Jakarta Aerospace [JAe] is a licensed Aerospace contractor & consultant Legally Registered in Indonesia. Duties and Responsibilities: Responsibility for managing Clients in Aerospace engineering-related projects e.g. for Indonesian Aerospace, Indonesian Air-Force, Indonesian Army, National Lab for Aeronautical and Space, Ministry for Research and Techn., Ministry/Dir General of Air Transp., National Flag Carriers Airliners, Aerospace Eng. Academia and Aerospace Industries… Show more Jakarta Aerospace [JAe] is a licensed Aerospace contractor & consultant Legally Registered in Indonesia. Duties and Responsibilities: Responsibility for managing Clients in Aerospace engineering-related projects e.g. for Indonesian Aerospace, Indonesian Air-Force, Indonesian Army, National Lab for Aeronautical and Space, Ministry for Research and Techn., Ministry/Dir General of Air Transp., National Flag Carriers Airliners, Aerospace Eng. Academia and Aerospace Industries. Typical projects focused on Eng.Design, Mfg., Project Eng.& Mgmt. Consultancies, Supplying hardware/software. -Responsibility for managing complex projects from conception through design, devel., engr. initial product build, test and verification, delivery into manuf. and the first customer deliveries. On-going Aerospace Projects:- Project Engr. & Project Manager: New Civil Aircraft R80 Aero Devl. ['Propeller Slipstream Research'] - Stage-I: Power-On Wind Tunnel Testing - Project Partnership with RAI and Ministry for Research & Techn. of Indonesia [Innovation Funding]. July 2016 - Present. Est. Project Value for 3 Years Project : USD 990,000 Main Achievements/Completed and :[2008 - 2018]• Techn. Consultant in Skydiving Wind Tunnel Design/Constr. and Project Eng. for “Indonesian Army - Special Force Reqr. for “Indoor Skydiving Facility Indonesia; March 2013-Dec. 2014. • Techn.l Consultant in Wind Tunnel Testing Techn./Operation, CFD Studies and Project Eng. for ‘An Assessment and Re-Utilization of Indonesian Low-Speed Wind Tunnel for ‘K-FX/IFX’ [Korea-Indonesia Expr. Fighter Program). June 2011 – 2012. Project Value: ~$400,000.-• Techn.l Consultant and Commercial Assessment for the ‘Selection/Specification of Vertical Take-off & Landing VTOL) for Maritime UAV Surveillance (Intern. Client). June 2011. Value: $20,000.-• Techn. and Commercial Proposal: Selection and Specification of State-of-the-Art Fixed-Wing UAV for Intern. Client). May 2011. Project Value~ $22,000.- Show less

Duties and Responsibilities:-To plan and control the scope, schedule, costs and resources of Aerospace projects, to manage changes, risks and opportunities and to work proactively to solve any problems that may arise. To monitor project timescales, requirements and resources continuously and to modify them as required, communicating these changes to all involved parties.Main Achievements/Completed Project Consultations:[2005 -2008]:• Consultant, Tech.Eval. & Delivery and… Show more Duties and Responsibilities:-To plan and control the scope, schedule, costs and resources of Aerospace projects, to manage changes, risks and opportunities and to work proactively to solve any problems that may arise. To monitor project timescales, requirements and resources continuously and to modify them as required, communicating these changes to all involved parties.Main Achievements/Completed Project Consultations:[2005 -2008]:• Consultant, Tech.Eval. & Delivery and Install.of Multi- UAV ‘Hardware-In-Loop’ HIL) Software for UAV Research Center – Malaya Univ., March 2010. Projects Value:~$25, 000.• Consultant in Specs Design, Equip. selection & Procr., Project Mgmt, Install. and Applic. of Aerospace Tests Facility (for Intern. Client). The Facility was for Exp. Aerodynamics Lab. Tri-sonic Wind Tunnel); this incl. the Purchased of ‘Turbine Powered Simulator’; Aircraft Struct.& Vibr. Tests equip. &related Software’s. September 2010. Projects Value: ~$2,650,000. • Consultant in Specification Design, Procurement, Installation and Application of Aerospace Eng. Software’s for the Office of Aero-Gas Dynamics and Vibration Lab. [LAGG-BPPT). The Engineering Software’s were: Computational Fluid Dynamics (CFD) Software ‘Ansys-Fluent®’; ‘’RMXprt’, ‘WASP®’, and ‘P-Spice®’. December 2008. Projects Value: ~$200,000.• Project Engineer in Design, Construction, Calibration and Project Management of: Transonic Wind Tunnel Facility for Scaled-Rocket Aerodynamic Testing Development at National Laboratory for Aeronautics and Space - [LAPAN) Jakarta. Period: April 2005 - May 2006. Total Projects Value: ~$600,000.• Project Engineer in Design, Construction, Functional Tests, and Project Management of : Low and High Speeds UAV, Ground Stations, Motion Simulators, Mock-up for Wing & Tail Deployment Research for Missile Application, and Telemetry System – at National Laboratory for Aeronautics and Space – (LAPAN) Jakarta – June 2007. Total Projects Value: ~$825,000. Show less

