Lead platform Architect
Maersk
Bengaluru, Karnataka, India
Key Responsibilities Responsible for defining, improving and road mapping the architecture and designs for our Asset Management Platform and associated products services and solutions. Achieving the asset management outcomes of our business units. Responsible for defining architectural descriptions and design artefacts ensuring they are maintained, usable and meet stakeholder concerns. With particular attention to the architectural descriptions and business analysis within the context of asset management. Responsible for shaping the Asset Life Cycle Management Integration Backbone and associated solutions in conjunction with asset management business stakeholders. Responsible for providing architectural leadership to the team to ensure compliance and adherence of team outputs to the defined architecture specifications, requirements, and industry best practices in a timely manner. Responsible for guidance and resolution of technical issues and challenges faced by engineering teams in the implementation of the Asset Life Cycle Management Platform and associated services and solution architectures. Work with the business units, technology partners, automation providers, equipment providers senior engineering managers, product owners, scrum masters and scrum teams to do release and sprint planning for the enabling platform. Work closely with business stakeholders on regular basis to bridge the gap between technology and business. Actively drive the career growth of engineers and team members by defining technical skills and technical training within the area of your architectural scope. Actively attract world class talent and provide technical guidance, career development, and mentoring to team members. Represent Maersk on key industry standards forums and work with the team to publish research and represent Maersk at industry and technology standards bodies and forums. We are looking for A total of 10+ years of industry experience with 5+ years of experience in architecting and/or developing and delivering an end-to-end Asset Life Cycle Management and Integration Platform. Significant Experience in architecting and defining standards or specifications for Asset Management business capabilities in accordance with the ISO 55000 series standards or similar. In an international context across a multivendor asset eco system. Note this is in an international context across thousands of assets providers and hundreds of facilities or vessels. Significant Experience in architecting and defining standards or specifications for the integration of enterprise resource planning, maintenance management, team collaboration, GIS, CAD CAM, digital twins and other asset related solutions to realise an Asset Life Cycle Platform and associated backbone. Significant Experience in architecting and defining standards, for Asset Data including for ISO 19650 BIM 3.0 / 4.0 modelling of facilities (buildings and other infrastructure), equipment (both automated and non-automated) and parts or assemblies across the life cycle. Significant Experience in architecting and defining standards for asset life cycle integration including for information definition, data transformation, data validation, exchange patterns. Including the use of traditional and modern API Restful approaches for integration. Experience in developing an Asset Life cycle Portal solution utilizing Web 3.0 and 4.0 technologies. Experience in model driven architecture developing physical and logical architectures for infrastructure with an industrial focus. Experience in technical coaching and mentoring architects’ and engineering teams in an Agile Environment Experience in the application of Architecture Management Frameworks (e.g., TOGAF, Zachman, SABSA etc) Experience in the application Cyber Security Controls and Mitigations in architectural designs and Application of security frameworks such as ISO 27001, SABSA, COBIT, ISA-99/ISO 62443 and or NIST. Is familiar with the planning, estimating and execution of programmes of development work to time, budget and quality targets. The identification of the resources needed for development and how this will be met with an effective supply capacity. The alignment of development activity and deliverables with agreed architectures and standards. Is familiar with agile principles and values, e.g., the Agile Manifesto. Has practical experience in software development with agile methods, e.g., Scrum or Kanban with an infrastructure as code bias. Is familiar with identifying new and emerging technologies, products, services, methods, and techniques. Can assess their relevance and the potential impacts (both threats and opportunities) upon business enablers, cost, performance, or sustainability. Can communicate emerging technologies and their impact
