Get to know Data Scientists, Study Majors to Salaries

In an era of increasingly developing technology as it is today, many professions also develop following the changing times, one of them is a data scientist. However, what exactly is a data scientist and what are the prospects for this job in a time where speed is the key to work.

In general, the job of this profession is to collect and clean up various irregular data. In addition, it also analyzes several types of data, of course in large quantities to find new understanding or insight on an issue. For a company, the insight obtained is used as a recommendation to develop a business.

Data Scientist Jobs

What is a data scientist? It is a profession that requires someone to process data with scientific methods, produce accurate and high-value information so that it can assist decision making. This is a profession for a person behind the control of data processing technology.

This profession relies on data analysis capabilities, such as combining data from various sources and ensuring the consistency of datasets or data preparation. Then choose the factors or algorithms that affect the prediction results. It also to make infographics easier for decision makers to understand the data.

A data scientist must have the skills to find out useful information for business development by utilizing statistical methods. The development of the industrial revolution 4.0 has positive and negative impacts, of course, data scientists seem to be victims of developments that occur and professionals in this profession are required to adapt quickly.

Department of Data Scientist

data scientist

Data science in college forces students to learn about programming languages, especially those used for mining to data mining. Processing and interpreting data also requires the science of statistics and especially mathematics. Information systems, informatics engineering, statistics and mathematics are the capital to enter this department.

Fundamentals such as calculus and linear algebra are the most widely used parts of the analytical process. Likewise with statistics, understanding the meaning of data, the process of validating hypotheses, preparing forecasts and so on. Coding must also be mastered by students majoring in data scientists.

However, the ability that must be mastered when taking this major in lectures is how to process big data. This process is carried out to facilitate data analysis, big data is data with very large volumes. This data cannot be processed using traditional methods or tools, must use new methods.

Difference between Data Analyst and Data Scientist

  • Job description

As explained above, a data scientist is required to perform analysis and interpretation on complex data sets, starting from collecting, processing and analyzing large amounts of data. The data scientist is in charge of processing data from the Data Engineer and seeing if there are new business opportunities from the data collected.

Meanwhile, Data Analyst is a profession that requires people to be responsible for data processing, decision making and visualization. This profession requires a person to deal directly with a lot of data, his job is to find insight whose function is to advance the business from various aspects then the data that has been processed is given by a data engineer.

  • Roles and Responsibilities

Data Scientist is in charge of cleaning, processing and processing big data. Then involved in strategic planning for data analysts to carry out analysis and make optimal use of Machine Learning.

While the data analyst role is to clean, perform analysis and create visualizations. More to the representation of data through reports and data visualization, then working with the management team to understand the business needs that are needed.

Data Scientist Salary

This job has become one of the most sought after professions for the technology industry today, having a fairly crucial role in a company. And became a milestone in the development of the company, even though this profession was not matched by the availability of the number of existing workers.

From the data that has been collected, companies in Indonesia that open job vacancies offer salaries of around Rp. 7 million to Rp. 25 million. The average wage earned reaches Rp. 12 million, the nominal estimate can be different and adjust according to the capabilities of companies in Indonesia.

There are many areas of non-technical expertise that can enter and become a data scientist, this job has become very popular in recent years. Because it uses three elements in doing this work, including big data, machine learning and IoT (Internet of Things), these three things were not popular before and were not widely implemented in the past.

This is a brief explanation of what a data scientist is, how it works and how much salary a person gets. Interested in studying at an excellent and international standard campus to achieve a bright career? Thanks to the international curriculum and relevant soft skills taught at Sampoerna University, alumni are needed not only by national companies but also by international companies. If you are interested in more information about Sampoerna University, you can access it here.

Reference

Wikipedia

Society 5.0 – Plans for the Great Transformation of Japanese Society

Civilizations in the world are getting more advanced, technological knowledge is growing. This makes developed countries think about how to make their citizens more sophisticated to live side by side with technology. Japan has been thinking about technological developments in the welfare of society since decades ago. However, the development of Society 5.0 is now being called ‘crazy’ but, full of appreciation.

Definition and Brief History

Society 5.0 is a concept that defines that technology and humans will coexist to improve the quality of human life sustainably.

The development of information and communications technology (ICT) has had a drastic impact on society and industry. Digital transformation generates new values ​​and is a pillar of industrial policy in many countries around the world. In anticipation of this global trend, “Society 5.0″ was introduced as the main or core concept in the 5th Basic Plan of Science and Technology, which was adopted by the Cabinet of Japan in January 2016. The Era of Society 5.0 was identified as part of one of the growth strategies in Japan.

We are now in a new era, where globalization and the rapid evolution of digital technologies such as Artificial Intelligence (AI), Internet of Things (IoT), and robotics are bringing significant changes to citizens of the world. Citizens’ environments and values ​​are becoming increasingly diverse and complex. Chart 1 below shows activity targeting new digital technologies worldwide, which includes Industry 4.0, also known as “the 4th Industrial Revolution”, the Internet technology industry, and Made in China 2025.

The wave of digital transformation is the element that drives these activities, thus digital transformation becomes a pillar of industrial policy.

Society 5.0 Goal

Medium shot man wearing vr glasses

The goal of the Society 5.0 era is to create a society where people enjoy life to the fullest. Economic growth and technological development are the main goals, and not for the prosperity of a select few.

In accordance with the concept launched by the government, various activities have been initiated in Japanese academic circles and industry. And, although this technological development of humans originated in Japan, the goal is not only for the prosperity of a country. Frameworks and technologies are developed without a doubt that will contribute to solving social problems and challenges around the world.

Looking back on human history, we can define the different stages of society. Society 1.0 is defined as a group of people who hunt and gather in harmony with nature. Society 2.0 forms a group based on agricultural cultivation, organizational improvement, and nation-building.

Society 3.0 is a group of societies that pushed industrialization through the industrial revolution, enabling mass production. And Society 4.0 is an informational society that realizes increased added value by connecting intangible assets as an information network.

In this evolution, Society 5.0 is an informational society that is built on top of Society 4.0, which aims to realize the equality of people’s welfare in the world. (Chart 2).