Job/Task: An Experimental Investigation and Computational Fluid Dynamics [CFD] Assessment for the Aerodynamics of Battle Damage Finite Aspect Ratio Wing.Responsibilities: To determine how span-wise location of single hole simulating gunfire damage influences the aerodynamic characteristics of a finite aspect ratio wingSkills needed: • Design of the wind tunnel experiment; Manufacture of model; Use of "ANSYS CFD `Fluent' ­ [Computational Fluid Dynamics code] to determine… Show more Job/Task: An Experimental Investigation and Computational Fluid Dynamics [CFD] Assessment for the Aerodynamics of Battle Damage Finite Aspect Ratio Wing.Responsibilities: To determine how span-wise location of single hole simulating gunfire damage influences the aerodynamic characteristics of a finite aspect ratio wingSkills needed: • Design of the wind tunnel experiment; Manufacture of model; Use of "ANSYS CFD `Fluent' ­ [Computational Fluid Dynamics code] to determine wind tunnel corrections and modelling the experiments; • Wind tunnel testing and Analysis of model to obtain undamaged (baseline) data incl. comparisons with published data; • Wind tunnel testing and Analysis of model with single hole damage to produce aerodynamics coefficient increments; • Production of Journal Papers.Achievements/Improvements made: Analysis of experimental aerodynamics data and CFD Assessment. Show less

Main Projects and Accomplishments:Project Aerodynamics. This include Design and Manufacturing ofWind Tunnel Models and Wind Tunnel Facilities AssessmentResponsibilities: Project Engineer of wind tunnel testing incl. preparation, conduct, and reporting of wind tunnel tests.Skills needed: Project Management concepts and techniques; Knowledge of the tools associated with project planning and cost and performance analysis.Achievements: (International Assignments and Job… Show more Main Projects and Accomplishments:Project Aerodynamics. This include Design and Manufacturing ofWind Tunnel Models and Wind Tunnel Facilities AssessmentResponsibilities: Project Engineer of wind tunnel testing incl. preparation, conduct, and reporting of wind tunnel tests.Skills needed: Project Management concepts and techniques; Knowledge of the tools associated with project planning and cost and performance analysis.Achievements: (International Assignments and Job Accomplishment) – (Related to Aerodynamics, Wind Tunnel and Project Engineering Management): • 03/1999 – 06/2000: ‘Project Leader’ at ‘Aeronautical Institute-Belgrade’ VTI), Belgrade-Yugoslavia. Job accomplishment: Final Design Review; Acceptance/Check out and Wind Tunnel Tests execution for 3D Clean Wing and large Power-on Half Model of N2130 1st jet- program at ONERA-F1 & S1 – France.• 01/1997 – 06/1997: ‘Test Engineer’ at NASA – Lewis Research Center, Cleveland-Ohio USA. Job accomplishment: Initial design, Manufacturing, Technical Review and Wind Tunnel Icing Tests execution for the Implementation of N250-100 Icing Certification tested at NASA Icing Research Tunnel. Show less

