How to become a better programmer/developer?


From time to time I receive emails with questions “How to become better/awesome developer?”, “Should I go to college?”, “what’s the secret formula to become ultimate programmer?”. Instead of answering the same questions over, and over again – providing only partial response each time – I decided to write this blog post.

Should I go to college?

College lecture

It’s a very hard question. Especially from perspective of person who went to 3 Universities (and graduated from all of them). Thus, instead of telling you whether you should or should not go to College, I will tell you what are the benefits of going to College.

First, and foremost – the opportunity to connect with other people. Better the school is – better connections you can make. This is the real value of going to Harvard or Stanford instead of Community College. Not outstanding professors who owns secret formula that they are sharing only with their students. Of course professors at top Universities are usually better than at non-top Universities, but they do not have recipe to teach you something without your own initiative. Did you know that Stanford, and MIT publish some of their classes online, for FREE? Why you do not just study these classes instead going to college? You can, but this is like watching the moon landing from home instead of being in the space craft. This is also the reason why top schools accept only ~2% of candidates. They want to have only the smartest people to hangout together, and then have successful careers. This makes school prestigious.

The second benefit is being forced to learn things that have steep learning curve, are not very fun at the beginning, but are definitely worth to know while being developer. Most of them are actually very exciting when you connect all pieces together.

Information, knowledge, wisdom

Check out my other blog post: 10 things you should learn at University.

When you will have opportunity to choose classes to attend – first choose professors, then subjects. From my experience – when I wasn’t interested in some topic, but professor was good – I liked the class, and I learned a lot. On the other hand – when I was very interested in some topic, but professor wasn’t great – I always regretted, because I probably could have learnt more by myself.

Before making your decision, get familiar with opinion of people who recommend you to go to College (e.g., Joel Spolsky), or with those who definitely tells you to do not (e.g., DHH). You should also take into consideration path of those who went to College, and drop (e.g., Bill Gates, Steve Jobs, Mark Zuckerberg). Be aware that educational system has its issues that are amazingly explained by Sir Ken Robinson in the most watched TED talk ever Do schools kill creativity?, and Peter Thiel in one of interviews. Remember that university education is not life insurance policy. It may work exactly opposite.

I do not remember who said that, but I agree:

The best programmers learnt Computer Science at School, and programming by themselves.

What language should I learn?

Programming Languages

Most of experienced programmers will tell you: “whichever is your favorite, because you can do cool stuff in C#, but also in Ada, e.g., by writing Software for Boeing 787”. And they are right! But I feel sorry for those beginners who will try to start with Ada, because it is very likely that at the time when they will be getting their first program to compile, those who had chosen C# would already have full CRUD application with Database deployed on Azure.

My answer for this question is: learn C# and JavaScript.

Why C#? “C# is a better Java”, and those two (C# and Java) are currently the most popular compiled programming languages. Thus, there are a lot of code samples, tutorials, and community support.

Why JavaScript? Because it is the most popular programming language that allows you to write programs for the most popular platform: web browser.

Extra credit: learn also C/C++ to learn pointers, and how memory allocation works. I would even recommend you to try to write some assembly: to understand how variables are stored in the processor registers, and memory. Then spend 7 weeks with this book: Seven languages in seven weeks. Hint: after you learn first programming language, learning each next will be getting easier. There is also a great, GREAT book that will help you to understand how computers work: The Elements of Computing Systems.

You may hear from more experienced programmers that you shouldn’t try just learn another language, but to build something. Unfortunately, the difference between you and them is usually number of the languages you both know. You: 1 or 2, them: more than 5. Because of that, they are able to pick up language basics in one night, and start building something right a way. They already know how to use common programming constructs – such as loops, functions, classes – and how to use them efficiently. For you: it would be much harder.

It’s good to be proficient in one language, and know how to use a few other. I think it was Albert Einstein who said:

Know everything about something, and something about everything.

