• Designed the mechanical arm for Search and Rescue Team Container Boxes which managed to fit in C130J Aircraft Storage Cargo using SolidWorks.• Conducted Finite Element Analysis for the mechanical arm using ANSYS which able to withstand 6 tons of load• Proposed the optimized mechanical arm design with 50% improvement in load bearing capability to the business client, resulted the optimized design being chosen

• Assisted and connected 85+ students to the lecturers in Engineering Analysis and Numerical Method and Aircraft Materials and Manufacturing Methods Course• Supervised Tensile, Hardness, and Impact Test Experiment• Processed +1000 student grade data with automation using Microsoft Excel• Tutored PDE Heat Conduction, Roots of Equation, and Introduction to Eigenvalues MATLAB module

• Collaborated 3 team leader and 50 team members in preparation for the 2022 Indonesian Flying Robot Contest 2022• Administered regular feedback and consultations to the team regarding technical and non-technical improvements• Supervised the development and production of 3 different types of UAV within 6 months period • Devised a general work schedule and strategy of the team based on team members human capital

The research aims to develop High Altitude and Long Endurance (HALE) UAV on an industrial scale for aerial surveillance in Indonesia's borderline. This defense and security technology development research is led by Dr. Ing. Mochammad Agoes Moelyadi, ST. MSc. and is part of Riset Inovatif-Produktif (RISPRO) funded by Lembaga Pengelola Dana Pendidikan (LPDP) Ministry of Finance Indonesia.Roles & Achievements:• Designed and conducted structural analysis on 1:2 scale HALE Mechanical Launcher using SolidWorks and ANSYSwhich made the 1:2 and 1:1 scale HALE UAV fly for the first time in 4 years.• Designed Vertical Stabilizer Tail of 1:2 scale HALE UAV using SolidWorks • Chosen as one of the on-site UAV mechanics staff responsible for conducting UAV pre- and post-flight checks.• Provided selected raw material for the manufacturing team's needs to achieve UAV Launcher structure.

• Modelled the 1st finite element model of N219 Airplane Bellcrank Idler Installation Flight Control System using MSC Patran-Nastran• Conducted Finite Element Analysis on N219 Airplane Bellcrank Idler Installation Flight Control System with less than 2.5% error compared to the predicted analytical value• Conducted the safety analysis according to CASR 23.301, 23.303, 23.305, 23.307, 23.345

Led a research team of 9 members to conduct UAV Launcher Research. The produced first prototype is tested during Kontes Terbang Robot Indonesia by Javistha Asvatara Racing Plane ITB Team who won 2nd place in the contest

• Led and Restructured 23 members with 8 different department background in the KRTI 2022, achieving finalist position• Supervised various designs iterations and manufacturing method of Fixed Wing UAVs to do maiden flight in 3 months• Reorganized the new team flight schedule which increase total number of flights by 600%• Explored and modernized new UAV manufacturing procedure using new technology to increase total airframe production by more than 100%

• Supervise and Guide 15+ International Student on Fundamental Physics, resulting in a 100% passing rate• Assessed 135+ experimental report and preliminary test• Prepared and reviewed 9 experimental modules

• Mentored 32 freshman students in mental building topics to lays the foundation of student readiness in college which derived from the book of “The 7 Habits of Highly Effective People” by Stephen Covey• Provided consultations and peer-to-peer review to the freshman student regarding the results of course in the first semester• Collaborated with the freshman to solve common problems that occur in the college

Fixed Wings UAV in National Flying Robot Contest (KRTI) 2020 must do a series of autonomous missions, which has a mission to take pictures for the purpose of sky view mapping and deliver 500gr payload in a designated area, including take-off, cruise, and landing process. UAV is equipped with caddx camera that is stabilized using designed gimbal, the Sony A5000 digital camera with robust algorithm to accomplish the mission in minimum time.Roles & Achievements:• Supervised the manufacturing process of UAV Airframe• Designed the material set for the UAV mainframe and other components.• Designed the mechanical system of UAV Payload Dropping Mechanism• Conducted a UAV pre-test flight check in terms of UAV structure for every test flight.• Achieved 2nd place in the contest