Chart 2: Prepared by the author based on material from the Japan Business Federation (Keidanren) “Japan’s initiatives — Society 5.0”; Y. Harayama, “Society 5.0: Aiming for a New Human-centered Society”, Hitachi Review, vol. 66, no. 6, 2017, pp. 556–557

Society Transformation 5.0

Although Society 5.0 is Japan’s growth strategy, it is not limited to Japan, because its goals are the same as the sustainable development goals (SDGs). The challenges facing Japan, such as an aging population, declining birth rate, declining population, and aging infrastructure, are challenges that many other countries will eventually face.

Speaking of Society 5.0 Japan was one of the first countries to face this challenge. With the initial resolution of these challenges through Society 5.0, and by sharing these solutions with the world, Japan can contribute to solving similar challenges around the world and achieving the SDGs.

It is often said that digital transformation has a drastic impact on conventional industries, as well as increasing social complexity, and some of the negative aspects of digital society, such as security risks and privacy concerns, are now becoming apparent.

At the same time, the trend to create new value through digital technology and contribute to the society of tomorrow can now be seen all over the world. The evolution of digital transformation is not one of the strategies that can be avoided.

Therefore, these negative aspects must be shared and acknowledged, and we try to accelerate the participation of various stakeholders and the sharing of best practices. Society in the future can respond and provide an approach to reduce these negative aspects.

However, this will require in the words of the position paper, breaking down the “five walls” of ministries and institutions, legal systems, technology, human resources, and social acceptance “Towards Realization of a New Economy and Society”, April 19, 2016. This will be our global challenge, in which not only government but also industry and academia are expected to play a major role, which involves creating innovation and ecosystems.

Want to learn more about technological advances, education in the era of Society 5.0, and business, get the information by clicking here.

Reference

Cabinet Office

Starting a Career in Mechanical Engineering After Graduating

Mechanical engineering is a field with growing career options and tremendous earning potential. The path to a career in mechanical engineering begins with high school education. The mechanical engineer program introduces students to the theoretical and practical knowledge needed to succeed in the field.

During equivalent education such as undergraduate, internship, and cooperative education, students can broaden their skills and gain hands-on experience in the field. Practical and laboratory experience is very important and supportive in the Mechanical Engineering program.

Although the individual qualifications of some mechanical engineering job prospects include undergraduate education (S1), it is undeniable that many professionals often seek additional education and special training outside of the general education taken.

The first thing to do after becoming a Mechanical Engineer

The full learning in a bachelor’s degree program (S1) in mechanical engineering can be passed within four years and complete about 120 credits (credits).

In addition to general education requirements, special skills courses or courses in mechanical engineering covering manufacturing systems, dynamics and vibration, and solid-state mechanics are an added value for fresh graduates.

Usually, students who are studying mechanical engineering often choose to work or concentrate in fields such as design and manufacturing, robotics and mechatronics, or energy and the environment. The steps above make an engineer have sufficient skills to achieve the desired career path.

Handsome business man engineer in hard hat in a building

A Career in Mechanical Engineering

Some people are dreaming about having a career in mechanical engineering. This is evidenced by its ‘strong annual salaries’. Then, in order for an engineer’s career to be properly upgraded according to the times, additional education is needed that can provide a direct path to a more competitive resume.

Apart from increasing knowledge in the field of education, one way is to take advantage of networking opportunities and actively participate in professional organizations which often open the door to a better career. Getting a Mechanical Technician license and certificate is also an asset in increasing the career path in mechanical engineering.

In the United States, for example, a mechanical engineer who offers direct services to the general public may need to have a state license according to the area in which they work. While mechanical engineers working in the private and manufacturing sectors are not required to become licensed professional engineers (PE), PE licenses can increase their credentials.

What Skills Does a Mechanical Engineer Require?

The following is a list of 5 skills that are important to be mastered by a Mechanical Engineer in the style of Sampoerna University:

  1. Mechanical Skills

Mechanical skills refer to the ability to design and build physical tools, machines, and other devices. An engineer working in the aeronautical industry, for example, must be able to build and repair jet engines. A nuclear engineer may need to maintain and improve safety and emergency response systems.

  1. Computer Skills

Mechanical Engineering graduates use computers in many aspects of their work. For example, an engineer may use specialized software to run simulations, design machines, and generate component specifications.

While students typically develop computer competencies throughout their curriculum, many choose to take elective classes in areas such as electronic circuits, software engineering, and database management.

  1. Math

Mathematics is the ‘heart’ of a mechanical engineer. To develop the skills needed to design, analyze, and problem-solve complex mechanical systems, engineering students typically have to complete substantial courses in calculus, trigonometry, physics, and statistics. They also hone advanced math skills through project-based learning.

  1. Communication

Mechanical Engineering graduates must know how to communicate effectively with diverse people around them. To inform design efforts, a mechanical engineer often needs to speak directly to clients or externals to understand their needs. They can also collaborate with architects, computer scientists, and other experts to face certain challenges.

  1. Problem-Solving

In preparation for work, solutions to challenges are also developed. Engineering students learn about mathematical models to analyze problems and the frameworks used to evaluate design choices. They also study forensic mechanical engineering drawing, which is the process of identifying the causes of design and implementation failures.

Sampoerna University is a fully accredited Indonesian university that offers the best choice for those seeking an excellent international education. This is possible because Sampoerna University is the only American-style university in Indonesia that is in line with American standards for curriculum, faculty, facilities, and operations.

In collaboration with the University of Arizona, we offer a Dual Degree Program that allows you to study for 4 years in Jakarta under the US curriculum and graduate with 2 degrees: an accredited US bachelor’s degree from the University of Arizona and an accredited Bachelor (Strata 1) degree from Sampoerna University.

For more information about mechanical engineering and various other majors, please contact us or make a visit to the nearest Sampoerna University campus in your city. We are happy to be able to help achieve the dreams of Indonesia’s young generation.

Refference
Wikipedia

Get to Know Enterprise Resource Planning System (ERP)

Today, Enterprise Resource Planning (ERP) system is the critical systems for managing thousands of businesses of all sizes and in all industries. For companies that use ERP systems, ERP is as important as the electricity that keeps electronics running and functioning.

