Rakhmatullaev Asadullo

I am a Web designer

Rakhmatullaev Asadullo

Front-end developer with 3+ years of experience, studied in the field of CSE at Sejong University in Seoul, South Korea. Backed by successful internship experience and knowledge of engineering theories, principles, specifications and standards. Proficient in various platforms, languages and embedded systems.

  • 05004 Gwangjingu, Seoul, South Korea
  • +821037689796
  • asad960826@gmail.com
  • Travel Uzbekistan
Me

My Professional Skills

My practical experience is with CSS, HTML, JavaScript, PHP, and futhermore I have studied courses such as C++, Advanced C programming, Python programming languages.

Web Design 90%
Web Development 95%
App Development 70%
Wordpress 60%

Web Services

I have participated in 50+ projects related to website development and gained experience and knowledge.Currently the ongoing projects are 8 on different fields

Learn Front-end Development

Frontend development is how we build user interfaces for the web. You must have a strong foundation in JavaScript as well as understanding how HTML/CSS work.

Development Bootcamp

The most complete course on web development. Start with HTML and CSS, learn JavaScript and how it interacts with the DOM, and eventually build a full stack web application.

Web design

Clear understanding of modern technologies and best design practices. Experienced with WordPress.

UI Libraries (React, Vue, Angular)

Modern UI development has gravitated towards a component model with 3 libraries as the primary ones used by professional frontend engineers— React, Vue, and Angular.

Backend Development

Your backend / server can be written in any language. My recommendation is to start with Node/JavaScript since it is relatively easy to learn but also incredibly powerful.

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  • How Expensive is Korea For an International Student?

     

    How Expensive is Korea For an International Student?

     

    Korea is becoming one of the most popular destinations among non-English speaking countries for aspiring international students, and around 150,000 international students are living and studying in Korea side by side with local Korean students. You have so many things to look forward to once you’ve been accepted into a Korean university. Yet there are other things that you have to brace yourself for, and living costs are often listed as the top concern by students who wish to study in Korea. In a previous article, Expat Guide Korea discussed the topic of whether Korea is cheap or expensive, but how does this apply to international students? In this article, we will provide a general overview of the cost of living in Korea that a typical international student should expect.

    Although it may be a leap outside your comfort zone, Korea is an extremely safe destination for exchange students. ... Of course, every country has its dangers which students should be aware of before moving abroad, but overall, Korea is a remarkably safe environment for foreign students



    Being an international student, the first housing option you will be looking at is a student dormitory administered by your university (기숙사). On-campus accommodation is often preferred by a large number of new international students as this option tends to be more affordable and less complicated. While monthly rents vary depending on institutions, available services, and how many people are sharing a room, somewhere between 400,000 KRW - 650,000 KRW a month is a good benchmark you can use when looking at different housing options. For instance, the price for a single room at Yonsei University’s SK Global House is set at 2,642,000 KRW per semester (approx. 660,000 KRW a month) while a double room at the SK International House costs 1,456,000 KRW per semester (approx. approx 360,000 KRW a month). In addition to their relatively affordable monthly rents, another advantage of opting for a student dorm is that you won’t have to pay utility bills and a huge chunk of money for a housing deposit.

    If you want more freedom and independence, living off-campus is another housing option that many international students go for. If you decide to live off-campus, you will most likely be looking at studio apartments called ‘one-room’ (원룸) in Korean in the vicinity of your university. A one-room apartment is a self-contained furnished studio property that consists of one big room that multi-functions as a living, dining, and bedroom and is equipped with a private bathroom and a kitchen. Housing pricing for a typical one-room apartment completely depends on factors including but not limited to facilities, size, and location. Based on my experience, students who study in Sinchon/Hongdae areas (i.e. Yonsei University, Ewha Women’s University, Sogang University, Hongik University) seem to pay around 550,000 KRW - 650,000 a month while you can find a similar room outside these areas for around 450,000 KRW - 550,000 KRW. When you opt for private accommodations in Korea, there are two things you must keep in mind. First, you will cover your own utilities (water bills may or may not be included in the rent) in addition to the rent, which can add something between 20,000 KRW - 400,000 KRW on top of your monthly budget. Second, you will have to pay a huge amount of money for a housing deposit, which can set you back from somewhere between 3,000,000 KRW - 10,000,000 KRW.

