IT Engineer I

Honeywell Forge’s interview process typically starts with a timed online assessment covering aptitude, logical reasoning, and coding. Successful candidates move to a technical interview where they discuss past projects, solve live coding problems, and answer design questions. The final HR round focuses on cultural fit, motivation, and career aspirations. Preparation should include strong fundamentals in OOP, data structures, and system design, along with clear communication of problem‑solving approaches.

Honeywell Forge promotes a collaborative environment where engineers are encouraged to experiment and innovate. The company offers structured career growth, regular learning sessions, and a healthy work‑life balance supported by flexible timings and remote‑work options where applicable.

Bachelor's degree in Computer Science, Information Technology, Electronics & Communication or related engineering discipline; Fresh graduates or candidates with up to 0 years of experience are eligible; Candidates from the 2023, 2024, or 2025 batches are encouraged to apply.

Round 1: Online Aptitude & Coding Assessment → Round 2: Technical Interview (Design, Coding, and System Knowledge) → Round 3: HR Interview (Fit and Motivation)

Honeywell Forge, a division of Honeywell International, is a global leader in delivering intelligent software solutions that enable businesses to operate more efficiently, safely, and sustainably. With a heritage of over a century in aerospace, building automation, and industrial technologies, Honeywell has evolved to become a pioneer in digital transformation, leveraging its Forge platform to integrate data, analytics, and AI across diverse industries. The company’s culture emphasizes innovation, collaboration, and continuous learning, offering employees the chance to work on cutting‑edge projects that have a tangible impact on the world. As an IT Engineer I, you will join a dynamic applications development team responsible for designing, building, and maintaining mission‑critical software solutions. You will work closely with product owners, architects, and cross‑functional stakeholders to translate business requirements into scalable, high‑quality code. This role is an excellent entry point for fresh graduates who are eager to apply their programming knowledge in a real‑world environment while gaining exposure to enterprise‑grade development practices. Key responsibilities include: 1. Collaborating with stakeholders to gather and analyze functional and non‑functional requirements. 2. Designing modular, reusable software components that align with Honeywell’s architectural standards. 3. Writing clean, efficient code in Java, C# or Python and adhering to coding best practices. 4. Conducting unit testing, debugging, and performance tuning to ensure reliability. 5. Integrating applications with existing Honeywell systems and third‑party services. 6. Providing technical support and troubleshooting for production issues. 7. Documenting design specifications, test cases, and user guides. 8. Participating in code reviews and knowledge‑sharing sessions. 9. Staying updated with emerging technologies and suggesting improvements. 10. Contributing to continuous improvement initiatives and automation of development workflows. The tech stack typically includes Java/Spring Boot, .NET Core, Python, RESTful APIs, SQL/NoSQL databases, Docker, Kubernetes, and CI/CD pipelines using Jenkins or Azure DevOps. You will also get exposure to cloud platforms such as AWS or Azure, and monitoring tools like Splunk or New Relic. Growth path: Starting as an IT Engineer I, high performers can advance to IT Engineer II, Senior Software Engineer, and eventually to Technical Lead or Solution Architect roles. Honeywell encourages internal mobility, offering mentorship programs, certifications, and leadership training to accelerate career progression. Why join Honeywell Forge? The company offers a stable, globally recognized brand, competitive compensation, and a culture that values innovation and employee well‑being. You will work on projects that shape the future of industrial automation, gain mentorship from seasoned professionals, and have access to continuous learning resources. This is an ideal platform to launch a rewarding engineering career.