Understanding ERP

Enterprise Resource Planning System (ERP) is software used by organizations or companies to manage daily business activities such as accounting, procurement, project management, risk management and compliance, and supply chain operations.

The ERP system is designed in full and in detail including company performance management, software that helps planning, cost budgeting, forecast or prediction, and reporting of company financial results. ERP systems and their functions are linked to many interrelated business processes and data flow within the system.

By collecting transactional data with the organization from various sources, the ERP system ensures no duplication of data and provides data integrity with a single source of truth (from the data inputted and extracted in the system).

ERP Fundamentals

Enterprise Resource Planning systems means designed to be a standardized data structure (schema) that usually has a common database (in this case, a cloud or data centre). ERP systems help ensure that the information used across the enterprise is designed and based on common definitions and user experience.

These key constructs are related to business processes driven by workflows across business departments (e.g. finance, human resources, engineering, marketing, operations), linking the system and its users. In short, ERP is a vehicle for integrating people, processes, and technology across a modern enterprise.

ERP Example

An example of ERP, in this case, is in the form of a case study where a company considers a vehicle manufacturing company by purchasing parts and components from several suppliers.

Related data can be tracked using the ERP system such as data on demand and purchase of goods and ensures that every component throughout the procurement to payment process uses valid and accurate data that is connected to company workflows, business processes, reporting, and analytics.

When an ERP system is implemented properly in an automotive manufacturing company, a component that is entered into the system for example, “rear brake pads”, is uniformly identified based on the part name, size, material, source, lot number, supplier part number, serial number, costs, and specifications, along with a large number of other descriptive and data-driven items.

Since data is the lifeblood of every modern enterprise, ERP journals make it easy to collect, organize, analyse and distribute information to every user and system that needs it to best fulfil their roles and responsibilities.

ERP also ensures that every data and attribute in the system is properly accounted for in the company’s general ledger so that all costs can be tracked and confirmed correctly.

If rear brake pads were called “rear brakes” in one software system (or perhaps a set of spreadsheets), “brake pads” in another, and “rear pads” in a third, it would be difficult for an automotive manufacturing company to figure out how many were actually used every year on rear brake pads, and whether it has to change suppliers or price changes from negotiating for a better price.

Enterprise Resource Planning (ERP) Business Value

Enterprise Resource Planning is a system that has a huge impact on changes in today’s business world in all fields of industry.

All company data and processes being integrated into an ERP system is a step in the right direction for businesses to align disparate departments and improve workflow, resulting in significant bottom-line savings.

The following are ERP business values, including:

• Improved business insights and real-time information obtained from managing report results

• Lower management and operational costs through the same integrated system (one system for various needs)

• Lowering operational costs through simplified business processes with the best results

• Enhanced collaboration of users sharing data in the procurement process

• Reducing both small and large risks through improved data integrity and financial controls

• Improved efficiency through user experience across multiple ERP functions within the business and well-defined business processes

• Consistent infrastructure from the back office to the front office, with all business activities having the same appearance and format

• Higher level of user understanding of the general user experience and design (user friendly)

That is the explanation of ERP. Are you curious about how to run an ERP system and learn more about other systems in the accounting world? You can visit the Accounting study program on Sampoerna University website. For more information about how to apply to Sampoerna University, click here!

Design Thinking: Understanding, Privileges, and Mindsets

Is it important to know Design Thinking? The answer is yes, by using the design thinking process, we can make decisions based on what our target users really want, not just relying on decisions that come from instinct alone. Let’s check out more about it!

What is Design Thinking?

Design thinking is a people-centred innovation approach (based on understanding customer needs, rapid prototyping, and generating creative ideas) that will change the way people think about how to develop products, services, processes, and organizations.

Design thinking is an ideology and a business process for solving complex problems in a user (customer) centred way. The goal is to focus on achieving results and practical solutions such as:

  • Technically feasible: They can be developed into functional products or processes;
  • Economically viable: Businesses can afford it;
  • Desirable for users: They meet real human needs.

The ideology behind this holds that, in order to come up with innovative solutions, one must adopt a designer’s mindset and approach the problem from the user’s point of view. At the same time, design thinking is about taking a hands-on approach, the goal being to turn an idea into a tangible, testable product or process as quickly as possible.

The design thought process outlines a series of steps that bring this ideology to life, starting with building empathy for users, to generating ideas and turning them into prototypes.

Features of Design Thinking

Design thinking helps us solve serious problems. The uniqueness of these, lies in the types of problems it handles. When it comes to problems to solve with design method, we are not just talking about common problems that have tried and tested solutions.

We are talking about a very complex and serious problem: the kind of problem that refuses to be solved using standard methods and approaches. Not only are these problems difficult to define, but any attempt to solve them is likely to give way to more problems.

Serious problems can occur at any time, ranging from global problems such as climate change and poverty to challenges affecting almost any business such as changing management, achieving sustainable growth, or maintaining our competitive advantage.

5 Design Thinking Principles and Thoughts

Creative think invention inspiration concept

Design thinking has specific and very important principles that are reflected in the methodology. Here are 5 (five) principles that are important in the design thinking method:

  • User centricity and empathy

Design thinking is about finding solutions that respond to human needs and user feedback. Users here mean humans, not technology, are the drivers of innovation, so an important part of this process involves stepping into the user’s shoes and building genuine empathy for our target audience.

  • Collaboration

The purpose of this method is to bring together diverse perspectives and ideas; this is what leads to innovation. Design idea encourages collaboration between heterogeneous multidisciplinary teams that do not normally work together.

  • Idea

Design thinking is a solutions-based framework, so the focus is on generating as many ideas and potential solutions as possible. Ideation is a core principle and a step in the idea of the thinking process. The idea generation step is a defined assessment-free zone where participants are encouraged to focus on the quantity of ideas, not quality.

  • Experiment and iteration

It’s not just about coming up with ideas, it’s about turning them into prototypes, testing them, and making changes based on user feedback. Design idea is an iterative approach, so be prepared to repeat certain steps in the process as we discover flaws and more flaws in the initial version of your proposed solution.