    For those who cannot afford such a huge amount of money, but still pursues freedom of living outside the campus, goshiwon (고시원) provides another feasible housing option. A goshiwon room is smaller than a one-room apartment but still comes furnished with necessary items such as a fridge, wardrobe, and bed. While most goshiwons include a private bathroom, you might also be sharing communal toilets and shower rooms with other tenants. Monthly rent ranges from 300,000 KRW - 500,000 KRW depending on size and location, but in most cases, you are asked to pay no or only a small amount of money for a housing deposit. 



    Another cost that you cannot avoid in Korea is transportation. From when you attend a conference outside the campus to when you go shopping with your friends, your student life is dependent on public transport. The price of a subway or bus ride in Seoul, for instance, starts with a flat fee of 1,250 KRW and you get charged extra by the amount of distance traveled. To give you a general sense of how economical Korean public transport is, traveling to Seoul Station from the Incheon International Airport by subway, which is a little over a one-hour trip, only costs 4,150 KRW. A long-term commuter pass is also available, which comes in handy especially for those who live a few stations off the university campus - you can find more detailed information by clicking here.

    If you feel like going on a trip on holiday outside Seoul to Busan, you can easily find one-way tickets for a long-distance bus at around 20,000 KRW - 30,000 KRW. If you take the KTX, you can save your travel time, but tickets can be as expensive as 40,000 KRW - 50,000 KRW. 

    While taxis would not be the main method of transportation for students, situations, where you attend your friend’s birthday party and miss the last train back home, are quite imaginable. At the moment, the basic taxi fare in Seoul is set at 3,800 KRW (20% surcharge applicable between 00:00 and 4:00), which increases in accordance with time and distance. If you are with a group of friends you can share the taxi fare with, an occasional taxi ride from a weekend night out won’t break the bank.  

    Food: Eating at school cafeterias:

    Having access to school cafeterias where you can enjoy cheap and tasty food is the perks of being an international student in Korea. To accommodate differing timetables and schedules of students and university-based workers, school cafeterias usually operate between 8:00 to 19:00, serving breakfast, lunch, and dinner. Many school cafeterias use a buffet type of service where students line up and take whatever they want from a daily-changing menu. Each serving will come with rice or noodles, a few additional side dishes called banchan (반찬), soup, and kimchi. On average, the price of one meal at a school cafeteria costs around 4,000 KRW and 6,000 KRW. Schools like Korea University offer breakfast for 1,000 KRW during the semester, so don’t forget to check out hot deals available at your home institution. 

    Being a university student, you might also be eligible for a long-term meal card. By pre-purchasing a set amount of meals for the semester, you can enjoy each meal at very affordable costs of around 3,000 KRW - 3,500 KRW. In addition to school cafeterias, many schools have small restaurants and franchise retails on their campuses. While their pricing is similar to eating off-campus, it is very common that these on-campus shops, cafes, and restaurants offer a 10 - 20% discount for students with a valid student ID. 

    Utilities

    Utility costs in Korea depend on housing types. If you live in a school dormitory or a small goshiwon room, you are the lucky one who doesn’t need to care about how big your utility bill might be at the end of every month. On the other hand, those who live off-campus in private accommodation have to cover utilities on their own. Thinking about utility bills can be a pain in the neck just because they are so hard to estimate and they fluctuate so much between different seasons. 

    In terms of gas bills, you can remember the basic principle ‘the cooler it gets in Korea, the higher your gas bill’. From the spring to the fall when the Korean traditional gas-powered floor heating system called ‘ondol’ (온돌) is not in use, your monthly gas bill will settle at somewhere between 5,000 KRW - 15,000 KRW. In my case, I take a shower twice a day in the morning and the evening, which is the only gas-powered activity in my house except during the winter, and my monthly gas bill works out to somewhere between 5,000 KRW - 8,000 KRW. 