How to get a job when I do not have any industry experience?

first interview

Create something. Whatever. Really! That’s the most popular advice from experienced programmers. While it’s true, the problem is that it is much easier to say and understand, when you already have done that. For somebody who is really entering the market for the first time – it is not that obvious. So, here, I will tell you what to do: Create a website that will allow you to browse, add, edit and delete books. Then add possibility to login, and roles for admins (who can do everything) and standard users (who can only browse books). Once you have this, create a mobile app that will allow you to browse these books like the website, and later on, also edit/delete when you are logged in as admin. You can get books from your website by creating API that will return data in JSON format.

What technology to use? You can do it in ASP.NET MVC using MSSQL Database (with Entity Framework). You can also use Node.js with Express Framework, and MongoDB database. On top of that you can use some SPA Framework like AngularJS, ReactJS, or Aurelia, to make your app more cool. For mobile app – Windows Phone is the easiest for beginner. You can also try iOS or Android if you want to. The best move would be of course to implement it for all 3 platforms. You can create native apps in C#, Objective-C/Swift, and Java, or you can use Xamarin (C#) or Apache Cordova (HTML/CSS/JavaScript).

BTW: You can learn all technologies mentioned above at Pluralsight. I really recommend you to get an account there. You can check popular courses list as a tip what it currently hot and worth to learn.

When your app is ready, publish it on github, and deploy to Azure or AWS, or Google Cloud, or to all of these platforms. Use FREE trials if you do not want to pay, or even better – figure out how to do not spend too much money when using Cloud.

Are you done? I hope you didn’t do it exactly how I said, or you did multiple versions of slightly different applications using different tools. Great! Now, you can show it to your future employer, and tell him that you are already capable to deliver software from your first day at work. You can put it in your resume, in ‘projects’ section, and describe it: “I created a website for book collection management with user authentication, and authorization. Additionally I created companion mobile apps for 3 most popular mobile platforms (iOS, Android and Windows Phone) that communicates with database through RESTful API”. If you will have thing, when you graduate from Collage, you will already beat 95% of other students, and – I am assuring you – this will give you your first job for 99%. From then – you will figure things out!

If you want to work for some of the top, tech companies like Microsoft, Google, or Facebook, I recommend you to learn a lot about algorithms. Take as many algorithms classes as possible at school, read books (1, 2, 3), and practice, practice, practice. These companies don’t care whether you can program in Java, even if you are applying for Java Programmer position. What they care about is whether you are smart, and can get things done. I really recommend to check out Sean Lee’s talk How to Get a Job at the Big 4 – Amazon, Facebook, Google & Microsoft – it’s not only about getting job at particular companies, but it’s also a great career advice.

How can I improve my coding skills?


Write code. A lot! Really. Write code everyday. You can create some simple applications, like todo list, or shopping list app, or personal finances calculator. I know all of these exists, but you are going to learn by reinventing the wheel. If you want to create something more complex – go for it! Look at this women who built 180 websites in 180 days. The good way to practice programming is to compete in programming contests.

Read books to learn from more experienced programmers, and to discover what we know about programming today. If you want some reading recommendations check list of my favorite books, or all books I have read.

Check out podcast Be a better Developer in 6 months by Scott Hanselman, and article by Peter Norvig (Director of Research at Google) – Teach Yourself Programming in Ten Years.

You can also take a look at Google’s Technical Development Guide – recommendations and resources that will help you to become developer from Google.

Get Involved!

get involved

There is an amazing, free Pluralsight production by Scott Hanselman and Rob ConneryGet Involved! Check this out. Then start a blog, create twitter and github accounts, subscribe to some podcasts (e.g., Hanselminutes, .NET Rocks, This Developer’s life, StackOverflow podcast), and go to some conference for developers, local meetup, or Code Camp. Pro tip: when you want to learn something – submit proposal for local meetup, student Computer Science group, or conference about the topic that you are interested in, and would like to dive in. This will give you motivation to learn.

