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75 Software Development Jobs in Greece

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Software Development jobs by city

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More in IT & Software

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Questions

• What do entry-level software developers typically need to know?

  Most employers expect competence in at least one programming language and basic understanding of data structures and algorithms. A computer science degree or bootcamp experience helps, though some hire based on portfolio and demonstrated problem-solving ability. Familiarity with Git and experience collaborating on a small project counts significantly.

• What does the day-to-day work look like?

  Developers spend time writing code, reviewing colleagues' work, debugging issues, and attending planning meetings. The balance shifts between focused solo work and collaborative problem-solving, with interruptions varying by team structure. Many days involve context-switching between new features, maintenance tasks, and unexpected production issues.

• How much of the role involves talking to others?

  Communication becomes increasingly central as developers advance, though the ratio depends on team size and structure. Junior roles may involve daily standups and code review feedback; senior roles add design discussions and roadmap conversations. Individual contributors can minimize meetings, while leads or architects spend substantial time in coordination.

• What's the difference between frontend and backend development?

  Frontend developers build interfaces and handle user interaction in browsers or apps; backend developers build servers, databases, and APIs that support them. Frontend work tends toward visual feedback and user experience, while backend work emphasizes data flow, system reliability, and scaling. Many developers work across both, though specializing in one is common.

• How do developers typically advance in their careers?

  Progression usually moves from implementing assigned tasks to owning features end-to-end, then to designing systems or mentoring others. Some advance toward technical leadership (architect, staff engineer) while others move into management. Lateral moves into product, security, or infrastructure specialties are also common paths.

• What happens when something breaks in production?

  Developers investigate, isolate the issue, deploy a fix, and often stay involved until stability returns. The urgency and scale vary—a minor bug gets a standard fix cycle, while critical outages demand immediate response and sometimes extended availability. Post-incident reviews follow to prevent recurrence.

• How much does the environment vary between companies?

  Early-stage companies often have fewer processes and more context-switching; large enterprises have established practices but more coordination overhead. Regulated industries add compliance layers; fast-scaling startups demand flexibility. Remote-first organizations differ fundamentally from co-located teams in how problems surface and get resolved.

• What separates software development from quality assurance?

  Developers write code to implement features; QA testers verify that code works as intended and find edge cases developers miss. Developers focus on making systems work; QA focuses on how they might fail. Some teams blur this boundary with developers writing automated tests, but the responsibility sets differ.

• What technical skills matter most early on?

  Strong fundamentals in logic, problem-solving, and at least one language matter more than knowing many frameworks. Ability to read others' code, understand existing systems, and learn new tools independently accelerates growth. Version control fluency and basic debugging skills are nearly universal requirements.

• How much documentation and planning happens before coding starts?

  This varies widely—agile teams might outline features in hours before building; teams in regulated industries spend weeks in design before implementation. Most roles involve some specification review and architecture understanding before code begins. Writing documentation afterward is less common than it should be.