    However, it is totally a different story when the winter comes. Generally speaking, most households in Korea start using ondol in late November all the way to early March to survive Korea’s freezing winter, and this can add so much more than you would expect on your gas bill. During the winter I use ondol when I am at home and remember my gas bill suddenly spiking up to about 50,000 KRW a month last winter. And if you are someone who is not so good at being cold and needs to keep the floor heating on all day long, be ready to see your gas bill go closer to 100,000 KRW. 

    Other than gas bills, other utilities will not be big enough to break the bank. In terms of water usage, your bill only comes out every 2 or 3 months depending on what kind of contracts your landlord has with water providers. Unless you use water excessively, a 10,000 KRW note will easily cover your monthly water usage. For your information, my water bill on average is around 14,000 KRW - 18,000 KRW for 2 months, and this includes showering twice a day and cooking once or twice a day. 

    For electricity, there is almost nothing to worry about. According to one statistic, Korea ranks 72nd out of 87 target countries in terms of residential electricity prices. While electricity is one of the utilities that you use the most in amount and frequency, living alone will only cost you around 5,000 KRW - 8,000 KRW. The only exception is during the summer when you likely use air-conditioning for most of the day, in which case your electricity usage might end up doubling your normal electricity bill. 

    Medical Cost:

    As much as you want to avoid, emergency situations could happen while you study in Korea. To attend a university in Korea, you must have valid medical insurance, which you need to submit to your school admin office. When paying tuition, many universities also offer private insurance for additional costs. At the moment, international students in Korea can opt for the Korean National Insurance, which is expected to become mandatory starting from February 2021.

    The Korean National Insurance costs you a minimum of 114,000 KRW a month for medical coverage. However, it is extremely important to keep in mind that this will not give you completely free access to medical services in Korea. The copayment amount depends on the types of medical treatments you receive. Generally speaking, a copayment for inpatient care is 20% and 30 - 50% for outpatient treatment while the amount of a copayment is around 35% for pharmacy bills. If you want to find out more detailed information on the National Insurance and your estimated medical costs in emergency situations, have a look here.

    Other costs:

    Having a student life outside campus is as important when studying abroad in Korea. Fortunately, enjoying entertainment is quite affordable in Korea. Among students, norebang (노래방), which is basically a private karaoke room, is a very popular activity. At a norebang, a 1,000 KRW note allows you to sing four songs. Other activities and entertainment loved by young students in Korea include going to a movie that costs you around 10,000 KRW and watching a professional baseball game, for which the cheapest ticket is available at around 15,000 KRW.

    To stay fit, many Korean students also have a gym membership. A membership at a local gym is available at a cost of 40,000 KRW - 50,000 KRW a month, but they often have ongoing campaigns in which you can get a huge discount on the condition that you commit to at least a three-month contract. Don’t forget to check out university gyms on campus where you can get a student discount by virtue of being a student in Korea.  source take from here

  • What is quantum computing?

     

    Click the link to watch the video explanation>>

    Quantum Computing. 

    Just imagine a computer whose memory is exponentially larger than its apparent physical size; a computer that can manipulate an exponential set of input concurrently or you can say a computer that computes in the twilight zone. Quantum computer is like a tanker that breaks off brick wall which thousand of tennis balls are unable to accomplish. Much of the recent century knowledge on consumer electronics & highly advanced technologies is due to & based on man’s growing understanding of Quantum mechanics. What does quantum computing mean? Let’s have a brief discussion over it!