  • Bias towards action

Design thinking is a very practical approach to problemsolving that favors action over the discussion. Instead of hypothesizing what the user wants, design idea encourages us to go out and engage with them directly. Instead of talking about potential solutions, we can turn them into real prototypes and test them in a realworld context.

Examples of Success in Design Thinking

Product and service design is the clearest context in which to benefit from idea of the design. However, the design thinking framework can be used to address all kinds of challenges outside the realm of design.

An example of these method is being increasingly integrated into businesses as a way to drive innovation and teamwork was when IBM developed their Enterprise design framework to “help multidisciplinary teams align with the real needs of their users,” claiming that businesses using the framework are twice as fast to market their products, are 75% more efficient in terms of teamwork, and enjoy a 300% return on investment.

Then there is also the insurance company MassMutual using a thinking approach to overcome the challenge of getting young people to buy life insurance. In partnership with IDEO, they conducted two years of extensive user research.

Based on what they learned, they then began two years of prototyping and testing. The end result is the ‘Society of Grown Ups’, a set of digital tools that help educate young people to make smart financial choices.

Now we know what design thinking is and how it can be applied to almost any context. Learn more about design thinking by studying in the Visual Communication Design program at Sampoerna University.

Philosophy Is A Science That Has Many Benefits In Life

Philosophy is one of the most interesting sciences to pay attention to, philosophy is a science that gives birth to thoughts about various things. By using a deeper and more meaningful approach, it can be seen from the wise thoughts of their experts such as Socrates, Plato, Immanuel Kant, and so on.

Philosophy is the study of the nature of reality and existence, of what may be known to be right or wrong. The general assumption about philosophy is that it is high, difficult, abstract, and not related to the problems of everyday life. Philosophers are often described as geniuses.

What is Philosophy?

Philosophy comes from the Greek word philosophia which means love of wisdom, philosophy is the most important field of human thought because it aspires to achieve the ultimate meaning of life. Although for some people the way of thinking in philosophy is seen as a convoluted and boring thing.

The way of thinking in philosophy is very insightful, the basic thoughts put forward by philosophers in the past are also still a reference in seeing various problems that arise in the modern world. It is not wrong if philosophy is said to be the science of how to search for meaning in various things.

Basically, every science has its own uniqueness that distinguishes each other, besides that it also provides benefits and has uses in life. You could say philosophy is the most important field of human thought because it has a very crucial goal for human life.

Interesting to read: Digital Literacy: Netiquette and Internet Safety

Understanding Philosophy According to Experts

  • According to Bertrand Russell

Philosophy can be said as an attempt by someone to answer questions not dogmatically or superficially as when doing daily activities. But giving critical answers, namely by investigating the problems that arise from the questions that arise, these answers will later become the basis for living life.

  • According to Immanuel Kant

The philosophy of science which is the base and peak of all knowledge is covered in four issues, namely what can be known (metaphysics), what should be done (ethics), what is our hope (religion), and what is human nature (anthropology).

  • According to W.J.S Poerwadarminta

Philosophy is knowledge and investigation using reason regarding causes, legal principles, and so on. Consider everything that exists in the universe as well as knowing the truth and meaning of the existence of something.

  • According to Mudhofir

If the word philosophy refers to the origin of the words philen and sophos, it means loving the wise nature as an adjective. When referring to the origin of the words philos and sophia, it means the friend of wisdom or wisdom as a thing.

  • According to Nasroen

Philosophy is the result of a human review of himself, the meaning of nature, and the purpose of life by using the mind and assisted by feelings and beliefs within the self. As a unit, either in influencing or helping others, philosophy is used as a guide in giving meaning to life.

Pancasila Philosophy

Pancasila as a philosophical system is a unity of interrelated parts, that also works together between one precept and another to achieve certain goals and as a whole is a unified whole to have several core principles, values, and basic foundations.

 

Philosophy Is A Useful Science in Life

After knowing what philosophy is, a definition from experts, one of these types of knowledge that can bring several benefits when studied. Philosophy is a type of science that is considered less practical or touches technical things, although that does not mean it is useless:

  • Encourage critical thinking by looking at the nature or basis of the problem to develop questions from the answers obtained.
  • Making a wise way of thinking, someone who studies philosophy based on the love of wisdom.
  • Making someone think and reflect, act following the beliefs held.

In finding solutions to problems, it is claimed that it will be much helpful to use the science of philosophy because it is a part of one’s beliefs and actions. Even though it is unconsciously, with reason plus rationality and honesty, humans can reflect on the results of thought processes with scope and boundaries.

Philosophy is the oldest science because philosophy is the basis of all the basics of thinking that requires solving the questions and problems of life in human thought, then giving birth to various branches of science. Philosophy touches various dimensions of human life, the reality of life, honesty of the heart, and reflection of the mood of the soul.

Discussion about philosophy only spread in the early 20th century, although Francis Bacon with the induction method presented in the nineteenth century can be said to be the basis of the philosophy of science in general. The development and problems of philosophy can be seen, very influential in bringing the science of philosophy as a branch that examines in depth from philosophy itself.

Based on the discussion described above, it can be understood about the meaning of philosophy and the benefits of studying it for life. By studying philosophy, science and technology can develop rapidly.

Want to learn more about philosophy and other sciences at an international standard university? Let’s take a virtual tour to find out the facilities at Sampoerna University. For further information, please contact us here.

Reference:
Merdeka.com – What is philosophy according to experts

Scholarship Program

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Pesatnya perkembangan teknologi informasi di dunia sangat berpengaruh terhadap sektor pendidikan di Indonesia. Dengan adanya informasi tanpa batas ini, generasi muda Indonesia memiliki kesempatan untuk mempelajari dan memahami skala pendidikan yang bisa mereka dapatkan. Pendidikan berskala internasioanl sangat menarik banyak perhatian generasi muda akhir-akhir ini, apalagi dengan banyaknya universitas-universitas di Indonesia yang menambahkan kelas internasional pada program mereka, serta semakin banyaknya universitas internasional yang didirikan yang sama-sama memungkinkan mahasiswanya untuk transfer ke universitas di luar negeri.

