Hi guys, I am applying to TU Delft. Therefore, before submit my personal statement, I need feedback about my ideas organization and coherency. Besides, I want to add words on this essay and I really appreciate if you could provide me suggestion the ideas in which need more extent. All of your feedbacks means a lot for me.
The adequacy of energy is paramount for one's country. Indonesia as a developing country with the population of over 250 million will indeed require immense energy needs to support its development. The broad usage of hydrocarbon as one of energy resource and industrial commodity has covered various sectors, such as agricultural, industrial, electricity, manufacture, and transportation. That being said Indonesian used to export oil to fulfill world consumption. However, our current oil productions only suffice to accommodate half of domestic needs. Thus, I find that energy defense is one of the most crucial problems of my country. As far as I concern Indonesia is not lack of energy resources since there are a lot of potential that can be optimized. In fact, there are 128 basins throughout Indonesia, yet only 72 basins have been explored. Led the exploration activities is part of my career aspiration in the future. I realize that I have to pass through certain career path to achieve my goal. Accordingly, I seek to enhance my education and I firmly confident that by studying at your faculty will then help me to gain strong competence in Petroleum and Geoscience field of study before I ultimately come back and contribute in my home country and realizing this dream.
I earned my Bachelor's degree in Geophysical Engineering at University of Pembangunan Nasional Veteran Yogyakarta whereas I studied from 2011 to 2015 at the Faculty of Mineral Technology. I choose to study Geophysical Engineering for two reasons. The first is that during high school, physics was my favorite subject. In addition, I read a lot of books about the earth that caught my interest beyond school time. Secondly, Geophysical Engineering is an interdisciplinary field of study with a broad prospective career opportunity.
After 4 years of studying, I graduated with honor cum Laude predicate for CGPA 3.53 and received "Karya Cendekia" The Outstanding Graduate Awards. My final assignment with 4 credits entitled Analysis of Reservoir Distribution Using Spectral Decomposition Method on Baturaja Formation, North West Java Basin. I selected spectral decomposition method due to the ability to separate the seismic events in every seismic trace based on its frequency content. The principle of this method was to decompose the seismic trace from the time domain into the frequency domain representation. In this study, the seismic trace was decomposed using Gabor-Morlet wavelet transform. The extraction result of such attributes was expected to know the value of the corresponding frequency at which could show the presence Direct Hydrocarbon Indicator as bright amplitude. The first stage is the zone of interest was determined from well logs and tied to seismic data as preliminary interpretation. Afterward, the zone of interest and any structural faults mapped throughout the seismic data. Meanwhile, the seismic data need to be scanned to obtain the frequency content as it functioned as lower and upper-frequency limit. After that, the seismic data were decomposed into several sub-band seismic volumes using Octave scale. Every sub-band seismic then extracted into envelope attribute to show the bright amplitude and analyzed it with the data logs interpretation of every production wells as justification. Ultimately, the selected sub-band seismic extracted into RMS attribute map to identify the prospective zone.
My main motivation to apply for TU Delft is because it is a reputable and leading university in the development of technology and science. TU Delft reinforces exceptional research and education standards with the support of outstanding facilities and research institute. It can be seen that TU Delft emerge many remarkable alumni contribute to the development of various geological discoveries in Indonesia, for instance, Reinout Willem van Bemmelen. Besides, the university promotes creative and independent thinking with a focus on problem solving, and also emphasizing in a good balance between theories and practice which in accordance with my need. In addition, your university provides Petroleum Engineering and Geosciences, which in accordance with my interest for the track of studies. Besides, TU Delft maintains close links with international industry so that offers ample opportunity for me to carry out research, projects, and internship or final thesis within a company.
I prefer to choose Reservoir Geology as my proposed specialization because it is not only concentrated in computational method but also involves a geological concept to understand the process behind reservoir rocks. The geological concept is important in analyzing geological target and to determine a further method to be applied. Without a solid geological concept, all the maps, colors, numbers from the measurement will not represent anything. Thus, the integration of all will provide a representative and reliable geological model.
If I could choose the topic, geomechanics for reservoir analysis is the topic that I would like to explore. Indonesia is one of the tectonically active regions in the world which influenced the mechanical properties of the reservoir rock. This analysis will assist in making representative geological and reservoir modeling. I would like to integrate the several data which might require such as structural geology, seismic data, logs data, and pore pressure. This method is expected to help in the plan of development to obtain the optimum result.
Another alternative topic for my future thesis project can be a research of unconventional reservoir modeling. Indonesia has the potential of unconventional reservoir whereas none of them are developed yet. Sooner or later the conventional reservoir would be scarce. Meanwhile, the unconventional reservoir provides abundant of hydrocarbon accumulation which can be one solution to maintaining Indonesia's energy defense.