    Quantum Computing

    Quantum computing is the use of quantum-mechanical phenomena like superposition and predicament to perform the calculation. A quantum computer is used to perform this type of calculation and can be implemented either theoretically or physically. Relatively few and simple concepts from quantum mechanics are needed to make quantum computers a possibility. The field of quantum computing is actually a sub-field of quantum information science, including quantum cryptography and quantum communication. A quantum computer had the potential to resemble things that a classical computer could not have. There are many of the challenges that the system we have today will never able to solve. To solve this high level complexity, a new kind of computing is needed.

    Then what is the big deal about quantum computing? Take an example of retrieving a thing which is left on the desk of office building having hundreds of offices. To get that in a simple way, you need to walk through the building roaming through every door. A simple computer functions in the same way making its way through long strings of 1’s and 0’s until it arrives at the answer. Now take the case of searching that thing by creating copies of you similar to the rooms in building to peek in all offices. The one who find the thing will remain as real you and other will disappear. Quantum computing are built based on this peculiar reality.

    Bits and Qubits

    The classical computers which we use everyday uses memory that is made up of bits i.e. either 0 or 1 as on or off. Whatever functionality computer performs, from playing games to sending mails, comes from manipulating those one and zero. A quantum computer is a new type of computer that uses the unusual properties of quantum physics to solve problems that are impossible for regular computers. They do this by using qubits instead of bits. Similar to bits, qubits can represent a one or zero. What makes them special is that a qubit can be one, zero or superposition of both. This means that qubit can be both one and zero at the same time- making quantum computers exponentially more powerful than their conventional computers.

    Quantum Computers

    Earlier researches have proved that a full blown quantum computer could factor even the largest numbers in seconds, which is an impossible approach for conventional computers. Rather than using 1 & 0 computing that traditional computers use, quantum computer uses superposition, status of matter that can be both 1 & 0 at once. The thing is as you increase the number of qubits, you need to perform all sorts of tweaks and improvements, because the delicate quantum states that are created have to be manipulated, moved and stored without being destroyed. The scalable architecture of quantum computer allows you to think about creating larger qubit computers with relatively low technologies. Quantum computers dramatically outperform classical computers in calculations involving large number of equally possible solutions. Because of their strength at analyzing combinations, quantum computers will most likely to be applied for breaking codes & optimizing complex systems. These are able to accurately model events at the molecular scale, providing a powerful tool for science research.

    Though superposition is powerful, mysterious and delicate. But the problem in building fully functioning quantum computers is that qubits must be held in super –cooled, isolated state otherwise they decohere & lose their quantum magic.  While quantum computers are successfully created by developers but it is unable to get enough quibits working at the same time to realize their full potential.

    Applications of quantum computing

    Quantum computing is a best way to solve improbable complex problems which conventional computers can’t achieve. Due to increase in the complexity, need of powerful processors continues to increase and thus we require more computing solutions. Quantum computers have some of the major applications.

    1. Machine Learning: Quantum computers could entrust machine learning by enabling AI programs. Artificial Intelligence is one of the primary applications of quantum computing. AI is used to pull from large datasets of image, video & text. Artificial Intelligence is an ideal candidate for quantum computation.

    2. Molecular Modeling: Molecular modeling is another example of using quantum computing. The chemical reactions are quantum in nature as they form highly complicated quantum superposition states. This quantum chemistry is so complicated that only simplest molecules can be analyzed by today’s digital computers.

    3. Biomedical Simulations: With the help of quantum computers, we can create, simulate and model molecular structures. Researchers keep on using the quantum computers to solve various puzzles.

    4. Cryptography: Quantum computers can perform factoring related to online security which conventional computers find difficult to factor large number into primes. The time required to make code cracking expensive and absurd. It is also being assured that quantum encryption methods being developed using this nature of quantum computing.

    5. Weather Forecasting: A classical computer takes time to perform weather analysis than it takes actual weather to unfold. Quantum computers are able to help in building better climate models that can provide more intuition into how humans are impacting the environment. These models are built on our future estimates of climate and we can determine which steps needs to be taken to prevent disasters.

    Quantum computing has endless applications. From machine learning to optimization to biomedical and chemical simulations, all these could help to land more discoveries and research new medical treatments in record time.