Job Description:- Responsible for overall and day-to-day organization and execution of commercial, research and educational wind tunnel entries. - Responsible for test planning, reporting, data analysis and interaction with sponsors, as required.- Responsible for high level set-up, debugging and implementation of wind tunnel instrumentation, particularly pressure measurement, flow-visualization, traversing and associated systems.- Responsible for the design and planning and… Show more Job Description:- Responsible for overall and day-to-day organization and execution of commercial, research and educational wind tunnel entries. - Responsible for test planning, reporting, data analysis and interaction with sponsors, as required.- Responsible for high level set-up, debugging and implementation of wind tunnel instrumentation, particularly pressure measurement, flow-visualization, traversing and associated systems.- Responsible for the design and planning and overall organization of wind tunnel experiments offered to laboratory courses in multiple departments.- To upgrade wind tunnel hardware and software systems including the design of in-flow components.- Serves as wind tunnel operator, as needed, working second shift when required.- Performs a variety of support activities of varying technical levels in collaboration with other wind tunnel staff. Show less

- Analyze Wind Tunnel Tests/project requests, proposals, or engineering data to determine feasibility, productivity, cost, or production time of aeronautical-non-aeronautical products that need to be tested in the wind tunnel facilities.- Perform engineering duties in designing, constructing, and testing of new or existing aircraft aerodynamic development- Conduct basic and applied research to evaluate adaptability of aerodynamics improvement components or sub-components and equipment… Show more - Analyze Wind Tunnel Tests/project requests, proposals, or engineering data to determine feasibility, productivity, cost, or production time of aeronautical-non-aeronautical products that need to be tested in the wind tunnel facilities.- Perform engineering duties in designing, constructing, and testing of new or existing aircraft aerodynamic development- Conduct basic and applied research to evaluate adaptability of aerodynamics improvement components or sub-components and equipment to aircraft design and manufacture. - Recommend improvements in testing equipment and techniques.Achievements: (International Assignments and Job Accomplishment) – (Related to Aerodynamics, Wind Tunnel and Project Engineering Management): (1983-2001): More than 15 years’ of extensive and diverse experience and at least twenty International Assignments that related to Project Aerodynamics; Design/Manufacturing of Wind Tunnel Models and its related Wind Tunnel Facilities; and Project Management. These jobs were accomplished mainly in Europe [CASA-Spain, NLR-Amsterdam, ONERA-France, DERA-UK, ARA-UK, DAP-UK, DASA-Germany, and VTI-Belgrade, Yugoslavia), as well as in the United States [Boeing-Seattle; TDI Dayton-Ohio, and NASA Lewis Research Centre for Icing Tests). Show less

Job Description and Main Duties:- To Supervise the Engineering Consulting Company who design the Wind Tunnel Facility.- To Supervise Engineering Contractor Company who manufacture, Installing and Commissioning the new Wind Tunnel Facility Main Achievements:July 1992 – August 1993 (1 year 2 months)Job accomplishment: Props. Blades Design, Mfg., Inspection and Wind Tunnel Power-on Tests execution of N250 at Dowty Aerospace Propeller - DAP. This includes Propeller… Show more Job Description and Main Duties:- To Supervise the Engineering Consulting Company who design the Wind Tunnel Facility.- To Supervise Engineering Contractor Company who manufacture, Installing and Commissioning the new Wind Tunnel Facility Main Achievements:July 1992 – August 1993 (1 year 2 months)Job accomplishment: Props. Blades Design, Mfg., Inspection and Wind Tunnel Power-on Tests execution of N250 at Dowty Aerospace Propeller - DAP. This includes Propeller Test House Activities: Structural Integrity, Dynamic Characteristics. Vibration Monitoring and Balancing.August 1989 – October 1990 (1 year 3 months)Job Accomplishment: Initial Works, Final Design Review (FDR), Acceptance/Check­out and Wind Tunnel Tests execution for IAe N250 at Netherlands National Aerospace Laboratory- NLR ­ High Speed Wind Tunnel ­ HST ­ Amsterdam.February 1988 – March 1988 (2 months)Boeing Aerodynamic Div. Seattle ­ US. Project: `IAe-Boeing Joint Expr. Research Program for Large Half Model' for ILST Tests execution.July 1984 – July 1986 (2 years 1 month)Total 2 years period of 'On Job Training' in the fields of: Wind Tunnel Testing Techniques, Wind Tunnel Model/Basic Instrumentation Design and Manufacturing.February 1983 – March 1983 (2 months)CASA [A/C Manufacturer), Madrid. Job Accomplishment: Representing IAe as CASA partner for the execution of CN235 Center and Outer Wing Static Tests Show less