Remember about soft skills

soft skills

What many developers underestimate is the value of soft skills. Please read Dale Carnegie’s How to win Friends and influence people, and Chad Fowler’s The Passionate Programmer. Maybe at the very beginning of your career it doesn’t matter that much, but at some point you will notice how important is communication, and ability to interact with people.


I know you would like to be an awesome coder tomorrow, but this takes time. Be patient, work hard, and after some time you will realize that you are a good programmer. However, remember to maintain and improve your skills everyday, like athletes do with everyday training.

Good luck!

Wolf of Wall Street

10 things you should learn at the University

I graduated last year, and I would like to summarize things I learnt. In the StackOverflow Podcast #36Eric Sink said: 

The best students learn Computer Science in class and programming on their own.

I remember when back in days my friends from the University were talking about their first job, and 9/10 of them were saying something like that: “During this one month Internship I learnt more than for 3 years in College”. I couldn’t say that about my job. At the beginning I thought that they probably got much better job or internship than me. It took me 3 years to understand this phenomena…and it wasn’t phenomena. They thought, they learnt a lot, because they were able to get something done using some framework that did magic in the background (like creating simple CRUD web application with database configuring everything automatically). However, there is a lot of stuff between framework and hardware. I noticed, that lot of Developers don’t care about it. Moreover, you can live without it. Like taxi driver doesn’t need to know the city, as long as he has GPS. I think it is good to know the fundamentals.

There are some courses, which can help you to learn things, about which you probably will not bother once you get a job. In the same time, they are worth to learn, will help you to understand how computers work, and in my opinion will help in your future job.

Here is my top 10 things/courses you should learn at University (which is the best time for it):

  1. Computer Architecture: to know how computer works, how they represent data (Two’s complement system, IEEE 754). There are two books good books about that: Computer Architecture: A Quantitative Approach and The Elements of Computing Systems.
  2. Compilers: sort of supplement to computer architecture. It is connector between Software and Hardware. Classic book about compilers is Compilers: Principles, Techniques, and Tools (AKA Dragon Book).
  3. Algorithms and Complexity (O notation): this is hard and challenging topic. Require a lot of practice, but pays off in the future. The bible for algorithms and computational complexity is Cormen’s book: Introduction to Algorithms.
  4. Automatas (DFA, NFA, Turing Machine, etc.): “Recognizing the strings in a language is a formal way of expressing any problem”. This is fundamental of Computer Science, as a Science, on top of which all software and hardware is built.
  5. Assembly Language: it helps to understand concurrent applications, and bugs occurring in them e.g. caused by instruction reorder.
  6. System programming: in the world of Cloud Computing and Virtual Machines, this is still useful subject that can gives you an insight into how software communicate with the hardware.
  7. Embedded devices: the Internet of Things is the future. Additionally it is fun (check Jon Gallant blog post who joined Internet of Thing team at Microsoft).
  8. Artificial Intelligence: every year devices are more intelligent (from your phone, through medical devices to Google Car). According to Bill Gates AI will explode in next 10 years. University is great place to learn AI fundamentals.
  9. Computer Networks: it is good to learn about networks, how data is flowing in the wires (packets), what is DNS, CDN, what challenges, and limitations do we have in fast and reliable data exchange. Recommended book: Computer Networks (by A. Tanenbaum).
  10. Computer Security: everyone would like to be a hacker. First, you need to know the basics, and be aware that this topic is changing every year (sha1 is being replaced by sha2, because it is not “secure enough” anymore). Because it is changing so fast, there is no universal book that is up to date. However Practical Internet and Unix Security book is still very valuable. To be up to date with security issues, I strongly recommend you to follow Troy Hunt’s blog (in my opinion: one of the best blogs in the Internet).

One can say: “Turing Machine? Would I need it for something?…Probably not.”. But again, I am talking about Computer Science, not programming. You can live without that knowledge, and do amazing things. Like mentioned taxi driver, who can take customers from place A to place B. But…what he will do, when GPS run out of battery or GPS will be wrong? What if there are two streets with the same name? Maybe GPS will indicate it, maybe not. Additionally, good taxi driver knows which way is faster, and where he will stuck in traffic on certain hours better than GPS.