    Source: https://biteofnews.com

  • Best Tech Jobs 2020: In-Demand IT Jobs



    Who is going to be important in the next decade? 

    It’s clear to everyone that the tech industry is booming. That’s why now is the perfect time to learn about the best IT jobs in America.

    These are the best technology careers because they offer high salaries, promising employment growth, and excellent satisfaction ratings. These tech jobs also offer competitive benefit packages, including health care insurance, retirement plans, and other perks.

    The information in this guide comes from a variety of sources, including the Bureau of Labor Statistics, Glassdoor, ZipRecruiter, Indeed, and PayScale.

    The 20 Best IT Jobs for the Future

    Here is our list of the best tech jobs for 2020, along with job descriptions for each IT job:

    1. Artificial Intelligence (AI) / Machine Learning Engineer

    • Average Base Salary: $146,085
    • Job Growth, 2015-18: 344%

    AI and Machine Learning Engineers are in high demand as the tech industry shifts its focus toward the emerging field of automation. Thus, AI and Machine Learning gigs are among the best tech jobs for the future by most measures. And the projected job growth for AI engineers is frankly staggering. AI Engineers spend their time using big data to train models involved in natural language processing, economic forecasting, and image recognition.

    2. Data Scientist

    Organizations and businesses are collecting more and more data every day. That’s why it’s more important than ever to have experts skilled in data science. Data Scientists spend their working hours compiling, cleaning, and presenting data for organizations to make informed decisions. The number of job openings in Data Science is huge and shows no sign of slowing. With this high demand, data scientist is an easy choice for any list of the best technology jobs. And you can move from Further, according to Glassdoor, data science is one of the top careers in terms of job satisfaction ratings.

    3. Information Security Analyst

    • Median Annual Wage, 2018: $98,350
    • BLS Job Outlook, 2018-28: 32% (much faster than average)

    Computers and digital information continue to encompass much in the business world. That’s why we need Information Security Analysts. They work on the front lines to protect information systems from cyber threats. Security Analysts are essential for protecting user data and sensitive company information. They use a variety of strategies to ensure our data is safe and companies utilize effective protective systems according to government regulations. According to USA Today, InfoSec Analysts have some of the highest job satisfaction ratings.

    Many employers expect a bachelor’s degree in computer science, but it’s possible to land an information security analyst position without a degree.

    4. Software Engineer

    • Median BLS Salary, 2018: $105,590
    • BLS Outlook, 2018-28: 21% (much faster than average)

    Software engineering is one of the most versatile technology jobs on this list. Think about it–you use the work of software engineers every day. The apps on your phones were developed by software engineers. Your Internet browser was designed by software engineers. In fact, nearly every industry in the world uses some kind of software. This means the number of jobs for software engineers isn’t waning soon.

    If you’re interested in this thriving field, there are a number of paths to qualify for software engineering job openings. Some developers opt for a bachelor’s degree or a master’s in computer science. But more and more tech companies and other employers are becoming less interested in applicants having college degrees in computer science. Instead, many employers focus on the need for practical experience in developing software applications.

    5. Computer Research Scientist

    • Median Salary, 2018: $118,370
    • BLS Job Outlook, 2018-28: 16% (much faster than average)

    Computer Research Science is one of the most lucrative and rewarding careers in tech. Computer Research Scientists are at the forefront of technological innovation. They research and discover new ways to do amazing things with computer technology and help drive progress.

    6. Data Analyst

    • Median Salary, 2019: $118,370 
    • Employment Outlook, 2018-28: 16% (much faster than average)

    In today’s business world, data is king. That’s why more and more employers and recruiters are looking for workers with strong data analytics skills. One such role is that of data analysts. Data analysts have to be skilled at interpreting data. They ensure data accuracy and find the best ways to use that data.

