Douglas Fleming: Project engineer in Golden, BC
Douglas Fleming
Project engineer
Golden | CA
Skills
No information
Interests
3D printing
Outdoors
Space exploration
Industries
Bike
Outdoor
Snow
Health & Fitness
Work experience
Vitreo minerals / Northern silica
Project engineer | 05/2019 - Current
Responsible for design of preliminary mechanical layout, budget generation and construction management of all minor
improvement and major CAPEX projects with budgets up to $4 million CAD.
- Create concept and machine layout drawings using Autodesk Inventor and AutoCAD to direct fabrication and present
concepts to senior management.
- Select appropriate contractors and manage up to 15 workers to deliver projects at a high standard.
- Specify and source equipment and materials, and report budget status to senior management to maintain CAPEX goals.
- Manage daily operations and plant production in the absence of the plant manager to maintain daily production targets of
up to 700 MT with approximately 7 workers per shift.
- Keep detailed project documentation outlining process changes and ensure regulatory compliance.
- Conduct plant design reviews using Root Cause & Failure Analysis and Lean principles to propose improvements and
report deficiencies.
- Liaise with suppliers and equipment vendors to create and maintain key intracompany relationships.
- Undertake “Optimal” plant design development including mass balance, PFD and CAPEX & OPEX budget estimation.
-Research and test work related to market expansion and company diversification.
University of Strathclyde
CAD Mentor | 09/2013 - 06/2016
Lecturing and holding of tutorial labs to teach 1 st to 3rd year design students the Solidworks 3D modelling package.
WEIR oil and gas
Product Design Engineer | 05/2014 - 09/2014
• Designed and built miniature and full-scale prototypes of a preliminary fracking pump design for WEIR oil and gas.
• Modification of 3D model in Solidworks for miniature prototyping using 3d printing.
• Use of Solidworks to split 3D model of fracking pump design into laminated sections, which could then be cut out using
a laser and waterjet cutter. Laminated sections could then be assembled to make small scale acrylic and full-scale
plywood models.
• Simulation and animation of movement functionality of designed models using Solidworks simulation