Project Description

Systems Engineer

The Systems Engineer carries out Systems Engineering (SE) activities during the project execution process. The main SE activities are identified as:

  • Identify, elicit, and manage Stakeholder and System Requirements after contract award;
  • Create and define the System Architecture culminating in a System Design that defines the technical specification for the various engineering disciplines involved (mechanical, electrical and software engineering;
  • Support the engineering teams with the detailed design, verification, and validation of the system components;
  • Write and execute system verification and validation test plans to qualify the system during Factory and Site Acceptance Tests;
  • Organize and support the deployment of the AGV Systems at the customer facility.
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Functions

ESSENTIAL 

  • Requirements Engineering and Management: Capture stakeholder needs (problem domain) and translate them into functional and non-functional system requirements (solution domain) by managing the derivation and flow-down to lower-level subsystem and component requirements;
  • System Architecture Definition: Select the functional and physical System Architecture from candidate system architectures based on the approved System Requirements by undertaking trade-off studies and System Analysis;
  • System Design Definition: Generate detailed system, subsystem specifications and interfaces to support the engineering disciplines, supply chain management, assembly and deployment during the projects;
  • Write, review, and execute Change Requests: Document and manage customer business needs through refinements, by providing clear technical instructions to the engineering disciplines. Capture the technical scope in a proposal document;
  • System Validation and Verification; Define, plan, and execute performance and availability tests to ensure the delivered solution meets the agreed customer requirements;
  • Interact with customer technical representatives to define and manage customer expectations during project execution;
  • Direct and supervise the activities of the technical project team consisting of hardware and software engineers, and possible subcontractors.

NON-ESSENTIAL 

  • Support the Sales Department in generating solution concepts during the sales process;
  • Create a technical Work Breakdown Structure (WBS) and define detailed work package for project execution;
  • Create and maintain the (technical) risk register during project execution;
  • Perform a risk assessment and reduction to comply with the European Machinery Directive and assure compliance with international standards;
  • Perform System and Design FMEAs to assure system reliability and quality at an early stage;
  • Standardize system components and interfaces to enable efficient re-use.

Systems Engineer

The Systems Engineer carries out Systems Engineering (SE) activities during the project execution process. The main SE activities are identified as:

  • Identify, elicit, and manage Stakeholder and System Requirements after contract award;
  • Create and define the System Architecture culminating in a System Design that defines the technical specification for the various engineering disciplines involved (mechanical, electrical and software engineering;
  • Support the engineering teams with the detailed design, verification, and validation of the system components;
  • Write and execute system verification and validation test plans to qualify the system during Factory and Site Acceptance Tests;
  • Organize and support the deployment of the AGV Systems at the customer facility.
Solliciteer direct!

Functions

ESSENTIAL 

  • Requirements Engineering and Management: Capture stakeholder needs (problem domain) and translate them into functional and non-functional system requirements (solution domain) by managing the derivation and flow-down to lower-level subsystem and component requirements;
  • System Architecture Definition: Select the functional and physical System Architecture from candidate system architectures based on the approved System Requirements by undertaking trade-off studies and System Analysis;
  • System Design Definition: Generate detailed system, subsystem specifications and interfaces to support the engineering disciplines, supply chain management, assembly and deployment during the projects;
  • Write, review, and execute Change Requests: Document and manage customer business needs through refinements, by providing clear technical instructions to the engineering disciplines. Capture the technical scope in a proposal document;
  • System Validation and Verification; Define, plan, and execute performance and availability tests to ensure the delivered solution meets the agreed customer requirements;
  • Interact with customer technical representatives to define and manage customer expectations during project execution;
  • Direct and supervise the activities of the technical project team consisting of hardware and software engineers, and possible subcontractors.

NON-ESSENTIAL 

  • Support the Sales Department in generating solution concepts during the sales process;
  • Create a technical Work Breakdown Structure (WBS) and define detailed work package for project execution;
  • Create and maintain the (technical) risk register during project execution;
  • Perform a risk assessment and reduction to comply with the European Machinery Directive and assure compliance with international standards;
  • Perform System and Design FMEAs to assure system reliability and quality at an early stage;
  • Standardize system components and interfaces to enable efficient re-use.

Purpose  

Oceaneering AGV Systems is a division of Oceaneering International and is a worldwide leader in safe, reliable, and flexible logistic and production solutions based on AGV technology. Our AGV systems consist of one or more vehicles, advanced control software, and supporting infrastructure, suitable for both indoor and outdoor use.

Within Oceaneering AGV Systems, Systems Engineering plays a key role in supporting the development, design proving, installation, integration and acceptance activities associated with AGV Systems solutions deployed at our customers.

Purpose  

Oceaneering AGV Systems is a division of Oceaneering International and is a worldwide leader in safe, reliable, and flexible logistic and production solutions based on AGV technology. Our AGV systems consist of one or more vehicles, advanced control software, and supporting infrastructure, suitable for both indoor and outdoor use.

Within Oceaneering AGV Systems, Systems Engineering plays a key role in supporting the development, design proving, installation, integration and acceptance activities associated with AGV Systems solutions deployed at our customers.

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