Student life is not limited to lectures and preparing presentations on cultural studies. It is also the period during which you begin to shape your professional identity and build the foundation of your future career. One of the most significant stages in this process is professional internship practice. Although many students perceive internships as a formal academic requirement, they are, in reality, an invaluable opportunity for rapid entry into the professional environment.

Why do internships matter at all?

Many students — whether aspiring UX/UI designers, SMM specialists, developers, or analysts — often question the practical value of internships and wonder why they should devote time to practice instead of focusing exclusively on academic studies.

• — Testing theory against reality: University education provides theoretical knowledge, introduces academic frameworks, and develops analytical thinking. Internship practice, however, demonstrates how this knowledge functions within actual professional and business environments.
• — Building a portfolio: your first cases — for example, developing the structure of a "Student Guide" or writing a technical brief for a photographer — start right here.
• — Networking: you meet professionals. Your current team leader might be the one who gives you a recommendation to your dream company.
• — Finding yourself: an internship helps you figure out whether you actually enjoy things like targeted advertising or whether you want to move into systems analysis.

How to get the most out of an internship: a step-by-step plan

Simply "sitting out" the required hours means missing an opportunity. Here is how to turn an internship into a career launchpad:

• 1. Define Clear Objectives. Before beginning the internship, determine the specific knowledge and skills you intend to acquire. For example, students specializing in marketing may aim to learn how to configure audience targeting in advertising platforms or analyze engagement metrics for applicant recruitment campaigns.
• 2. Demonstrate Initiative. Do not limit yourself solely to assigned responsibilities. If you identify opportunities for improvement — such as adapting university social media content to current digital trends — propose ideas, prepare concepts, or contribute creative solutions. Proactive students are more likely to attract professional recognition and trust.
• 3. Ask Questions Actively. Internship practice is an educational environment in which questions are encouraged. Students should seek clarification regarding organizational processes, communication strategies, project management approaches, and professional standards. Active curiosity accelerates both learning and professional adaptation.
• 4. Document Your Achievements. Maintain a record of completed tasks and contributions throughout the internship period. Published press releases, multilingual translations, content development, project participation, or organizational support activities should be systematically documented. These materials may later be incorporated into a professional résumé or portfolio.
• 5. Accept and Apply Feedback. Constructive criticism is an essential component of professional growth. Recommendations regarding writing style, task organization, communication, or workflow management should be viewed as opportunities for improvement and adaptation to professional standards.

Conclusion

Internship practice is not merely an academic obligation, but a valuable opportunity to experience professional life before graduation. Whether working as a UX/UI designer, SMM manager, developer, analyst, or content creator, students gain practical knowledge, develop professional competencies, and build confidence through real-world experience.

For IT students, selecting the right digital tools and educational resources is often as important as mastering theoretical knowledge. In 2026, numerous high-quality platforms provide free access to professional-level learning opportunities in programming, design, software development, and project management. Below is a curated selection of some of the most effective free platforms and services categorized by key areas of study and professional development.

Learning Platforms and Courses

• — Stepik: A widely used online learning platform in the CIS region offering free courses in mathematics, algorithms, data structures, and programming languages such as Python, Java, and C++. The platform combines theoretical instruction with practical assignments and automated assessment tools.
• — Coursera and edX: International educational platforms providing access to academic materials and courses from leading universities, including Harvard University and Massachusetts Institute of Technology. Students may study courses free of charge in audit mode, including renowned programs such as CS50 and introductory computer science specializations.
• — Khan Academy: A non-profit educational platform offering comprehensive foundational courses in computer science, JavaScript programming, SQL, mathematics, and logic. The platform is particularly valuable for strengthening core analytical and computational skills.
• — The Odin Project: A fully free and open-source educational program designed for aspiring Full Stack developers. The curriculum covers HTML, CSS, JavaScript, databases, Git, and backend development technologies through practical project-based learning.
• — Tech Orda and Samsung Innovation Campus: Educational initiatives available in Kazakhstan that provide free training opportunities in demanded IT specialties for young professionals and students. Programs often focus on software development, artificial intelligence, data analytics, and digital technologies.

Development Tools (IDEs and Editors)

• — Visual Studio Code: One of the world’s most widely used free source-code editors, offering extensive plugin support, integrated debugging tools, Git integration, and customization features suitable for both beginners and professional developers.
• — Cursor: A modern integrated development environment(IDE) based on Visual Studio Code with advanced AI-powered assistance features that support code generation, explanation, debugging, and refactoring.
• — Zed: A high-performance next-generation code editor designed for speed, collaboration, and minimalistic workflow optimization.
• — GitHub: A leading platform for source-code hosting, version control, and collaborative software development. Students may also apply for the GitHub Student Developer Pack, which provides free access to numerous premium developer tools and cloud services.

