Job Description

Become part of a forward-thinking team at a globally renowned Engineering and Consulting Company, acknowledged for its revolutionary initiatives within the energy and industrial fields.Our client is on the look out for a Chief Instrument Designer with a background in Oil, Gas and New Energies.Type: Contract
Location: Midrand
Travel is requiredKey Responsibilities:

• Responsible for the administration, overall technical direction and co-ordination of all Instrument design work carried out by the Design Department.
• Responsible for the overall performance of the Design Department and deliverable quality.
• Responsible for the development and technical competence of all personnel within instrument design group.
• Responsible for the technical quality of all design work produced by the Instrument Design Office.
• Responsible for the issue and maintenance of technical procedures, practices and engineering design standards for the discipline.
• Responsible for adherence to Corporate, Client and National procedures, standards, codes and specifications.
• Responsible for project man-hour budgets, manpower management and maintenance of adequate levels of resources to meet project schedule requirements.
• Responsible for ongoing improvement of workflow processes to improve efficiency.
• Be familiar with the current application of computer systems, business and endeavor to optimise their use and development within the project/department budget, both to solve technical problems and to promote the effective management of information. These systems will include the application of CAD, SP3D, SPEL, SPI, WEBDMS and Bluebeam.

Qualifications:

• Bachelor of Technology / National Diploma or equivalent (Instrumentation)

Knowledge, Skills and Experience:

• SPI-Smartplant Instrumentation 9 and Higher
• Autocad
• Smartplant 3D
• Smart Plant Review
• Microstation
• Microsoft Packages
• Brownfieds and Greenfields Experience
• Extensive Site Experience
• 10-15 Years Minimum Experience in Oil, Gas and New Energies (equivalent)

MECS