Sampoerna University merupakan salah satu universitas ternama di Jakarta yang menerapkan standar model pendidikan internasional dalam kurikulum, fakultas, fasilitas dan operasionalnya.  Mengaca kepada standar model pendidikan tinggi Amerika Serikat, Sampoerna University memberikan pengalaman belajar yang unik kepada mahasiswa. Kesempatan untuk mendapatkan kredit dan gelar akademik dari Amerika Serikat juga bisa didapatkan oleh mahasiswa sebagai manfaat dari kemitraan Sampoerna University dengan institusi-institusi pendidikan di Amerika Serikat, seperti University of Arizona dan Broward College.

Sampoerna University mengoperasikan program di bawah lisensi dan kredensial dari Kementerian Riset, Teknologi dan Pendidikan Tinggi Republik Indonesia. Dengan standar nasional dan internasional, Sampoerna University secara unik memenuhi syarat untuk memberikan kontribusi substantif kepada masyarakat melalui pendidikan.

KULIAH DI SAMPOERNA UNIVERSITY

Berlokasi di L’Avenue Building, Jl. Raya Pasar Minggu No. Kav. 16, Pancoran, Jakarta Selatan, Sampoerna University lebih dari sekedar kampus – Sampoerna University adalah komunitas belajar yang mempersiapkan siswa untuk sukses, baik secara akademik maupun profesi. Di sini, siswa tidak hanya akan belajar dan memperoleh keunggulan akademik saja, mereka akan ditantang untuk berpikir, berkinerja, dan berkembang ke tingkat yang lebih tinggi. Dengan program yang telah disusun secara komprehensif, siswa dijamin memiliki keterampilan dan kredensial yang lebih baik, yang akan membuka pintu bagi karir nasional atau internasional setelah mereka lulus.

Manfaat lain yang bisa didapat oleh para mahasiswa saat menempuh pendidikan di Sampoerna University adalah:

  1. Mendapatkan pendidikan berbasis STEAM

Sampoerna University hadir dengan pendekatan STEAM (Science, Technology, Engineering, Arts and Mathematic). Pendidikan berbasis STEAM ini merupakan sistem pendidikan tinggi yang telah diterapkan di Amerika Serikat. Sistem STEAM pada tingkat kuliah dianggap paling tepat untuk melatih kreativitas, kemampuan menganalisa masalah, keterampilan berpikir secara kreatif, , serta kemampuan memecahkan masalah.

  1. Mahasiswa dipersiapkan untuk masuk ke dunia kerja.

Sampoerna University berkomitmen untuk mengembangkan program perkuliahan yang sesuai dengan kebutuhan industri saat ini, dengan kemajuan dan perkembangan teknologinya.

  1. Penerapan Bahasa Inggris penuh, sehingga meningkatkan kemampuan bahasa mahasiswanya.

Sampoerna University merupakan satu-satunya kampus di Indonesia yang menerapkan Bahasa Inggris secara penuh dalam proses perkuliahan. Hal ini dilakukan untuk membiasakan mahasiswa agar rasa percaya diri mereka terbangun untuk meningkatkan kemampuan berbahasa Inggris mereka.

  1. Bisa memilih kuliah di Indonesia sekaligus Amerika Serikat.

Mahasiswa Sampoerna University berkesempatan untuk memilih kuliah hanya di Indonesia atau di Indonesia sekaligus di Amerika Serikat. Mahasiswa Sampoerna University dapat menjalani tahun pertama dan kedua perkuliahan di Sampoerna University, dimana mereka mempelajari hal mendasar seputar prodi yang diambil. Di tahun 3 dan 4, mahasiswa bisa memilih untuk melanjutkan di Sampoerna University atau transfer ke universitas di luar negeri. Sampoerna University sendiri bekerja sama dengan University of Arizona untuk program Two-Degree.

  1. Mendapatkan fasilitas perkuliahan terbaik

Sampoerna University tidak hanya memiliki kurikulum serta tenaga pengajar yang unggul, tapi juga fasilitas perkuliahan terbaik yang turut mendukung universitas internasional ini menjadi universitas swasta pilihan No.1 di Indonesia. Sampoerna University memiliki fasilitas laboratorium terbaik di Indonesia, yang merupakan hasil kerjasama dengan Louisiana State University, Amerika Serikat. Laboratorium ini terdapat di Faculty of Engineering and Technology (FET). Sampoerna University juga memiliki laboratorium desain yang sangat canggih, yaitu 3D Visualization Lab and Motion Capture Studio. Dua fasilitas ini terutama sangat membantu kreatifitas mahasiswa program studi Creative Digital Design.

BIAYA KULIAH DI SAMPOERNA UNIVERSITY

Mendengar kata “universitas internasional,” akan terserat dipikiran kita biaya kuliah yang melambung tinggi. Sebenarnya, seberapa besar biaya kuliah di universitas internasional seperti Sampoerna University? Berbeda dengan kualitas terbaik yang diterima mahasiswa saat menempuh pendidikan di Sampoerna University, biaya kuliahnya sendiri sangat terjangkau jika dibandingkan dengan kuliah langsung di luar negeri.

Berikut ini rincian biaya kuliah di Sampoerna University untuk tahun akademik 2020/2021.