    7. IT Manager

    • Median Salary, 2018: $142,530
    • BLS Job Outlook, 2018-28: 11% (much faster than average)

    Another fantastic tech job is in IT management. IT managers focus on the information technology sector of a company. They plan and coordinate everything this department does. They look for ways to improve IT systems. IT managers are in charge of highly skilled technical teams.

    8. Database Administrator

    • Median Salary, 2018: $90,070
    • BLS Job Outlook, 2018-28: 9% (faster than average)

    Database Administrators, similarly to data scientists, work with large volumes of digital information and help clients manage data. These professionals maintain databases and ensure that computer systems run as efficiently and effectively as possible. 

    9. Web Developer

    • Average Salary, 2019: $78,662
    • BLS Job Outlook, 2018-28: 13% (much faster than average)

    Web developers use programming languages, frameworks, and design strategies to build and maintain websites and applications. They are responsible for making sure all text, images, video, and other design elements are rendered properly on the page.

    The internet is here to stay, and the need for qualified web developers will continue to grow for the foreseeable future. Full stack developers are in especially high demand. Even better, Web Developers for some of the best tech websites bring in handsome salaries. Entry level developers also command impressive wages. Web developers are behind every website and web application you use, including this one. According to USA Today, web development has some of the highest job satisfaction ratings of any career.

    10. Computer Hardware Engineer

    • Median Annual Wage, 2018: $114,600 
    • BLS Employment Outlook, 2018-28: 6% (as fast as average)

    Computer Hardware Engineers design, build, and repair the physical circuitry that makes computers work. And while software is the face of the tech industry, tech companies still need hardware professionals. Hardware engineers are well-paid, and the position offers a hands-on approach that’s attractive to many people.

    11. Computer Systems Analyst

    • Median Annual Wage, 2018: $88,740
    • BLS Job Outlook, 2018-28: 9% (faster than average)

    Computer Systems Analysts are essential because technology changes rapidly. These professionals analyze computer systems for companies and perform updates to make systems more efficient. Computer systems analysts make our list of best IT jobs due to high job satisfaction ratings and competitive pay.

    12. DevOps Engineer

    • Average Salary, 2019 (Glassdoor): $111,311

    DevOps engineers primarily work with the production of software, overseeing code releases to make sure everything goes smoothly. Their job is to find where the software is inefficient and ensure that everything runs as efficiently as possible. They do this by monitoring the software, troubleshooting it, and editing or configuring it if need be. The best part is, most tech companies are now open to remote work as telecommuting becomes easier. This makes DevOps Engineer one of the highest paying remote jobs in the market.

    13. Computer Network Architect

    • Median Annual Wage, 2018: $109,020
    • BLS Employment, 2018-28: 5% (as fast as average)

    Computer Network Architects design complex digital systems and cloud computing infrastructure for big and small businesses. This field helps companies function in the digital era. Computer Network Architects command a high salary and good job prospects.

    14. Java Developer

    • Average Salary, 2019: $103,464

    Another one of the best tech jobs around today is in Java development. Java is a robust programming language. It’s extremely useful for finance, building Android apps, research, big data, and much more. A Java developer uses their Java skills to develop and test programs. Since Java is used so widely in a variety of big industries, opportunities in the field will continue to rise.

    15. Tech Sales Engineer

    • Median Annual Wage, 2018: $101,420
    • BLS Job Outlook, 2018-28: 6% (as fast as average)

    Tech sales is a great way to start a technology career without learning to code. For some people, especially former salespeople, this position can be highly rewarding and quite lucrative. And you may be especially well-suited to tech sales if you’re already familiar with sales and marketing strategies. Plus, the demand for qualified sales engineers is very high. Tech sales professionals enjoy good salaries, commission, and straight-forward education options, often with job guarantees. 

    16. PHP Developer

    • Average Salary: $86,616

    PHP developers use their skills to improve websites and software. Using their knowledge, they can add features and new functions to websites. They do this to make programs more dynamic. PHP development is one of the most sought after technology jobs, as it is the foundation of WordPress development.