Very often we do not appreciate the knowledge gained at the University, but it helps us in everyday job in the same way like swimming and running helps the boxer in his fight.

What is cool nowadays, you can learn Computer Science online for free.

At the end, it is totally up to you if you want to learn about Computer Science, or just learn how to program. I think it is good to know both. What do you think? Would you add/remove something to/from my top 10 list?

Master of Science in Computer Science

After 1 year and 8 months of being a Graduate Student at Kansas State University and Research Assistant at SAnToS Lab Research Group I got my Master of Science degree.

Courses I took:

In my first semester as a Graduate Research Assistant at SAnToS Lab I was working on integration Bakar Kiasan with GNAT Programming Studio (using Python and PyGTK).

In Summer 2013 I started my actual research work, which is captured in my Master Thesis: A Model-Driven Development and Verification Approach for Medical Devices. The main problem of my research was to propose translation of AADL/BLESS models to SPARK Ada programming language. I created PCA Pump Prototype for BeagleBoard-xM platform, by translating already existing models (using translations developed by me), and performed verification (static analysis) using SPARK Verification Tools.

This is a video from my defense:

Unfortunately, QuickTime crashed 3 minutes before the end. Fortunately, you can catch up with slides.

I created additional video with PCA Pump Prototype demonstration. Pump is developed in SPARK Ada, and it runs on BeagleBoard-xM platform.

Patient Controlled Analgesia (PCA) pump is a medical device, which allows the patient to self-administer small doses of narcotics (usually Morphine, Dilaudid, Demerol, or Fentanyl). PCA pumps are commonly used after surgery to provide a more effective method of pain control than periodic injections of narcotics. A continuous infusion (called a basal rate) permits the patient to receive a continuous infusion of pain medication. Patient can also request additional boluses, but only in specified intervals. It prevents from overinfusion. In addition to basal and patient bolus, clinician can also request bolus called clinician bolus or square bolus.

My Master Thesis in PDF format can be found here. LaTeX source is available here.

I spent 2 years at Kansas State University (4 months as an Exchange Student, and 20 months as a Graduate Student). I had very good time and I learnt a lot. I really recommend to get Master degree from a different University than you get your Bachelor. Wroclaw University of Technology (where I got my Bachelor) is more practical. Graduates are ready to work at the industry. Kansas State is more theoretical and research oriented. I had an opportunity to experience both and I am very happy with that!

Medical Device Coordination Framework

Patient room - future

As a Research Assistant at SAnToS Lab I am working on Medical Device Coordination Framework. It is a long term research effort. MDCF is an implementation of Integrated Clinical Environment. There is many people involved in it. Not only from my University. There are folks from University of Pennsylvania and some other researchers who cooperate with us. My part of research is focused on code translation. You can call it Model Driven Development. The long-term research goal is to create a AADL/BLESS to SPARK Ada translator for Medical Devices.


AADL stands for Architecture Analysis & Design Language. It is modeling language, which allows to describe hardware and software parts of the system. It can be represented in graphical and textual form.

BLESS stands for Behavioral Language for Embedded Systems with Software. It is an extension to AADL language. AADL can be extended by language annexes. BLESS is one of them. It is designed to prove embedded software/system conformance to specification. In other words: to verify the AADL model.

SPARK is a programming language and static verification technology designed specifically for the development of high integrity software. It is subset of Ada programming language. It contains all features of Ada, except:

  • Pointers
  • Exceptions
  • Aliasing between variables
  • All Concurrency features
  • Side effects in expressions and functions

However, it contains toolset for Software Verification, such as:

  • Examiner – analyze code and ensures that it conforms to the SPARK language; also verify program to some extent using Verification Conditions (VC)
  • Simplifier – simplify Verification Conditions generated by Examiner
  • Proof Checker – prove the Verification Conditions

I blogged about SPARK Ada recently.

