Reza Maliki Akbar

Supervised and participated in intelligence operations and projects for the Indonesian Police and Army, focusing on maintenance and installation of electrical and mechanical systems. Led a team in troubleshooting and fault diagnosis, achieving a 43% reduction in service resolution time.

Managed industrial IoT projects for the palm oil industry, integrating advanced technologies for machine monitoring and predictive maintenance. Collaborated with partners to enhance product development and operational efficiency.

Conducted research on autonomous vehicles and their control systems. Managed projects for industrial automation, leading to successful collaborations and published patents.

Served as the main combat system integrator, successfully delivering fire control systems and maintaining surveillance radar for the Indonesian Navy. Reduced system downtime by 27% through effective troubleshooting and maintenance.

Provided lectures and courses in computer networking, assessing and evaluating students' coursework to enhance their learning experience.

Analyzed system requirements and led projects in mechatronics and automation. Supervised interns and managed lab resources effectively.

Designed and built prototypes and systems, contributing to the development of IoT solutions for UV light sterilization and mobile robots during the COVID-19 pandemic.

Learned calibration and verification processes of measurement equipment, contributing to the development of an automatic wireless hygrometer.

Analyzed system requirements and maintained systems post-deployment, ensuring effective communication with end-users and vendors.

Assisted in automotive spare parts testing and developed a battery management system for electric motorbikes, gaining hands-on experience in R&D.

Designed and developed a language course website, managing hosting and database requirements while ensuring user-friendly functionality.

Grade: GPA: 3.72/4.00

Pursuing a Master of Cybersecurity with a focus on advanced security measures and risk management in digital environments.

Grade: GPA: 3.36/4.00

Activities and societies: Research lab: Mechatronics, Industrial, Automation, and Robotics Research Center of Excellence.

Completed a Bachelor of Engineering with a concentration in Control Systems and Instrumentation, focusing on mechatronics and robotics.

Activities and societies: Research lab: Lab. of Unmanned Aerial Vehicle and Drone Engineering Group.

Participated in a research student exchange program focusing on Aeronautical Engineering, leading a project on unmanned autonomous delivery drones.

Grade: GPA: 3.42/4.00

Activities and societies: Research lab: Lab. of Flexible Manufacturing Systems, Programmable Logic Controller, and CNC.

Earned an Associate's degree in Manufacturing Automation and Mechatronics Engineering, focusing on flexible manufacturing systems and robotics.

Activities and societies: Final Project: Surveillance Tank Robot Control by Wireless Using Arduino.

Completed vocational training in Software Engineering and Information Technology, focusing on practical applications of technology.