TBI Final Quiz

The main reason of productivity, innovation, and technology development in Indonesia have not shown significant improvements. Except:

• the lack of high-quality human resources in the engineering field

• According to BPS data, there are only around 60.000 engineering graduates in

  Indonesia each year.

• The number of engineers is not in line with industry demand

• the quantity and quality of engineering graduates is in line with industry demand

Solutions to increase productivity, innovation and technological development in Indonesia,except:

• the need to increase readiness to compete on a global scale

• optimizing research and innovation is very important to accelerate the growth of our industry and ensure a smooth transition to the industrial revolution 4.0

• the quantity and quality of eengineering graduates is in line with industry demand

• reduction in the number of engineering graduates because it exceeds industry demand

There are 7 main sciences  in The Science Map of FMAE ITB

• Thermal Engineering, Fluid Mechanics, Structures, Science and Materials Engineering, Dynamics & Control, Flight Mechanics & Operations, and Design & Production

• Thermal Engineering, Fluid Mechanics, social structure, Science and Materials Engineering, Dynamics & Control, Flight Mechanics & Operations, and Design & Production

• Thermal Engineering, Fluid Mechanics, humanity, Science and Materials Engineering, Dynamics & Control, Flight Mechanics & Operations, and Design & Production

• Thermal Engineering, Health, Structures, Science and Materials Engineering, Dynamics & Control, Flight Mechanics & Operations, and Design & Production

What is not part of FMAE ITB’s contribution in product development of trains as a comfortable and safe railway experience for its users?

• FFMAE ITB designed and implemented a crashworthiness system to increase safety

• engineered composite floor materials for trains to reduce noise and vibrations

• analyzing dynamics and designing bogies to improve stability and smoothness of the journey

• FMAE ITB designed and implemented an electric car

What FMAE ITB does not contribute to Indonesia's aircraft industry:

• the development of CN235, CN295, NC212, N2130, N219, N219 Amphibious aircraft products.

• vehicles involving FMAE ITB are Panther helicopters, National Gliders, WiSE Craft, unmanned aircraft such as PUNA Wulung, surveillance drones, target drones, micro UAVs, HALE UAVs, INSPIRE Nano satellites and missiles.

• In the field of transportation safety, FMAE ITB is also involved in air transportation accident investigations as part of the KNKT investigators to identify the source of the problem to prevent similar incidents from recurring

• the development of CN335, CN395, NC312, N3130, N319, N319 Amphibious aircraft products.

What is not FMAE ITB’s contribution for Indonesia's defence industry to achieve self-reliance:

• FMAE ITB has been actively involved in this endeavor by conducting a feasibility study,

• material selection to improve product performance

• engineering the structure and characteristics of explosive-resistant materials in the Anoa-2 combat vehicles.

• material selection to improve economic performance

As one of the frontlines in safeguarding national sovereignty, the defense industry is required to reduce dependence on foreign products and supplies. What is the innovation that have been produced by FMAE ITB?

• developing ballistic materials using economic  friendly natural fiber composites and production of propellant using raw materials that are easily found locally, named “Propelan Merah Putih”

• developing ballistic materials using environmentally friendly natural fiber composites and production of propellant using raw materials that are easily found locally, named “Propelan Merah Putih”

• developing ballistic materials using social friendly natural fiber composites and production of propellant using raw materials that are easily found locally, named “Propelan Merah Putih”

• developing ballistic materials using culturally friendly natural fiber composites and production of propellant using raw materials that are easily found locally, named “Propelan Merah Putih”

What project has FMAE ITB actively involved in for the design and development of products for national defense?

• being part of the design of the KFX/IFX fighter aircraft, the MALE Combatant drone, and developing the first combat-flight simulator in Indonesia.

• being part of the design of the KFX/IFX fighter aircraft, the MALE Combatant drone, and developing the first combat-flight simulator in Malaysia

• being part of the design of the YFX/YFX fighter aircraft.

• being part of the design of the ZFX/ZFX fighter aircraft.

The approach used by FMAE ITB to enable the formulation of effective and efficient solutions, that ensures accurate problem solving in overcoming challenges in various industrial sectors.

• FMAE ITB employs state-of-the-art methodologies encompassing Design Thinking, Data Analytics, and Critical Analysis.

• FMAE ITB employs state-of-the-art methodologies encompassing Design Thinking, Data Analytics, and Business Model Canvas.

• FMAE ITB employs state-of-the-art methodologies encompassing System Thinking, canvas business model , and Six Sigma Management.

• FMAE ITB employs state-of-the-art methodologies encompassing Lean Startup Canvas, Big Data Analytics, and Critical Analysis.

The latest methods used by FMAE ITB to formulate and solve complex industrial problems.

• FMAE ITB  develops and applies cutting-edge science and technology, such as Artificial Intelligence (AI), Machine Learning, Engineering Optimization, modern simulation and experimental techniques, advanced and functional materials, as well as energy-efficient technology.

• FMAE ITB  develops and applies cutting-edge science and technology, such as   oil sector, as well as energy-efficient technology.

• FMAE ITB  develops and applies cutting-edge science and technology, such as agriculture modern simulation and experimental techniques.

• FMAE ITB  develops and applies cutting-edge science and technology, such as economic modern simulation and experimental techniques.