Internship

Software Engineer Intern

Electronic Arts

Company: Electronic Arts
Salary: Not Mentioned
Location: Hyderabad, Telangana, India
Experience: Entry level
Qualification: Bachelor's Degree

Overview AI Summary

This internship at Electronic Arts offers a unique opportunity for aspiring Software Engineers, specifically as a Systest Engineer, to gain hands-on experience within EA's critical Digital Platform (EADP) organization. Based in Hyderabad, India, the role is ideal for individuals pursuing a Bachelor's degree in Computer Science or a related field who are passionate about games and large-scale system performance. Interns will contribute to automating processes, simulating game call patterns, and conducting rigorous performance and load testing, directly impacting the quality and reliability of EA's player experiences. Candidates should possess a strong problem-solving aptitude, the ability to work independently, and a foundational understanding of programming languages like C++, Scala, or Python, alongside knowledge of cloud platforms (AWS preferred) and scalable system architectures. This internship provides invaluable exposure to the complexities of global gaming infrastructure, allowing participants to learn from industry experts, collaborate on cutting-edge technology, and develop essential skills for a career in software engineering within the dynamic video game industry. EA fosters an environment that encourages learning, innovation, and personal growth. This role is an excellent launching pad for a tech career, offering not just meaningful project contributions but also a supportive culture that values adaptability and curiosity, preparing interns for future challenges in the tech landscape.

Job Description

Overview

Electronic Arts (EA) is seeking a Software Engineer Intern to join the EA Digital Platform (EADP) team in Hyderabad. This role is focused on contributing to the infrastructure and services that connect players globally. As a Systest Engineer Intern, you will play a crucial part in ensuring the performance and reliability of EA's gaming platforms through automation and rigorous testing.

Key Responsibilities

Develop and integrate tools to automate processes and enhance operational efficiency.
Create and maintain C++/Scala code for simulating game call patterns to support applications and features.
Design and execute stress and load tests, including defining game-play driven scenarios and setting up complex distributed test environments.
Analyze test results thoroughly and provide accurate reporting.
Investigate and troubleshoot system and network performance issues, as well as test automation problems.
Collaborate with team members to resolve identified issues.
Communicate test statuses and outcomes effectively to the team.
Adhere strictly to EA’s security guidelines and policies.

Required Skills

Proficiency in programming languages such as C++, Scala, or Python.
Familiarity with cloud platforms like AWS (preferred), GCP, or Azure.
Understanding of scalable platform architectures and end-to-end system design.
Ability to work independently, manage workloads, and prioritize tasks effectively.
Passion for problem-solving and technical innovation.
Knowledge of visualization tools (e.g., Grafana) and database technologies (e.g., MySql, Redis).

Eligibility

Currently pursuing a Bachelor’s degree in Computer Science, Software Engineering, or a closely related discipline.

Benefits

Electronic Arts offers a comprehensive benefits program designed to support the holistic well-being of its employees. Benefits may include healthcare coverage, mental well-being resources, retirement savings plans, paid time off, family leaves, and complimentary games, with offerings tailored to local requirements.

Additional Information

EA is dedicated to fostering a work environment that values adaptability, resilience, creativity, and curiosity. The company encourages learning, experimentation, and career growth. Electronic Arts operates as an equal opportunity employer, committed to diversity and inclusivity in all employment decisions.