Senior Application Engineer NMS — Hybrid Poland

Nasdaq, Inc.; Poland; Hybrid; PLN 169,000 - 330,000; Full time

Benefits offered by this job

Annual bonus

Equity grants

Health insurance

Hybrid work model

Pension plan

WFH flexibility

Job summary

Nasdaq, Inc. in Poland is seeking a Senior Software Engineer who will design, build, and evolve software powering Nasdaq's global platforms.

Based in Poland, you will work in a hybrid model with in‑office presence required three days a week, collaborating across architecture, development and delivery to deliver scalable, high‑quality systems. You’ll mentor teammates, drive best practices, and partner with cross‑functional groups to translate business needs into robust solutions while focusing on

Qualifications

• Bachelor's degree or equivalent practical experience in software engineering.
• 8+ years of experience delivering complex software systems.
• Ability to mentor others and communicate across teams.

Responsibilities

• Design, build, and evolve software solutions across platforms and infrastructure.
• Analyze requirements and translate them into robust, maintainable code.
• Evaluate new technologies to maintain competitive advantage.
• Collaborate across functions and geographies to deliver end-to-end solutions.
• Mentor team members to drive continuous improvement and best practices.

Skills

Mentoring

Cross-functional collaboration

Communication

Architectural thinking

Education

Bachelor's degree in Computer Science or related field

Advanced degree in related field (preferred)

Job description

Nasdaq, Inc. in Poland is seeking a Senior Software Engineer who will design, build, and evolve software powering Nasdaq's global platforms.

Based in Poland, you will work in a hybrid model with in‑office presence required three days a week, collaborating across architecture, development and delivery to deliver scalable, high‑quality systems. You’ll mentor teammates, drive best practices, and partner with cross‑functional groups to translate business needs into robust solutions while focusing on