Research background

The ultimate goal has a big scope. The goal is to deliver a platform, which allows different medical devices to work together. Moreover, there will be monitored and controlled by centralized system.

We use and create a lot of different technologies. From AADL, BLESS, DML to SPARK Ada, Java, through many other. Most of them are still under development. I work mainly with AADL, BLESS and SPARK Ada. The biggest challenge for me is to understand how AADL models should be mapped to SPARK Ada in real-World. Unfortunately, I cannot find some Open Source examples on github. Companies treat it as their intellectual property, and do not share it. More over, the AADL committee still did not decide how some AADL constructs should be mapped to Software. Thus, my role is to propose it (based on existing work).

There is an AADL to Ada code generator: Ocarina. It is written in Ada and it uses Ada features, which are not in SPARK language. However, it is a good point to start. Another resource I am based on is Aerospace Standard – Architecture Analysis & Design Language (AADL) V2 Programming Language Annex Document. It describe data types translation and base for ports communication.

The essence of AADL models is port-based communication. Usually implemented in publish-subscribe mode. It allows to interaction between different components of the system.

Sample medical device

To create code translator for Medical Devices, I needed some example of Medical Device. One member of our research group, Brian Larson created AADL/BLESS models of Patient-controlled analgesia Infusion Pump. This device, is used to infuse a pain killer. The dose can be controlled by patient. He also created Open PCA Pump Requirements. Document, which describe precisely functionalities of PCA Pump. My role is to develop AADL/BLESS to SPARK Ada translation schemes and translate existing PCA Pump models, to assure that translation makes sense.

PCA Pump

Research plan

There are many issues and problems to solve in this project. One of them is SPARK limitation. Besides excluded features mentioned above, SPARK 2014 does not support multitasking (yet). SPARK 2005 support it in some extent (with Ravenscar profile). Thus I use mainly SPARK 2005.

The plan is as follows:

  • Create AADL/BLESS to SPARK Ada translation schema
  • Manually implement working PCA-Pump prototype on BeagleBoard-xM based on Requirement document to find out possible implementation issues
  • Manually translate AADL/BLESS models to SPARK Ada, reusing code created during implementation
  • Create AADL/BLESS to SPARK Ada translator based on manual translated code

How it goes?

I started working on this project around 1 year ago. Most of the time, I spend on studying AADL, SPARK Ada, BLESS and Ravenscar Profile. I thought, I would accomplish much more. However during the process I faced a lot of problems and I had to Shave the Yak. First challenge was to run SPARK Ada code on BeagleBoard-xM device. In cooperation with Ada Core, we got cross-compiler, which works for its processor. It took around 3 months, because cross-compiler was under development. After around half a year of exploring, I came up with AADL ports translation schema (based on AADL annex document). Simultaneously, I was working on PCA Pump implementation (based on its Requirements Document). Most of it is described in SPARK Ada programming for ARM-based device(BeagleBoard-xM). It allowed me to better understand SPARK Ada development environment and create translation schemes for AADL packages threads. SPARK Ada development is much different than Java, C# or Python. After many hours spent on AADL/BLESS models analysis, I created mapping from BLESS to SPARK Ada.

For now, most of the work is done. Especially, translations schema. I have less than 2 months to finish everything. My plan is to refactor existing PCA Pump implementation and create final mock of code translated from AADL/BLESS models. Additionally I want to add implementation to some ‘translated’ part and apply SPARK Verification tools and AUnit tests. Finally, I will need to describe everything in my Master Thesis.

My thoughts so far…

Development for safety-critical systems is totally different, than creating Web or Mobile applications. My research adventure is very fascinating and allow me to discover new things everyday. It gives me different perspective of Software Development, which will be useful in the future. No matter if I would work for company producing Aircrafts or Space Shuttles. It will be valuable also for Web/Mobile Start-up in Silicon Valley or personal Mobile App. Finally I understand where UML and variety of Software Design Processes can be applied. Programming in SPARK Ada requires deep thinking and understanding about how every small part of the program work. There is no high abstraction layer, where calling some library function will do all work. It allows to understand what is underneath and how powerful languages like C#, Java or Python are.

