Blackhawk Network Off Campus Drive 2026 is now open for a Software Engineer role in Kozhikode (Calicut), Kerala. Blackhawk Network (BHN), a global leader in branded payments and gift card technology, is hiring freshers to build a world-class, high-scale payment platform using core Java and J2EE. This Blackhawk Network Off Campus Drive 2026 is a strong opportunity for graduates who want to work on large-scale backend systems.
Job Summary
Blackhawk Network Off Campus Drive 2026 – Full Job Details
| Company | Blackhawk Network (BHN) |
| Role | Software Engineer |
| Location | Kozhikode (Calicut), Kerala |
| Eligibility | BE / B.Tech / MCA (CS or related) |
| Batch / Experience | 0+ Years (Freshers) |
| Salary | Competitive |
| Apply Mode | Online |
About Blackhawk Network
Through BHN’s single global platform, businesses of all kinds tap into the world’s largest network of branded payment solutions, including gift cards, eGifts, corporate payouts and rewards. BHN’s network spans the globe with more than 400,000 consumer touchpoints, helping businesses grow revenue, increase loyalty and engage consumers.
Blackhawk Network Off Campus Drive 2026 – Role Overview
You will build a world-class payment platform that has high scale, precision and availability requirements, working as part of a talented team delivering features to internal and external customers while writing clean, reusable and well-tested code.
Key Responsibilities
- Write clean, reusable code that is easy to read and test.
- Build products that perform, scale and are highly available and fault tolerant.
- Operate and scale a rapidly growing product that is vital to partners.
- Contribute novel ideas and collaborate with cross-functional teams.
- Work with product architects and owners to deliver high-value platform capabilities.
Eligibility Criteria
- Master’s / Bachelor’s degree in Computer Science or related discipline.
- 0+ years of software development experience with core Java and J2EE.
- Practical experience with JDK 1.6 or above and Spring / Struts frameworks.
- RESTful architecture and REST web services implementation.
- Database design with DB2, Oracle or MySQL with good SQL exposure.
Skills That Help
The Blackhawk Network Off Campus Drive 2026 role values core Java, J2EE, Spring, Struts, REST web services, SQL with DB2/Oracle/MySQL, strong OO design and multithreaded application development.
Selection Process
The Blackhawk Network selection process typically includes an online application, a coding / technical assessment, and interviews covering Java, Spring, REST, SQL and OO design with problem solving.
Salary & Benefits
Blackhawk Network offers a competitive package and the opportunity to work on a vital, high-scale global payments platform alongside a brilliant team, with strong learning and growth opportunities.
How to Apply for Blackhawk Network Off Campus Drive 2026
Applying for the Blackhawk Network Off Campus Drive 2026 is fully online. Click the Apply button below to open the official Blackhawk Network careers page for the Software Engineer role and submit your profile early.
You can also explore more openings like this fresher off campus drive on Freshershunt and browse all live roles on the official Blackhawk Network careers portal.
Note: Freshershunt shares verified job links only. Blackhawk Network never asks for money during recruitment. Always apply through official channels.
Blackhawk Network Off Campus Drive 2026 – Frequently Asked Questions (FAQs)
What is the role in the Blackhawk Network Off Campus Drive 2026?
It is a Software Engineer role in Kozhikode (Calicut), Kerala building a high-scale payments platform.
Who is eligible for this Blackhawk Network drive?
BE / B.Tech / MCA graduates in CS or related with core Java and J2EE knowledge.
What is the location?
The role is based in Kozhikode (Calicut), Kerala, India.
What skills help here?
Core Java, J2EE, Spring, Struts, REST and SQL with DB2/Oracle/MySQL.
How do I apply for the Blackhawk hiring drive?
Use the Apply Now button on this page to open the official Blackhawk Network application link.