Senior Integration Architect and Developer (Celigo, NetSuite)

The Senior Integration Architect & Developer at this leading technology company is responsible for designing and implementing integration solutions using platforms such as Celigo and NetSuite. This includes managing API-led connectivity, optimizing ETL/ELT workflows, and integrating with third-party systems like ERP and CRM solutions. You'll also ensure compliance with security best practices and troubleshoot performance issues.

To be considered for the Senior Integration Architect & Developer role, candidates should have at least 4 years of experience in integration architecture and development, particularly with Celigo. Having a Celigo Certification is a requirement, alongside expertise in API development and a strong understanding of cloud ecosystems like AWS and Azure. Familiarity with Agile methodologies is also beneficial.

In the role of Senior Integration Architect & Developer, you'll play a crucial part in enabling digital transformation by optimizing data flow between various systems through robust integration solutions. By leveraging innovative technologies and methodologies, you'll help businesses enhance operational efficiency and improve overall data management, contributing significantly to their transformation initiatives.

As a Senior Integration Architect & Developer, you'll frequently work with iPaaS platforms like Celigo, along with API technologies such as REST, SOAP, and GraphQL. Additionally, you'll utilize ETL/ELT tools for data transformation and work within cloud environments using AWS, Azure, or GCP, alongside tools for CI/CD and DevOps practices.

The Senior Integration Architect & Developer position provides numerous opportunities for professional growth. At this innovative company, you can pursue advanced certifications, gain experience with a variety of technologies like Boomi or Salesforce, and actively participate in mentoring initiatives. The company also promotes collaboration within cross-functional teams, allowing you to broaden your skill set and enhance your career trajectory.

When answering this question, focus on specific projects where you implemented Celigo solutions. Highlight your design and development processes, including integration challenges you faced and how you resolved them. Be sure to list any relevant metrics that showcase the impact of your work.

Explain your approach to data consistency and integrity during integrations, including the use of ETL processes, data validation techniques, and rollback strategies. Mention any specific tools or methods you have used to monitor data quality throughout the integration lifecycle.

Discuss your strategies for monitoring API performance, including the use of logging tools or alerting systems. Mention any experience you have in implementing retries, fallbacks, or error-handling mechanisms to ensure continuity and minimal disruption during API failures.

Share an example that illustrates your ability to collaborate effectively with different teams. Emphasize your communication skills, the steps you took to align project objectives, and how you facilitated discussions to achieve a successful integration outcome.

Mention the resources you use to keep abreast of industry trends, such as online courses, webinars, or tech meetups. Discuss how you apply new knowledge to enhance your integration solutions and keep your skills current in the rapidly evolving landscape.

Explain your familiarity with event-driven architectures and how you've implemented them in past projects. Discuss the benefits of this approach and any specific tools you have used, such as Kafka or Pub/Sub, in creating responsive integration workflows.

Discuss the security measures you've implemented in your integration solutions, such as data encryption, authentication practices, and adherence to industry compliance standards. Highlight your understanding of best practices for protecting sensitive data during integrations.

Provide a brief overview of both processes, emphasizing the key differences—ETL involves data transformation before loading into the target system, while ELT performs transformations after the data is loaded. Share scenarios where you would prefer one approach over the other based on project requirements.

Describe how you have applied CI/CD principles to streamline integration development and deployment. Discuss the tools you've used for automation, continuous testing, and version control, emphasizing how these practices improved the efficiency and reliability of your integration solutions.

Outline your approach to monitoring and reviewing integration performance metrics post-deployment. Discuss the tools you use, the key performance indicators (KPIs) you track, and how you interpret this data to optimize and improve integration solutions over time.