Productivity and Project Management

• — WEEEK: A project management and productivity service that provides free PRO access for students of public universities. The platform is suitable for academic planning, teamwork, and personal project organization.
• — Notion: A multifunctional workspace for note-taking, project planning, documentation, and knowledge management. Particularly effective for organizing lecture notes, coursework, and collaborative academic projects.
• — Trello and YouGile: Simple and effective task management platforms based on the Kanban methodology, suitable for personal productivity, teamwork, and project tracking.
• — Figma: An industry-standard collaborative platform for UX/UI design, prototyping, and interface development. Students may access educational plans with extensive professional functionality free of charge.

AI Assistants and Academic Support Tools

• — AI-Powered Summarization Tools: Artificial intelligence–based summarization services assist students in converting lengthy lectures, presentations, articles, and PDF documents into concise and structured notes, improving both efficiency and comprehension.
• — Zotero: A powerful free reference management system designed for collecting, organizing, citing, and formatting academic and scientific sources. Particularly valuable for research projects, dissertations, and academic writing.

Additional Recommendation

Many commercial digital services and software providers — including JetBrains, Canva, and Adobe — offer hidden or specialized educational programs for students. IT students are strongly encouraged to verify whether discounts, free subscriptions, or educational licenses are available through institutional or student email accounts. Always check for discounts or free licenses using your student email (.edu or your university's corporate email).

In today’s IT industry, technical expertise alone is no longer sufficient for long-term professional success. While hard skills may help secure an internship or entry-level position, soft skills play a decisive role in career growth, effective teamwork, leadership development, and successful project implementation. For students and young professionals, developing these competencies is just as important as mastering programming languages or technical frameworks.

• 1. Communication Skills
  The ability to communicate ideas clearly and effectively with colleagues, clients, managers, and representatives of non-technical departments.
  How to develop: practice explaining complex technical topics in simple terms to people outside of IT.
• 2. Teamwork
  An IT product is always the result of collective work by marketers, designers, and developers.
  How to develop: participate in hackathons or student projects where you need to distribute roles and share responsibility for the outcome.
• 3. Problem Solving
  The ability to stay calm when code doesn't work and systematically find the cause.
  How to develop: solve logic puzzles or participate in programming competitions where the process of finding a solution matters as much as the answer.
• 4. Critical Thinking
  The ability to question incoming information and verify its accuracy.
  How to develop: when choosing a tool, always compare several options by analyzing their pros and cons.
• 5. Emotional Intelligence (EQ)
  The ability to understand your own emotions and those of your colleagues, and to deal with frustration constructively.
  How to develop: if a conflict arises during a project, try not to argue emotionally but to understand the root cause of the other party's dissatisfaction.
• 6. Adaptability and Flexibility
  Technology changes lightning fast. What was relevant yesterday may be obsolete today.
  How to develop: don't be afraid to try new tools such as AI assistants or modern IDEs.
• 7. Time Management
  The ability to prioritize and meet deadlines.
  How to develop: use Kanban boards to plan your academic and project activities.
• 8. Giving and Receiving Feedback
  Constructive feedback is the foundation of growth.
  How to develop: after completing a group project, ask your classmates what could be done better next time.
• 9. Self-Learning (Lifelong Learning)
  In IT, learning doesn't end after graduation.
  How to develop: follow industry resources, take free courses, and keep up with trends.
• 10. Proactivity
  The ability to propose solutions before a problem becomes critical, or to take ownership of new tasks.
  How to develop: during an internship, don't wait for instructions from above — propose ideas on how to adapt the university's content to new trends.

Important Note

The development of soft skills is a continuous and long-term process that requires consistent practice in real-life academic, professional, and social situations. Unlike technical knowledge, these competencies are strengthened gradually through communication, collaboration, reflection, and practical experience. For IT students and young professionals, investing in soft skills development significantly increases adaptability, employability, leadership potential, and long-term career success.

If you study at an IT university, the abbreviation GPA (Grade Point Average) will be your constant companion until graduation. It is not just an "average score" — it is your main academic asset.

What is GPA in simple terms?

GPA is the weighted average of your academic performance over a given period (a semester, a year, or your entire course of study). Unlike a simple school average, it takes into account the "weight" of each subject, expressed in credits. The more credits a discipline carries, the greater its impact on your final score.

How is GPA calculated?

The formula looks complex, but the logic is simple. Each of your letter grades (A, B, C, D) is converted into a numeric equivalent. That number is multiplied by the number of credits for the subject. The resulting scores are summed and divided by the total number of credits for the semester.

What does your GPA actually affect?

