YASH Technologies is Hiring - Sr. Consultant - SAP BTP

YASH Technologies, Inc.; Bengaluru; Hybrid; INR 1,500,000 - 3,500,000; Full time

Job summary

YASH Technologies, Inc. is seeking a Project Delivery Manager to ensure predictable, governed delivery of BTP demands.

You will act as the single point of accountability between Business, Sector IT, BTP CoE teams, Architecture, Governance, Validation, and AMS teams. The role requires flexibility between Agile Scrum and Waterfall execution models, with potential Scrum Master responsibilities depending on work allocation.

Qualifications

• Experience delivering IT projects in Agile environments, preferably Scrum-based.

Responsibilities

• Ensure consistent execution of the BTP Operating Model.
• Own delivery from Demand Intake to Closure.
• Reduce delivery friction, escalations, and stakeholder dissatisfaction.
• Provide clear accountability and transparency to Business and IT leadership.
• Enable development and platform teams by removing coordination overhead.

Job description

The role ensures predictable, governed, and high-quality delivery of BTP demands by acting as the single point of accountability between:

• Business
• Sector IT
• BTP CoE teams (Design, Development, Platform)
• Architecture
• Governance
• Validation
• AMS teams

The standard project execution within the BTP is primarily Agile Scrum based. In specific cases, it may be a Waterfall approach as well.

The role will be involved in both types of project execution and therefore needs to be flexible between the models.

Depending on skills, assignments will be done. An Agile project will include the Scrum Master role as well.

Role Objectives

The Project Delivery Manager is responsible to:

• Ensure consistent execution of the BTP Operating Model.
• Own delivery from Demand Intake to Closure.
• Reduce delivery friction, escalations, and stakeholder dissatisfaction.
• Provide clear accountability and transparency to Business and IT leadership.
• Enable development and platform teams to focus on execution by removing coordination overhead.