If you are at the University now, I strongly recommend you to join some Research Group. Or at least talk to some of your professors and ask if you can do some Research-oriented project for him. No matter, if you are Graduate or Undergraduate student. If research topic is out of your comfort zone, then it is even better!

outside comfort zone

Applying for PhD in USA

This post is an overview of PhD application process in USA. Application for Master program is usually very similar, but there are differences, specific for every University. Actually, every University has their own requirements, which are similar among the country.

My very first advice is to start planning application process at least 1.5 year before the semester in which you want to start your program. In most top Universities the PhD programs are starting only in Fall and application deadline is in mid-December, on the previous year (e.g. for Fall 2014 it is December 2013). Almost 1 year ahead! There are also Universities, which are admitting for Spring as well. However deadline is still around 6+ months before program’s start date.

To do list for PhD application

  1. Find Universities/Professors/Research groups you are interested in
  2. Take standardized tests: GRE and TOEFL(*)
  3. Write Statement of Purpose
  4. Get 3 recommendation letters from your Professors
  5. Get your transcript of records
  6. Apply!

Now, let’s look at each of the above tasks in details.

Find Universities/Professors/Research areas you are interested in

This choice depends on many factors. It is worth to apply for some top Universities, some good Universities and one or two you are sure you will be admitted. When you are choosing Universities it is good to check its rank in your major. E.g. Harvard (one of the best Universities in USA) is #22 in Best Computer Engineering Grad Schools ranking, while University of Michigan is #5. Even more important than ranking (which is more useful in case of Undergraduate Programs) are Professors and research ares at the chosen University. This part will take you weeks if you are starting from scratch (you have no idea about that). It is worth to ask your professors for advice in selecting Schools.

My advice is to choose some 1-3 top Universities, 1-3 average (where you have real chance to be admitted) and 1-2 you are almost sure you will be admitted.

Be aware that applying for Grad School is not free. You need to pay non-refundable fee for every University you want to apply. Usually the application fee is around $70-80. However some Universities are expensive, e.g. Stanford: $125. As long as you are not rich (and you are probably not, when you are a student), you need to choose Schools you are really interested in to don’t waste your money.

Take standardized tests: GRE and TOEFL(*)

During Universities/Programs research, you can start preparation and schedule test dates for standardized tests.

95% of good Universities require GRE (Graduate Record Examinations). Preparation for this exam is usually 1 to 6 months depends on your knowledge. It will be easier for people to whom English is a first language. It will be also easier if you are good at math. Reasonable preparation time for this exam is 1-3 months. More details about that you can find here. There are three sections: Verbal Reasoning (130-170 points), Quantitative Reasoning (130-170 points) and Analytical Writing (0-6 points). I know, it is weird that the minimum score in Verbal and Math is 130 🙂 The exam takes around 4 hours in total. You need to wait around 2-3 weeks for results. Cost: ~$200 (depends on country/city where you are taking it).

I think all Universities require TOEFL exam (Test of English as a Foreign Language) if you are international student. There are variety of possibilities to waive it (e.g. if you have US degree, or you are full-time student in USA for more than 2 years), but it depends on the specific University. Test is not very hard, when you can communicate in English without any problems. The challenging part is the fact that it takes more than 4 hours, and you need to stay focused all the time. There are four sections: Reading, Listening, Speaking and Writing (30 points for each, 120 is maximum in total). You need to wait around 2-3 weeks for results. Cost: ~$200.