  TAHUN 1TAHUN 2Harga dalam Jutaan Rupiah
Program StudiBiaya PendaftaranSemester 1Semester 2Semester 3Semester 4Total Biaya

Sampoerna University General Education Program

General Education Transferable Credits* 

20

 

55

 

55

 

 

55

 

55

 

240

*Mahasiswa juga dapat menerima transkrip dari Broward College untuk mata kuliah yang telah diselesaikan

  TAHUN 3TAHUN 4Harga dalam Jutaan Rupiah
Program StudiGelar AkademikSemester 5Semester 6Semester 7Semester 8Total Biaya

FET (Faculty of Engineering and Technology)

Mechanical EngineeringSarjana Teknik

 

Bachelor of Science in Mechanical Engineering*

 

 

89

 

 

89

 

 

89

 

 

89

 

 

356

 

Industrial EngineeringSarjana Teknik

 

Bachelor of Science in Industrial Engineering*

 

 

89

 

 

89

 

 

89

 

 

89

 

 

356

 

Visual Communication DesignSarjana Desain 

42.1875

 

42.1875

 

42.1875

 

42.1875

 

168.75

Computer Science/

Informatics

Sarjana Komputer 

42.1875

 

42.1875

 

42.1875

 

42.1875

 

168.75

Information SystemsSarjana Sistem Informasi 

42.1875

 

42.1875

 

42.1875

 

42.1875

 

168.75

FOB (Faculty of Business)

Management

Concentration in Entrepreneurship/ Banking & Finance/ Digital Marketing

Sarjana Manajemen

 

Bachelor of Science in Business Administration*

 

 

75

 

 

75

 

 

75

 

 

75

 

 

300

AccountingSarjana Akutansi40.540.540.540.5162

FOE (Faculty of Education)

English Language EducationSarjana Pendidikan20.25020.25020.25020.25081
Mathematics EducationSarjana Pendidikan20.25020.25020.25020.25081

*The University of Arizona

Catatan mengenai biaya kuliah di Sampoerna University:

  1. Biaya ini sudah termasuk harga jaket, buku dan biaya orientasi siswa.
  2. Biaya ini belum termasuk Program Summer Bridge (Rp 18 juta) dan Biaya Registrasi (Rp 500.000).
  3. Semua siswa mendaftar dan ikut serta di Program Pendidikan Umum di Tahun 1 dan Tahun 2.
  4. Sampoerna University bekerja sama dengan University of Arizona untuk menyelenggarakan program Two-Degree untuk jurusan Teknik Mesin, Teknik Industri, dan Manajemen.
  5. Mahasiswa yang ingin melanjutkan ke universitas A.S. atau universitas luar negeri lainnya dapat melakukannya setelah menyelesaikan minimal 1 semester penuh (15 sks) di Program Pendidikan Umum. Jumlah SKS yang dapat dialihkan dari Program Pendidikan Umum akan bergantung pada jumlah kredit yang diperoleh, nilai, pilihan program studi dan ketentuan atau persyaratan lain yang ditentukan oleh universitas yang dituju.
  6. Keberhasilan dalam menyelesaikan program tergantung pada kemampuan siswa untuk menyelesaikan mata kuliah yang diperlukan dan mendapatkan kredit yang diperlukan secara tepat waktu.
  7. Jika seorang siswa mengambil kurang dari 15 jam kredit per semester, uang sekolah akan dibebankan per kredit.
  8. Total Uang Kuliah hanya untuk tujuan ilustrasi.
  9. Daftar SPP ini berlaku sampai dengan 31 Juli 2020.
  10. SU menerima mahasiswa pindahan dari perguruan tinggi / universitas lain. Kredit yang dapat dialihkan akan bergantung pada syarat dan ketentuan yang ditetapkan oleh Sampoerna University.

Untuk info lebih lanjut kunjungi www.sampoernauniversity.ac.id

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Study in the USA: Which Scholarships to Apply?

Looking to study abroad but worried about the cost? Good news! There are hundreds of college scholarships to study abroad. Some are offered by government agencies, some by individual universities, and others by external funding organizations and charitable enterprises.

While many scholarships ARE very competitive, it turns out there are plenty of others that may be easier to win than you think. Your odds of getting money to study, volunteer, or intern abroad might be far higher than you expect: you just have to identify the opportunities, tell a compelling story, and actually hit “apply!”

One of the biggest mistakes you can make in setting up a financial plan for going overseas is not even applying for study abroad scholarships.

7 Scholarships Indonesian Students Can Apply

Searching through all the international scholarships out there can be a pretty mammoth task. But we’ve tried to make this easier by creating lists of scholarships Indonesian students can apply to study abroad in the United States.

  1. Hubert Humphrey Fellowship Program

The Humphrey Fellowship Program has received funding as a Fulbright exchange activity from the U.S. Congress since 1978 to honor the public service career of the late Senator and Vice President, Hubert H. Humphrey (1911-1978). A long-time advocate of international cooperation and understanding, Humphrey served as Vice President of the United States from 1965 to 1969 and for many years as a U.S. Senator from Minnesota.

President Jimmy Carter announced the establishment of the Humphrey Program on a state visit to Venezuela in March 1978. It would be a program, Carter said, embodying the values shared by the United States and Venezuela — democracy, social justice, and a desire to assist the developing nations of the world. A year after Carter’s declaration, the first Humphrey Fellows arrived in the U.S. They were 27 mid-career professionals from 24 countries who would study at 11 U.S. universities and institutions.

Since 1978, more than 6,000 Fellows from 157 countries have participated in the program. More than 40 universities have hosted the Fellows for their year of study.

Source: https://www.humphreyfellowship.org/how-apply-humphrey-fellowship-program

 

  1. The Next Gen Scholarship Fund

The NextGen Scholarship Fund was created for international students and non-citizens who come to the United States with the hopes of obtaining higher education to create a better life for themselves and their families. It is a scholarship program for students in Washington DC, Maryland, or Virginia. One annual award will be given to a qualified and outstanding high school senior or a current college student at a two-year or four-year college. To qualify for this scholarship, applicants must have a minimum 3.0 GPA and be an international student or non-citizen enrolled in a US school. Applications are judged on merit and financial need. One scholarship in the amount of $1,000 will be awarded each Fall.

Source: http://www.perkconsulting.net/about/nextgen/

 

  1. Model UN – UNESCO Center of Peace (CFP)

Who doesn’t know UNESCO? UNESCO is a UN agency. UNESCO has an educational program specifically dedicated to the interests of all children in the world, because of this program, the UNESCO Center for Peace was formed. UNESCO CFP created an organization that runs in many universities in America, the organization is called the Model UN. Members of the Model UN will receive exclusive scholarships and certificates from UNESCO. There are several requirements so that you can be accepted in the Model UN, including having a minimum GPA of 3.3 or an average grade of 8, writing a 300 word essay with the theme “How does International Education Support Global Citizenship”, and having experience in an organization or community.

