At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Why you should join Overview

This role is part of a global team responsible for implementing, maintaining, and providing consulting on SAP Order Management within a unified global system landscape. The Lead Analyst ensures system integrity and adherence to a global SAP template.

 

Key Responsibilities Business Requirements Gathering – Engage with users and stakeholders to define business needs, document functional requirements, and coordinate with other SAP analysts. SAP Solution Design – Evaluate business needs, recommend SAP solutions, estimate costs and risks, and propose programming enhancements when necessary. SAP Configuration – Translate business needs into SAP configurations, document complex setups, and test and migrate configurations to production. Development Support – Define functionality, oversee ABAP development, and ensure efficient and supportable solutions. System Testing – Develop integrated test scenarios, conduct testing, and resolve issues. Data Migration – Define and verify data mapping from legacy systems to SAP. Batch Job & Scripting – Define and manage SAP batch jobs, Unix scripts, and processing requirements. Training & Support – Develop training materials and provide training to local teams. Your ideal background: Competencies & Experience Experience: Minimum 5 years in SAP ECC/S/4 Sales and Distribution or IT-related functions. Skills: Strong collaboration, independent problem-solving, communication, technical proficiency (SAP, Oracle/PLSQL, XML, Java, etc.), and Microsoft tools knowledge. Education: University degree in Computer Science, MIS, or related field with relevant experience. Soft Skills: Ethical, results-driven, innovative, and culturally adaptable with a willingness to travel.   Cultural Fit & Motivations Customer-focused and results-driven Strong communication and collaboration skills Entrepreneurial mindset with a proactive approach