The Programmer Analyst Internship at Amazon 2027 — Hyderabad puts you on a software team in Hyderabad, writing code, unit tests and fixes for large internal tools. You work alongside business and operations teams, learn from a mentor, and use AWS services such as S3, DynamoDB and EC2. It is a hands-on coding internship, not a shadowing one.
What You’d Be Doing
- Set milestones and deliverables with your manager and take part in daily development scrums.
- Modify internal tools and troubleshoot system problems.
- Write code and unit tests, and integrate software components.
- Turn what business teams need into technical requirements, and automate manual processes.
- Use AWS technologies such as S3, DynamoDB and EC2.
Snapshot
| Role | Programmer Analyst Intern – 2027 |
|---|---|
| Company | Amazon (Amazon Development Centre India) |
| Location | Hyderabad, India (ADCI HYD 13 SEZ) |
| Type | Internship, full-time commitment |
| Education | Currently pursuing a Bachelor’s degree or higher in CS, Engineering or equivalent |
| Preferred Language | Java (C++, C#, Python, SQL and others accepted) |
| Stipend | ₹60,000–₹1,20,000 per month |
| Job ID | 10506542 |
Who Fits
- Required: strong data structures and algorithms, and coding skill in at least one of Java (preferred), C++, C#, SQL, Python, Perl, Ruby or XML; the ability to debug on your own; knowledge of software engineering best practices.
- Preferred: web services, schedulers, workflows and multi-threading; AWS familiarity; practical design sense; initiative and clear communication.
FAQ
- Q: Is the Programmer Analyst Internship at Amazon 2027 open for freshers?
- Yes, it is aimed at students. The posting asks for someone currently pursuing, or holding, a Bachelor’s degree or higher in Computer Science, Engineering or an equivalent field, with software development experience from internships or personal projects. Check the application page for the exact graduation batch.
- Q: Where is this internship based?
- The posting lists Hyderabad (ADCI HYD 13 SEZ). The page text also says applications from other Indian locations are considered, so confirm the work location with the recruiter.
- Q: How much is the stipend?
- Amazon has not published a stipend in this posting. Third-party sources put Amazon India technical internships at roughly ₹60,000 to ₹1,20,000 per month, but those are general estimates and not specific to this role. Treat any number as unconfirmed until you receive an offer.
- Q: Can I attend college classes during the internship?
- No. The posting says the internship is a full-time commitment and you cannot take classes, work on other academic projects or hold other employment during it. Check your college’s rules before applying.
- Q: What programming languages should I prepare?
- Java is the preferred language in the posting. C++, C#, Python, SQL, Perl, Ruby and XML are also accepted. Pick one language you can code in comfortably, and revise SQL separately because it appears in the online assessment.
About Amazon
amazAmazon is one of the world’s leading technology and e-commerce companies, known for online shopping, cloud computing, artificial intelligence, and digital streaming services. The company operates globally and provides innovative solutions through platforms like Amazon Web Services (AWS). Amazon offers a fast-paced, customer-focused work environment where employees work on advanced technologies, business operations, and innovative projects while gaining valuable learning...
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Prepare with commonly asked questions for this role
Use a queue (BFS). Process one level at a time: note the queue size, pop that many nodes, push their children. For zigzag, flip a boolean after every level and either reverse that level's list or fill it from the other end. Time O(n), space O(n). Say the edge cases aloud: empty tree, single node, skewed tree.
Start with sorting, O(n log n), and say it works. Then improve: a min-heap of size k gives O(n log k) time and O(k) space, and the heap's top is the answer. Quickselect gives O(n) on average but O(n²) in the worst case. Explain the trade-off and ask whether the array can be modified.
The standard fix is a sliding window with a map of each character's last seen index. Typical bugs: moving the left pointer backwards (it should be left = max(left, last[c] + 1)), an off-by-one in the length (right - left + 1), and not updating the map after the check. Read the code line by line, run a small input like "abba" by hand, and say what you are checking. Spotting one bug and explaining it clearly is better than guessing.
Process: has its own memory space. Thread: shares memory with the other threads of its process, so it is lighter but needs synchronization. ACID: Atomicity (all or nothing), Consistency (valid state to valid state), Isolation (concurrent transactions don't interfere), Durability (committed data survives a crash). Deadlock: processes wait on each other forever; it needs mutual exclusion, hold and wait, no pre-emption and circular wait. DNS: the resolver turns a domain name into an IP address by asking root, TLD and authoritative servers, caching along the way.
S3 is object storage for files such as logs, reports and exports. DynamoDB is a managed key-value / NoSQL database for fast lookups at scale. EC2 is a virtual server where your code runs. A simple example: an internal tool runs on EC2, stores uploaded files in S3 and keeps each file's status in DynamoDB. You do not need hands-on mastery; the JD lists AWS as preferred, not required. A free-tier account and one small project will make this answer credible.