• Identity and transform existing solutions, spreadsheets, and business issues into scalable, transparent, and efficient Anaplan models. • Optimize existing models and incorporate new functionalities as part of connected planning solution. • Serve as architectural SME for large-scale Anaplan connected planning system. • Guide the key stakeholders through "The Anaplan Way" implementation methodology. • Provide meaningful feedback and update in a timely manner to our business partners. • Configure and maintain Anaplan lists, modules, dashboards, actions, and other model settings to meet business needs. • Participate and/or lead UAT testing and deployment. • Define user roles and permissions in Anaplan. • Participate in data integration design and support for existing and new integrations. • Develop model documentation. • Provide production support and training to Anaplan global user base.

• You will lead the creation and scaling of a critical function within Clever. • Your core responsibilities will be to ensure school organizations have secure, high-quality, and reliable data integrations, ultimately driving user success and platform stability. • You will build a team from the ground up and be responsible for managing, mentoring, and hiring 2+ Integration Engineers, focusing on their performance, career development, and technical growth. • You will oversee the operational health of all integrations and connectors, ensuring reliability, swift resolution of issues, and continuous enhancement through deep expertise in JavaScript, TypeScript, and SQL. • You will be a crucial technical expert in customer-facing interactions, gathering requirements, iterating on solutions, and ensuring technical alignment in collaborating with Technical Pre-Sales, Onboarding, Product, and Engineering teams. • You will lead the delivery of high-profile strategic integration development and standardization through strong project management to ensure timely delivery and high-quality deployments.

• Map the functional domains relevant to the business. • Define the business capabilities each domain enables and how they contribute to value creation. • Identify and detail requirements (functional, business, data, compliance, legal and regulatory, etc.). • Detail non-functional requirements (performance, security, scalability, etc.) and define clear metrics for each. • Prioritize requirements based on business value and technical constraints. • Choose appropriate architectural patterns and styles (microservices, message queues, etc.). • Explain the rationale for choosing architectural styles and patterns, considering business requirements, technical constraints and the trade-offs involved. • Consider trade-offs between simplicity and flexibility. • Define clear strategies to handle increasing load (scalability). • Implement failure recovery mechanisms (resilience). • Meet high availability requirements. • Define how components communicate (protocols, message formats, etc.). • Choose appropriate integration tools and patterns and define their responsibilities. • Implement authentication, authorization and encryption (security). • Implement protection mechanisms against attacks (WAF, etc.). • Select tools and technologies suitable for implementing the architecture, considering aspects such as performance, cost, ease of use and integration with other systems. • Justify the choice of each tool/technology, demonstrating an understanding of their pros and cons. • Demonstrate impact analysis of the proposed solution across different domains (Data, Security, Infrastructure, Solutions and Software, etc.). • Provide a cost estimate for the proposed solution. • Document the solution architecture clearly and concisely. • Create diagrams representing the solution architecture, including components, their interactions and data flows. • Centralize documentation (Readme). • Describe possible improvements or extensions to the solution. • Demonstrate long-term vision and planning ability. • Discuss trade-offs and challenges faced during development. • Define monitoring metrics to track the solution's performance, availability and security. • Implement alerts to detect issues and enable a rapid response. • Describe tools and techniques to collect, analyze and visualize metrics.

• Engage in the design, fabrication, and integration of electrical systems for data center power and cooling products • Manage and oversee the electrical systems essential for the data center, energy storage systems, and HVAC applications • Develop specifications, select key components, route wires and cables, establish connections, and transition design to manufacturing • Lead test process implementation and ensure equipment alignment to maintain the highest standards of operational excellence and reliability • Design and validate three-phase power systems, including load balancing, fault protection, and redundancy strategies for high-availability environments