Snr Functional Consultant - 365 Business Central

at  MSC CONSULTING S PTE LTD

QUALIFICATIONS:

• Diploma or Bachelor’s degree
• This is an entry level role which does not require professional experience
• Up to 3 years of experience with software consulting and implementation, specifically around Microsoft Dynamics NAV/ Dynamics 365 Business Central desirable
• Demonstrated proficiency with implementing and supporting Microsoft Dynamics NAV/Dynamics 365 Business Central
• Unmatched client service skills
• Ability to understand business requirements and translate into system configuration and processes
• Excellent documentation and business writing skills
• Demonstrated proficiency in understanding and implementing business workflows and process
• Demonstrated ability to establish priorities, manage shifting priorities and handle numerous time-sensitive projects with multiple deadlines
  Interested candidates are invited to apply online with full resume, stating current/expected salaries and contact numbers.

• Participate in client meetings to gather business requirements and map to the solution capabilities
• Perform gap analysis from requirements gathered to solution proposed
• Complete design/configuration of the Microsoft Dynamics 365 Business Central and key third-party products
• Produce project documentation such as: Functional Requirements Document, Customization Specifications, User Acceptance Test Scripts, and End User Training Documentation
• Build integrations to perform data conversion tasks and additional integrations based off requirements
• Participate in all tasks relating to feature testing, solution testing, and user acceptance testing
• Lead end user training for clients in a one on one, webinar and classroom style settings
• Provide application support for clients
• Assist with escalation support for help desk
• Support Senior Consultants and Business Central team lead
• Obtain and maintain Microsoft Dynamics 365 certifications, as applicable
• Exemplify professional, clear, timely communication in all interactions