Every University (and some Departments) has GRE code and TOEFL code. You need to provide this code, to specify where you want your results to be sent. In case of GRE I needed to provide this code at the end of exam (in the examination center). In case of TOEFL: “Score report recipients can be added or deleted through the TOEFL iBT® online registration system until 10 p.m. (local test center time) on the day prior to the test date”. Due to that, it is good to check these codes earlier (and take them to the examination center in case of GRE). When I was taking TOEFL and GRE, I was able to select up to 4 institutions to which they send my results without any additional charge. If you want to apply to more Grad Schools you need to order extra results (which is not free). In my case it was $18 for TOEFL and $25 for GRE (per one copy!).

Statement of Purpose

It is similar to cover letter. In Statement of Purpose you should describe what is your interest and relevant experience, which can be useful during PhD research. There are many online resources how to write statement of purpose. E.g.: here and here. What is very important: you need to tell the truth. Especially about your research interest. Based on SoP (Statement of Purpose) you might be admitted or not by specific professor. Remember that PhD is usually 5-6 years and you probably would like to do stuff you are passionate about. Not some things you have never heard about, and do not have any interest in.

Get recommendations

Graduate Schools require usually 3 recommendation letters. It is good when 2 are from your professors and 1 from somebody you were working with out of your University (e.g. during Internship or in job before/after College). If you do not have person like that it is fine to get recommendation only from your Faculty members. In general professors don’t like you to see their recommendations. It is not a problem, because you just need to provide their e-mails for Graduate School. Then Graduate School (or Department) send a ‘request for recommendation’ directly to them. They need to reply for this email or upload your recommendation online. Additionally you will get an option to ‘Waive right to review recommendation’, which means you won’t see the recommendation. I think there are variety of reasons behind that (e.g. student may not like something in the letter, or when he get very good recommendation he may lose motivation etc.). Anyway, you should not be worried about that if you are a good student.

Get your transcript of records

In case of US University this part is easy. You just request transcripts from University and they know what to do. Even when you are not student anymore. In case of foreign country it might be an issue. It was in my case (Poland), but finally (after many phone calls and e-mails) I got them. Fortunately most of Universities accept unofficial copies. Especially from foreign countries, because they are aware of differences between education systems. However, most of Schools require you to send them paper copy of your transcripts. Additionally they are providing specific address to which you should send them. Usually it is Graduate School, but sometimes it might be department. You need to check this on your own.


To do the final step, which is ‘apply’ you need to register in every University’s Grad School online system. After providing all necessary information and listing your recommenders, you need to pay the application fee. Remember about sending your tests (GRE/TOEFL) results and your transcripts to every School.

Now, let’s look how it goes in practice.

My PhD applications

Finding Universities/Professors/Research areas I am interested in

I am already in Graduate School (in Master program) at Kansas State University. I am GRA (Graduate Research Assistant) in very strong research group: SAnToS lab. Additionally PhD was only an option for me. It means: it wasn’t my only way (get PhD or die) to move my career forward. Another option was to find a job.

Because of that I needed to adjust my recommended strategy (1-3 top + 1-3 average + 1-2 sure Universities). I think my Department is one of average (#85 in Grad Schools ranking) and I had high chances to be admitted (Faculty already knows me, I had experience in their research area etc.). I chose one more average: University of Massachusetts (they work on similar things as I am in my research) and 5 top Universities: Stanford, Carnegie Mellon, MIT, Harvard and University of Pennsylvania.

Taking standardized tests: GRE and TOEFL(*)

I took TOEFL before I started Master Program and I got 86/120. I could use it for my PhD applications because the test was taken less than 2 years ago. In most of Universities TOEFL results don’t expire for 2 years.

I needed to take GRE, because I didn’t take it before. I had to go to Topeka, KS (60 miles from Manhattan, KS where I am currently studying). It was much harder than TOEFL. I learnt some words in English, which I didn’t know even in Polish before. E.g. bigot or ephemeral. Do you know them? My results: 3/6 (Writing), 144/170 (Verbal), 168/170 (Quantitative). Not good in Verbal, but not bad in Quantitative (Math). I thought I have some chances. Especially, because Grad Schools don’t require minimum. They use GRE only as indicator, which means that if you are awesome in different areas, they don’t really care about it. Of course most of people who are awesome in other areas, have also good GRE scores 🙂

Writing Statement of Purpose

It took me a few days. Especially because I adjusted some parts for specific University. The structure of my SoP was as follows:

  • something about me
  • my experience
  • what I want to do
  • why this University

Getting recommendations

I got recommendations from my major professor, one other professor from my research group and my former manager (from the company I was working for before Graduate School).