• — Scholarships: this is the primary criterion. If your GPA drops below the established threshold, you may lose your government or internal scholarship.
• — Academic mobility: dreaming of spending a semester at a partner university in Europe or the US? Selection for exchange programs is based primarily on a high GPA.
• — Tuition discounts: at IITU and many other universities, students with a high GPA may be eligible for benefits and internal grants.
• — Further study: a high GPA is a mandatory requirement for admission to a master's program or a foreign university.
• — First job: large IT companies and banks often look at GPA when hiring interns as an indicator of your discipline and ability to see things through.

How to keep your GPA high?

• — Don't neglect "easy" subjects: an A in a 2-credit course can save your rating if you struggled with a tough programming exam.
• — Use the appeal process: if you are confident you deserve a higher grade — file an appeal. Every 0.1 point matters.
• — Keep up with ISW and ISWIS: in our system, points accumulate throughout the semester. If you consistently submit independent work, you'll enter the exam with a comfortable buffer.
• — Retakes: remember that retaking a subject in the summer semester allows you to replace a poor grade with a good one, which can significantly raise your final GPA.

Every student has promised themselves to start a coursework assignment early, only to end up finishing it at dawn. The problem is not a lack of willpower — it is that our brain fears uncertainty and large tasks. Here are three proven time management techniques to help you tame deadlines.

1. The Eisenhower Matrix: sorting the chaos

When it feels like you need to do "everything at once," this technique helps you prioritize. Divide all your tasks into 4 quadrants:

• — Quadrant 1: urgent and important. Submitting ISW by midnight tonight, preparing for tomorrow's colloquium. Do these immediately.
• — Quadrant 2: not urgent but important. Reviewing literature for an exam, working on your thesis, learning new tools. This is your growth zone — devote the most time to it.
• — Quadrant 3: urgent but not important. Routine requests, minor chats. Try to delegate or handle these during breaks.
• — Quadrant 4: not urgent and not important. Endless scrolling or gaming. Do these only after tasks from the first two groups are done.

2. The Pomodoro Technique: fighting burnout

If you find it hard to sit down with a complex piece of code or a dull set of notes, promise yourself to work for just 25 minutes. How it works: set a timer for 25 minutes and fully immerse yourself in the task. When the timer rings, take a 5-minute break. After 4 such cycles, take a longer break of 20–30 minutes. Student hack: for exam preparation, use cycles of 50 minutes of work and 10 minutes of rest. This allows the brain to go deeper into the material without getting overloaded.

3. The "Eat the Frog" Method: morning victory

Your "frog" is the most unpleasant, difficult, or boring task you keep putting off. The principle: do the scariest thing first thing in the morning. The effect: once you've dealt with the main problem by 10 AM, the rest of the day flows on a wave of productivity, and you get rid of that nagging sense of guilt.

Helpful Tools

• — WEEEK or Trello: create task cards and move them through stages.
• — Notion: store your notes, plans, and knowledge bases here.
• — Forest: an app that helps you stay off your phone while studying.

Main advice

Do not wait for the “perfect moment” or sudden inspiration before beginning work. In IT and academic life alike, motivation often appears after the process has already started. Progress comes through action, practice, experimentation, and consistent engagement with tasks — even when the initial step feels difficult.

Many people think networking means boring conferences and exchanging business cards in suits. In reality, your most powerful professional capital is being built right now: in the cafeteria queue, during a discrete mathematics lecture, or in the dorm group chat.

Why your classmates are VIP contacts of the future?

Look around you. The guy who is grinding algorithms right now could be a lead at Google in five years. Your friend who puts together flawless presentations might become the art director of a major fintech company. University is a unique concentration of talent. Here you build connections not because you "need to for business," but because you are studying for exams together or playing on the same esports team.

5 simple networking rules for a student

• — Participate in student clubs, debate clubs, and volunteer at IT conferences. Working together on a project builds closer bonds than any casual get-together.
• — Don't be afraid to approach lecturers. Instructors at IT universities are often active practitioners or experts with a huge network of contacts. One smart question after a lecture can lead to an internship recommendation.
• — Be useful first. Networking is not about "what can I get?" but "how can I help?" Helped someone debug their code? Shared a useful link to free courses? People will remember your expertise and helpfulness.
• — Attend guest lectures and meetups. When alumni or companies come to campus — that is your chance. Ask a question, then approach the speaker afterward and connect on LinkedIn.
• — Initiate conversations in group chats. Don't just be a reader. Share interesting finds — whether it is a new AI tool for summarizing lectures or a guide to getting student discounts.

Your digital footprint: LinkedIn and GitHub

Your social media profile is your digital business card. Add classmates right away. List your interests in your profile: UX/UI design, SMM, or development. Share your achievements, even small ones — like a blog post you wrote for an ISW assignment.

Conclusion

The coolest projects often start in university hallways between classes. Your next great startup might begin with the words: "Hey, what if we tried building this together?"