In the last 13 years, UNESCO Center for Peace has provided unique enrichment opportunities to tens of thousands of students from all around the world. This was done in partnership with volunteers and professionals donating their time, expertise, and other resources to help raise a new generation of peacemakers change agents.

Source: https://unescocenterforpeace.org/2020-virtual-imun-stem/

 

  1. Foreign Fullbright Student Program

The Fulbright Foreign Student Program enables graduate students, young professionals and artists from abroad to study and conduct research in the United States. The Fulbright Foreign Student Program operates in more than 160 countries worldwide. Approximately 4,000 foreign students receive Fulbright scholarships each year. The Fulbright Foreign Student Program is administered by binational Fulbright Commissions/Foundations or U.S. Embassies. All Foreign Student Program applications are processed by these offices.

Source: https://foreign.fulbrightonline.org

 

  1. Abbey Road Summer Scholarship

Founded by Stanford alumni in 2000, Abbey Road’s summer study abroad programs continue to deliver excellence. Their mission is to provide quality academic summer programs that facilitate cross-cultural understanding, personal growth and academic enrichment. Abbey Road was created through a collaboration of the best young professionals and educators from top schools and esteemed institutions. In order to be considered for a Summer Fellowship or Scholarship, you must be a high school student aged 14-18 who demonstrates high academic and extracurricular performance in the field for which you are applying. A competitive overall G.P.A, strong grades in the subject related to the scholarship or program of interest and involvement in extracurricular and after-school cultural/leadership activities are all examples of high academic and extracurricular performance.

Source: https://www.goabbeyroad.com/summer-scholarships-fellowships/

 

  1. East-West Center Scholarship and Fellowship

East-West Center Scholarship is a non-government scholarship program aimed at students in the Asia-Pacific region, including Indonesia. This program was created since 1960 and has provided scholarships to more than 8 thousand students in Asia Pacific. This program focuses on the development of local communities and culture.

Source: https://www.eastwestcenter.org/scholarships-fellowships

 

  1. Rotary Peace Fellowship

Each year, Rotary awards up to 130 fully funded fellowships for dedicated leaders from around the worlds to study at one of our peace centers. Through academic training, practice, and global networking opportunities, the Rotary Peace Centers program develops the capacity of peace and development professionals or practitioners to become experienced and effective catalysts for peace. The fellowships cover tuition and fees, room and board, round-trip transportation, and all internship and field-study expenses. Since the program began in 2002, the Rotary Peace Centers have trained more than 1,300 fellows who now work in more than 115 countries. Many serve as leaders in governments, NGOs, the military, education, law enforcement, and international organizations like the United Nations and the World Bank.

Source: https://my.rotary.org/en/peace-fellowship-application

5 Best Universities with Undergraduate Business Management

United States – For many of you who are interested in majoring in Business Management Information Systems and especially studying it abroad in the United States, but still on the fence about which university you should apply to, we have the answer for you.

Planning to study abroad is always exciting, particularly if you already knew which program you want to enroll in. Having a clear vision for your future is an absolute advantage for your university and professional career ahead.

Top 5 Best Universities in United States

In this article, we gather some information about the top 10 Best Universities with Undergraduate Business Management Information Systems Programs in the United States of America, based on U.S. News & World Report Best Colleges Rankings, to help you decide which university best suit you.

#1. Carnegie Mellon University

Pittsburg, PA

Carnegie Mellon University is a private institution that was founded in 1900. It has a total undergraduate enrollment of 7,022, with an urban setting, and a campus size of 155 acres. It utilizes a semester-based academic calendar. Carnegie Mellon University’s ranking #26 in the 2021 edition of Best Colleges in National Universities. Its tuition and fees are $58,924. Carnegie Mellon is known for its programs in science and technology, but its seven schools and colleges include the College of Fine Arts and the Dietrich College of Humanities and Social Sciences. Its graduate programs include the highly ranked Tepper School of Business, Carnegie Institute of Technology, and School of Computer Science. Undergraduates at Carnegie Mellon have the opportunity to participate in research and can even receive grants or summer fellowships to support research in their field of study. Randy Pausch, the author of the New York Times best-selling book “The Last Lecture,” was a professor at Carnegie Mellon.

#2. Massachusetts Institute of Technology

Cambridge, MA

Massachusetts Institute of Technology is a private institution that was founded in 1861. It has a total undergraduate enrollment of 4,530, with an urban setting, and a campus size of 168 acres. It utilizes a 4-1-4-based academic calendar. Massachusetts Institute of Technology’s ranking in the 2021 edition of Best Colleges is National Universities, #4. Its tuition and fees are $53,818. Located outside Boston in Cambridge, Massachusetts, MIT focuses on scientific and technological research and is divided into five schools. University research expenditures have exceeded $700 million a year, with funding from government agencies such as the Department of Health and Human Services and Department of Defense. MIT’s highly ranked graduate schools include the School of Engineering and Sloan School of Management, in addition to strong programs in economics, psychology, biology, chemistry, earth sciences, physics, and mathematics. Distinguished alumni include Apollo 11 astronaut Buzz Aldrin, former U.N. Secretary-General Kofi Annan, and former Federal Reserve Bank Chairman Ben Bernanke.

#3. Georgia Institute of Technology

Atlanta, GA

Georgia Institute of Technology is a public institution that was founded in 1885. It has a total undergraduate enrollment of 15,964, with an urban setting, and a campus size of 400 acres. It utilizes a semester-based academic calendar. Georgia Institute of Technology’s ranking in the 2021 edition of Best Colleges is National Universities, #35. Its in-state tuition and fees are $12,682; out-of-state tuition and fees are $33,794. Georgia Tech has six colleges. Its highly ranked graduate schools include the College Engineering and Scheller College of Business. Georgia Tech is very active in research. The Georgia Tech Research Institute conducts government and industry research, and the school’s efforts are key to the Georgia Research Alliance, which plays a role in the state’s economic development strategy.