Getting transcript of records

It was super easy in case of Kansas State University. I just needed to log in into Internet Student Information System (ISIS), request transcript and provide address to which I want them to be sent. Everything for free ($0!) if you are current student.

Unfortunately, it was not that easy in Poland. At Wroclaw University of Economics, I needed to prepare it on my own and lovely Ms. Daga had to check if it conforms to data in the online system. No possibility to print it from the system (sic!). Then somebody needed to pick it up in person. I asked my sister, who picked it up and gave them to me, when I was in Poland for Christmas. At Wroclaw University of Technology it was even harder. They do not have procedure to issue transcripts for former students (sic!). I had only one copy of my diploma supplement (which is similar to Transcript of Records). I copied it, went to the dean’s office and ask for University stamp on it. Again in this situation, one women working there was nice and did it for me in the same day (she needed to review manually 7 copies in total!). I hope that this situation will change soon. Students should be able to request transcripts through online system (not necessary for free) and be able to pick it up or get it sent to chosen place.


Application deadlines of Universities I chose were in the middle of December. E.g. Carnegie Mellon had two deadlines: early in December 4 (fee: $75) and late in December 16 (fee: $125). I sent transcripts after I paid the fee (because I didn’t collect all of them before) and it was fine. The same with recommendations, some of them were sent 5-10 days after deadline. Thus I think the most important part is to send the online application (along with fee). You can send all other documents within some reasonable time (one month?) after deadline.


  • Stanford – REJECTED
  • Carnegie Mellon – REJECTED
  • Harvard – REJECTED
  • University of Pennsylvania – REJECTED
  • University of Massachusetts – REJECTED

Sounds bad, right? Rejected everywhere. However, I chose 5 top Universities and 1 average. Currently I am at the Kansas State University, which is aspiring to TOP 50 Public Research Universities. Additionally, I am already in very good research group: SAnToS lab. Thus, it was only make sense to apply for better Schools.

K-State was on my list of Universities, that “I’m sure I will be admitted”. Finally I didn’t apply for PhD program at Kansas State University, because I got a job offer from company I wanted to work for.

After rejection, I sent e-mail to every University asking about rejection reason. Most of them replied, that they “cannot provide details, because of high number of applications”. Only Stanford gave me outline of reasons:

  • low score in some sections of GRE (50% in Writing, 45% in Verbal), it is good to have around 90% in every section
  • low GPA: my 4.72 in Poland, converted to USA scale is ~3.23; good students in USA have GPS greater than 3.5 (usually close to 4.0)
  • no publications (top Universities like even Undergraduate students with publications)

They also recommended me to enroll for some Graduate Courses via their Non-Degree Option program. Then, after getting good grades (A+) I will have higher chances to be admitted.


PhD studies might be very good experience and adventure. Especially in USA, where you have opportunity and environment to work on technologies of tomorrow. I was lucky to have this chance during my Master studies. I am working for SAnToS Lab. Our main research areas are Formal Methods and Medical Devices. We have access to pre-releases of IDE (GNAT Programming Studio), which are public 6 or more months later. We are working on standards for Medical Devices, which will be (or not) in the Industry after 20 years from now. It is a lot of other cool stuff, which I describe in the other post.

Before you decide pursuing PhD, be aware that it will take 5-6 years (or even more) and you will be around 30 years old when you graduate. During this time you can gain experience in industry or start your own company. Of course you can cancel your PhD studies, but it is better to really think about it before you start application procedure. It also take a lot of time, during which you can applying to some great companies or creating apps.