance to Operational Tasks" dimension achieving the highest score (M = 4.47). Practical performance showed 74.8% of cadets achieved good to excellent grades. Qualitative analysis identified five main themes: technical understanding transformation, practical competency development, theory-practice integration, soft skills development, and career motivation and orientation. Factors influencing learning benefits included instructor quality (β = 0.34), practical facility availability (β = 0.28), and learning motivation (β = 0.23). This research confirms that hydraulic system learning provides multidimensional benefits encompassing cognitive, psychomotor, and affective aspects, contributing to holistic professional competency development essential for success as Indonesian Navy technical officers.

This research aims to identify and analyze the essential instructional tools needed in gas turbine learning for cadets of the Naval Academy's engineering corps using a mixed-method approach with an explanatory sequential design involving 160 respondents, consisting of 120 engineering corps cadets, 15 instructors, and 25 field engineering officers. The research results identified 28 types of gas turbine instructional tools categorized into four groups, with simulators and software showing the highest level of importance (4.65/5.0), and there were significant differences in the perception of importance levels among the three groups of respondents (F(2,157) = 12.45, p < 0.001). The AHP analysis produced a priority framework in four levels, with Level 1 encompassing 5 essential instructional tools: gas turbine simulator (0.742), gas turbine cut-section model (0.698), control system trainer kit (0.681), interactive learning video (0.673), and troubleshooting simulator (0.667). Regression analysis showed that instructional tools significantly contribute to learning effectiveness (R² = 0.742), with the gas turbine simulator as the main predictor (β = 0.384), positively impacting the cognitive aspect with a 26.8% increase in concept understanding (effect size 1.24), the affective aspect with an increase in learning motivation and career interest from 67% to 84%, and the psychomotor aspect with a 33.7% increase in hands-on skills and a 28.5% reduction in troubleshooting time. The resulting priority framework provides strategic guidance for optimizing resources and gradually developing gas turbine learning capabilities in military educational institutions, despite facing major obstacles such as budget constraints, technology compatibility, lack of quality human resources, and limited laboratory infrastructure.

This research aims to analyze the benefits of learning shipbuilding theory for cadets of the Technical Corps at the Indonesian Naval Academy (AAL) using a mixed methods approach. The research results show that mastery of shipbuilding theory significantly enhances the technical competence of cadets, particularly in understanding ship structure, stability, hydrodynamics, and propulsion systems, and contributes to their operational readiness in the TNI AL environment. However, the main challenges identified include the complexity of the material, limited laboratory and simulator facilities, and the gap between classroom theory and real-world application on warships. The effectiveness of learning is greatly influenced by interactive teaching methods, instructor competence, and the support of learning facilities. This research recommends the development of an adaptive curriculum, increased investment in simulation technology, and collaboration with the maritime industry to enrich the cadets' learning experience. These findings are expected to serve as a basis for the evaluation and development of the shipbuilding theory curriculum at AAL, as well as a reference for other maritime educational institutions in designing more applicable and relevant learning programs that meet operational needs in the field.

This study aims to analyze the influence of internal combustion engine instructional tools on the competency achievement of cadets at the Indonesian Naval Academy Technical Corps. Using a mixed-methods research approach with sequential explanatory design, this study involved 160 cadets divided into experimental group (n=80) and control group (n=80). Quantitative data were collected through knowledge competency tests, practical skills assessments, and attitude scales, while qualitative data were obtained through in-depth interviews, focus group discussions, and participatory observations. The results showed that internal combustion engine instructional tools had a positive and significant effect on cadet competency achievement in three domains: knowledge (Cohen's d = 1.56), practical skills (Cohen's d = 2.68), and learning attitudes (Cohen's d = 1.62). Multivariate analysis showed that the use of internal combustion engine instructional tools explained 68.8% of the variance in the combination of cadet competencies (Wilks' Lambda = 0.312, p<0.001). Qualitative findings identified four main themes: enhanced conceptual understanding, hands-on skills development, increased motivation and engagement, and implementation constraints. Mediation analysis showed that attitude served as a partial mediator in the relationship between instructional tools and competency achievement. The results confirm that internal combustion engine instructional tools are a crucial determinant factor in technical competency achievement, with significant implications for military technical education curriculum development and Indonesian Navy operational readiness.

The Indonesian Navy Academy (AAL) is an Indonesian Navy educational institution that produces young Indonesian Navy officers who are tough and ready to be placed in KRI and in Marine Battalions throughout the territory of the Republic of Indonesia. Level III Marine Corps Cadets carry out Dikko training for 3 months in the Banyuwangi area. In the training there is material on guerrilla warfare which is carried out in the guerrilla versus guerrilla stage by utilizing the surrounding area with residents as partisans for cadets who carry out guerrilla training, in this training the provision of material is given in theory and practice which is carried out around the population so that students can mingle with the surrounding population and can complete the tasks given by the trainer in accordance with the objectives of the training. There are two factors that can influence the guerrilla versus guerrilla material, namely internal and external factors, this factor greatly affects the results of the training carried out by cadets because there are geographical influences and weather influences, the trainer will look for a new location so that the training can be carried out in accordance with the objectives of the training. In the implementation of the training, the expected results are that all students can understand the material given by the trainer and can be applied in guerrilla versus guerrilla training. The results of the study using management theory (POAC) have been implemented in guerrilla warfare training at DIKKO but need to be optimized especially in planning, organizing and actuating. Optimization is carried out by providing material in class not only theory but with applicable and technical methods, in Dikko training, additional supporting personnel and training equipment are needed (for example, civilian clothing), the implementation of training at AAL is adjusted to TOP standards so that all stages of training can be carried out and can improve the knowledge of Marine Corps Cadets