#4. University of Arizona

Tuscon, AZ

The University of Arizona is a public institution that was founded in 1885. It has a total undergraduate enrollment of 35,801, with a city setting, and a campus size of 392 acres. It utilizes a semester-based academic calendar. University of Arizona’s ranking in the 2021 edition of Best Colleges is National Universities, #97. Its in-state tuition and fees are $12,402; out-of-state tuition and fees are $36,738. One of the largest public institutions in its state, the University of Arizona in Tucson offers students a wide range of activities and academic opportunities, including three levels of intramural sports and more than 50 fraternities and sororities, among many other student organizations. The Arizona Wildcats NCAA Division I teams compete in the Pac-12 Conference. As a research institution, both undergraduate and graduate students get involved in research projects at UA. Freshmen are not required to live on campus, although they make up about 80% of the residential campus community. The university has a wide range of graduate programs, including the Eller College of Management, the James E. Rogers College of Law, and a College of Medicine.

#5. University of Texas at Austin

Austin, TX

The University of Texas at Austin is a public institution that was founded in 1883. It has a total undergraduate enrollment of 40,163, with an urban setting, and a campus size of 437 acres. It utilizes a semester-based academic calendar. The University of Texas at Austin’s ranking in the 2021 edition of Best Colleges is National Universities, #42. Its in-state tuition and fees are $11,106; out-of-state tuition and fees are $39,322. The University of Texas at Austin is one of the largest schools in the nation. It’s divided into 13 schools and colleges, the biggest of which is the College of Liberal Arts. It also has highly ranked graduate programs, including the McCombs School of Business, Cockrell School of Engineering, and School of Nursing. Students can participate in more than 1,000 clubs and organizations or in the sizable UT Greek system. The university has several student media outlets, and its sports teams are notorious competitors in the Division I Big 12 Conference. UT also offers hundreds of study abroad programs, with the most popular destinations being Spain, Italy, the United Kingdom, France, and China. Freshmen do not have to live on campus.

Now that you know some of the best universities in the United States of America with Undergraduate Business Management Information Systems Programs, you can decide which one is the best to suit your interest and budget.

Carving Professional Mechanical Engineering Pathways

[vc_row type=”in_container” full_screen_row_position=”middle” scene_position=”center” text_color=”dark” text_align=”left” overlay_strength=”0.3″ shape_divider_position=”bottom” shape_type=””][vc_column column_padding=”no-extra-padding” column_padding_position=”all” background_color_opacity=”1″ background_hover_color_opacity=”1″ column_shadow=”none” column_border_radius=”none” width=”1/1″ tablet_text_alignment=”default” phone_text_alignment=”default” column_border_width=”none” column_border_style=”solid”][vc_column_text]Mechanical engineers create solutions and solve problems, playing a central role in the design and implementation of moving parts in a range of industries. Mechanical engineers provide efficient solutions to the development of processes and products, ranging from small component designs to extremely large plant, machinery, or vehicles. They can work on all stages of a product, from research and development to design and manufacture, through to installation and final commissioning. Most industries rely on a form of mechanical systems and mechanical engineering is thought to be one of the most diverse of all engineering disciplines.

Last week, the Faculty of Engineering and Technology at Sampoerna University had the honor of having Mr. Rodyan Gibran Sentanu, one of Indonesia’s successful Mechanical Engineers, as a guest lecturer on the virtual Senior Colloquium at FET. “Since I was in high school, I always had the strong will to pursue a career as a Mechanical Engineer, especially in the medical and healthcare industry,” uttered Mr. Gibran.

Mr. Gibran was accepted at ITB School of Electrical and Informatics Engineering and only spent 6 months studying at ITB before he had rewarded a scholarship to study at Chiba University in Japan. He flew to Japan in 2006 and took Mechanical Engineering major for his undergraduate and master’s degrees. During his studies at Chiba University, he conducted numerous researches for medical devices, became the chairman of Persatuan Pelajar Indonesia di Jepang, and in 2017, won the Good Design Award in the category of Medical Equipment and Facilities from the Japan Institute of Design Promotion.

“I want to make solutions that will help Indonesia,” remarks Mr. Gibran. This is becoming his main purpose in having a career in mechanical engineering. He wants to create devices that eventually will be applicable in Indonesia to help provide solutions, particularly in the medical and healthcare industry. This purpose wasn’t just coming out of interest, it was also coming out of the personal experience. Mr. Gibran’s sister was diagnosed with congenital heart defects since she was little. At one point, she was referred for a cardiac surgery whereas Mr. Gibran knew that in Japan, this kind of procedure wasn’t needed. The lack of medical devices and skills in Indonesia at the time created grave concerns for him, thus his purpose of giving better solutions for Indonesia’s medical and healthcare industry.

Mr. Gibran explained the non-doctors role in healthcare. The role is based on EBM (Evidence-based Medicine) that consists of the patient’s values, clinical expertise, and best evidence. And based on the book of “Evidence-based Medicine – How to Practice and Teach EBM”, it is the integration of individual clinical expertise with the best available clinical evidence from systematic research.

During his lecture, he mainly shared his experience working at Terumo. Terumo is the biggest medical and healthcare device company in Japan. He was part of a team that developed the VISICUBE (a medical electronic equipment) and AltaView (a catheter) which are used for intravascular ultrasound (IVUS) for Coronary Artery Disease (CAD). The IVUS machine is used to replace the conventional, non-computer aided design angioplasty. This device wasn’t actually the first IVUS device Terumo had produced, it was an advancement of the previous device with the difference of the 60 MHz transducer frequency, while in the previous one was only 40 MHz, the upgrade makes the ultrasound picture quality is clearer and highly accurate.  He also explained about the medical development process which are:

  • User needs
  • Design input
  • Design process
  • Design output
  • The result: Medical device

At the end of his lecture, Mr. Gibran took the time to give assignments to SU FET students for to develop a thermometer gun using the 5 steps process: defining the user needs, defining the design input, defining the design process, evaluation of the design output through verification, and finally evaluation of the final product through validation.

To achieve your dream as a mechanical engineer, start your journey at our Faculty of Engineering and Technology (FET). Click [here] to learn more about the faculty and all of its available study programs. Also, get a chance to win our Merit Scholarships by Start your Sampoerna Journey now by visiting this page [here].[/vc_column_text][/vc_column][/vc_row]

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