Through geoscience, I wanted to provide more reliable and cost efficient solution in exploration and field development. In the larger scope, it will contribute to downscale the energy crisis in my country. From my personal perspective, even though oil prices drop-off, this moment, however, will be the right time to invest in human development through education and research. These resources will play a huge part in assisting the future prospective development when the market has risen. With my head up high, I am proud to apply to this university, while hoping for the greatest when I eventually entering a life changing adventure up ahead.
application for TU Delft
The adequacy of energy is paramount for one's country. Indonesia as a developing country with the population of over 250 million will indeed require immense energy needs to support its development. The broad usage of hydrocarbon as one of energy resource and industrial commodity has covered various sectors, such as agricultural, industrial, electricity, manufacture, and transportation. That being said Indonesian used to export oil to fulfill world consumption. However, our current oil productions only suffice to accommodate half of domestic needs. Thus, I find that energy defense is one of the most crucial problems of my country. As far as I concern Indonesia is not lack of energy resources since there are a lot of potential that can be optimized. In fact, there are 128 basins throughout Indonesia, yet only 72 basins have been explored. Led the exploration activities is part of my career aspiration in the future. I realize that I have to pass through certain career path to achieve my goal. Accordingly, I seek to enhance my education and I firmly confident that by studying at your faculty will then help me to gain strong competence in Petroleum and Geoscience field of study before I ultimately come back and contribute in my home country and realizing this dream.
I earned my Bachelor's degree in Geophysical Engineering at University of Pembangunan Nasional Veteran Yogyakarta whereas I studied from 2011 to 2015 at the Faculty of Mineral Technology. I choose to study Geophysical Engineering for two reasons. The first is that during high school, physics was my favorite subject. In addition, I read a lot of books about the earth that caught my interest beyond school time. Secondly, Geophysical Engineering is an interdisciplinary field of study with a broad prospective career opportunity.
After 4 years of studying, I graduated with honor cum Laude predicate for CGPA 3.53 and received "Karya Cendekia" The Outstanding Graduate Awards. My final assignment with 4 credits entitled Analysis of Reservoir Distribution Using Spectral Decomposition Method on Baturaja Formation, North West Java Basin. I selected spectral decomposition method due to the ability to separate the seismic events in every seismic trace based on its frequency content. The principle of this method was to decompose the seismic trace from the time domain into the frequency domain representation. In this study, the seismic trace was decomposed using Gabor-Morlet wavelet transform. The extraction result of such attributes was expected to know the value of the corresponding frequency at which could show the presence Direct Hydrocarbon Indicator as bright amplitude. The first stage is the zone of interest was determined from well logs and tied to seismic data as preliminary interpretation. Afterward, the zone of interest and any structural faults mapped throughout the seismic data. Meanwhile, the seismic data need to be scanned to obtain the frequency content as it functioned as lower and upper-frequency limit. After that, the seismic data were decomposed into several sub-band seismic volumes using Octave scale. Every sub-band seismic then extracted into envelope attribute to show the bright amplitude and analyzed it with the data logs interpretation of every production wells as justification. Ultimately, the selected sub-band seismic extracted into RMS attribute map to identify the prospective zone.
My main motivation to apply for TU Delft is because it is a reputable and leading university in the development of technology and science. TU Delft reinforces exceptional research and education standards with the support of outstanding facilities and research institute. It can be seen that TU Delft emerge many remarkable alumni contribute to the development of various geological discoveries in Indonesia, for instance, Reinout Willem van Bemmelen. Besides, the university promotes creative and independent thinking with a focus on problem solving, and also emphasizing in a good balance between theories and practice which in accordance with my need. In addition, your university provides Petroleum Engineering and Geosciences, which in accordance with my interest for the track of studies. Besides, TU Delft maintains close links with international industry so that offers ample opportunity for me to carry out research, projects, and internship or final thesis within a company.
I prefer to choose Reservoir Geology as my proposed specialization because it is not only concentrated in computational method but also involves a geological concept to understand the process behind reservoir rocks. The geological concept is important in analyzing geological target and to determine a further method to be applied. Without a solid geological concept, all the maps, colors, numbers from the measurement will not represent anything. Thus, the integration of all will provide a representative and reliable geological model.
If I could choose the topic, geomechanics for reservoir analysis is the topic that I would like to explore. Indonesia is one of the tectonically active regions in the world which influenced the mechanical properties of the reservoir rock. This analysis will assist in making representative geological and reservoir modeling. I would like to integrate the several data which might require such as structural geology, seismic data, logs data, and pore pressure. This method is expected to help in the plan of development to obtain the optimum result.
Another alternative topic for my future thesis project can be a research of unconventional reservoir modeling. Indonesia has the potential of unconventional reservoir whereas none of them are developed yet. Sooner or later the conventional reservoir would be scarce. Meanwhile, the unconventional reservoir provides abundant of hydrocarbon accumulation which can be one solution to maintaining Indonesia's energy defense.
Through geoscience, I wanted to provide more reliable and cost efficient solution in exploration and field development. In the larger scope, it will contribute to downscale the energy crisis in my country. From my personal perspective, even though oil prices drop-off, this moment, however, will be the right time to invest in human development through education and research. These resources will play a huge part in assisting the future prospective development when the market has risen. With my head up high, I am proud to apply to this university, while hoping for the greatest when I eventually entering a life changing adventure up ahead.
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