    17. Python Developer

    • Average Base Salary (Glassdoor): $85,571

    Python is another extremely popular and widely used programming language, and Python development is one of the best tech jobs today. A Python developer creates and tests code for a variety of apps, software, and systems. They work with data mining, cloud and web development, machine learning, and more. They also update and evaluate programs on a regular basis.

    18. Network and Systems Administrator

    • Median Annual Wage, 2018: $82,050
    • BLS Job Outlook, 2018-28: 5% (as fast as average)

    Network and Systems Administrators are in-demand today in virtually every industry in the country. Every business utilizes systems and networks. As a result, businesses need trained professionals to manage these vital and complex systems. Network and Systems Administrators earn high salaries, even compared to other technology jobs.

    19. Mobile Application Developer

    • Average Salary, 2019: $73,034

    Mobile Application Development is one of the many great technology jobs that demand creativity and keen problem solving skills. Do you have an idea for a new app that will offer entertainment, convenience, or some other value? Then consider mobile app development, since we’re all waiting for the next great app or mobile video game!

    20. Web Designer (UI/UX Designer)

    • Average Salary, 2019: $64,030

    Web designers, like web developers, work with websites and web applications. However, the position is oriented towards the visual aspects of site building. Tasks include creating page layouts and wireframes, working closely with developers, and designing mockups for applications. It makes web design an attractive option for creative people. Web design is a broad career path, but there are plenty of opportunities for UX and UI designers in the job market.

    With that, we wrap up our list of the best technology jobs. These will be the most in-demand technology careers through 2020 and beyond.

  • What is the salary of a computer programmer?

     

    There’s far too many factors involved here to give a concise and accurate answer.

    The salary range for programmers is really broad. Even in the US (where salaries tend to be higher) I’ve seen programmers make anywhere from $25,000 - $250,000 a year.

    That’s a 10 times differe
    nce for largely the same skill. How on Earth does that happen? Well, a lot depends on who you work for and when you got hired.

    Take my first job out of college back in 2005. I worked at a local computer repair shop making websites with PHP. I was pulling back $25,000 a year or something in that range anyway.

    I had no idea that was basically at the state minimum salary level. I also didn’t realize how bad of a deal this was working at a tiny computer repair company being pushed to work 50–60 hours a week.

    Yeah, that job sucked and luckily I didn’t stay for long.

    Later I landed a job at the University making $35,000 a year, which later became more like $45,000 a year. After that each job added considerably to my income.

    Eventually I made it to a pretty high level relative to the part of the country where I live. I also know some programmers who are making at the high end of the rage given above… $250,000+.

    Here is what I’ve noticed in my own career and also what I’ve seen from other people.

    1. Growing businesses pay better.
    2. It’s easier to be promoted in a successful business.
    3. Asking for more money usually gets you more money.
    4. The people who make the most ask for the most.

    That sounds simplistic and maybe a bit obvious, but I see those patterns play out at every level.

    The people making the least ask for the least. The people making the most ask for the most. Heck, they demand it!

    I have a friend who has moved into consulting and he’s managed to get his rate higher than I thought possible because he figured out how to ask for more money in a way that people are willing to say yes. He works the hours he wants to work, with the clients that he enjoys working with, and spends plenty of quality time with his family.

    But he didn’t start there. He worked his way up the success ladder by working hard, learning a ton, and taking care of business the right way. Along the way he kept finding better opportunities and asking for more money.

    None of this is complicated, but it usually takes 10+ years for the results to be really obvious.

    So, my advice to you if you want to make as much money as you possibly can as a programmer is…

    1. Land a job at the most successful company you can
    2. Ask for as much money as you are comfortable with
    3. Work really hard (and increase your value)
    4. Periodically ask for more money (either at your current job or elsewhere)

    Repeat that process and reap the benefits.

    That is how I’ve seen people consistently make it to the top of the programming profession.

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    How Expensive is Korea For an International Student?

      How Expensive is Korea For an International Student?   Korea is becoming one of the most popular destinations among non-English speaking c...

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