Yusuf Kurniawan Asalani Email & Phone Number

Jakarta, Indonesia

• Managing an adhoc team from various divisions for development of in-house satellite simulator based on Python to estimate satellite concept performance in its orbit. Beside the management work, dedicated on space environment modelling and ADCS - Control part development.• Developing in-house satellite propagator program on Python environment to estimate satellite orbital parameters such that any future events can be identified and mitigation plan can be formulated. Moreover, currently this program has capability to perform collocation analysis hence inter-satellite distance can be kept in its safe region. In APSAT 2023, this program was awarded as “Big 3 Idea” and pitched in front of all space industry stakeholders in Asia-Pacific.• Maintaining 24/7 service of two collocated satellites by analysing its orbital parameters (orbit determination, thruster calibration, maneuver bookkeeping and planning, on-orbit propagator update, and collocation analysis) and its bus system health status.• Creating Excel VBA conversion tools to reformat different satellites state vector and maneuver plan hence it can be used in desired Flight Dynamics Software.

Bandung, West Java, Indonesia

• Developed in-house aircraft flight dynamics model in MATLAB/Simulink environment to observe aircraft behaviour in any conditions and flight phases, also as a main backbone to develop its flight control law.• Developed in-house analytical and numerical tools in MATLAB/Simullink for trim analysis and linearization process as first step of control law development.• Designed flight control system using IDEF-0 method for system functional analysis and architecture in Microsoft Excel and Diagrams.net (alternative of Microsoft Visio), also conducted system functional hazard assessment and preliminary system safety assessment to ensure its safety aspect using fault treemethod in Microsoft Excel and MATLAB.• Involved in the development of 4-seaters airtaxi project by developing its flight control system using ARP4574A and ARP4761 as system development standard basis and system safety standard basis. Both standards are admitted by FAA and EASA as development and safety guidelines for designing aircraft systems.

Bandung Area, West Java, Indonesia

• Prepared national accreditation (for BAN-PT accreditation) documents for bachelor and doctoral programs in Aerospace Engineering with highest rating result• Assisted restructurisation of curriculum documents for bachelor program in Aerospace Engineering• Researched recommendation about anti-drone operation in Indonesia based on regulation in several countries as preliminary study reference for application in Indonesia. The research was performed by FTMD-ITB and DNP-Kemenhub RI

Bandung Area, West Java, Indonesia

• Dynamics and Control Lab is one of laboratories under Faculty of Mechanical and Aerospace Engineering, ITB. This lab focuses on flight dynamics analysis and flight control law development, up to flight control system prototyping stage.• Modelled and simulated the flight dynamics of any kinds of aerial vehicles (fixedwing UAV, tilt-rotor UAV, and folding-wing UAV) in MATLAB/Simulink environment.• Designed gimbal mechanism of seeker and guidance system of unmanned aerial vehicle using CAD software. The gimbal was actuated by two configuration options: electric motor and electric servo.• Lectured extra-sessions to a group of 40 students for several courses, i.e. Flight Dynamics, System Dynamics, Control Theory, and Advanced Mathematics.

Bandung Area, West Java, Indonesia

• Aksantara ITB is an extracurricular activity focusing on UAV design and manufacture to compete in national and international competition.• Designed mechanical parts of antenna tracking system for mapping and surveillance UAV to broaden operational range of the UAV. Awarded as Best Design UAV for Fixed Wing Category.• Assembled electrical subsystem of racing plane UAV and configured its autonomous flight mission for precision race. Awarded as Best Design UAV for Racing Plane Category.

Bandung Area, West Java, Indonesia

In this division, there were two major jobs which should be handled, managing creative content for technical and non-technical issues and looking for funding from external institutions. Responsible to get in touch with several possible sponsor companies.

Bandung Area, West Java, Indonesia

Internship student in Flight Dynamics Division. The topic was Optimization of Directional Control Surface by using Sensitivity Test. • Optimized design of N2XX aircraft directional control surface based on engineering science data unit (ESDU) book and Digital DATCOM+ software• Obtained potential design with lower pilot load and fulfilment to the design requirement

Master Of Science In Aerospace Engineering, Aerospace Engineering, 4.00/4.00

Activities and Societies: Research Assistant in Flight Dynamic and Control System Laboratory, Aerospace EngineeringMajoring at Flight.

Bachelor Of Science In Aerospace Engineering, Aerospace Engineering, 3.92/4.00

Activities and Societies: UAV Research Team (Aksantara), Student Organization (KMPN ITB), and Research Assistant in Dynamic and Control.