Able Ayemou

Industrious Engineer , adept at operating and executing field project. A mechanical engineer skilled at designing and implementing control procedure

Specialized in system analysis to sustain optimized production levels as well as identify opportunities to improve processes .

Managed and coordinated multidisciplinary engineering activities to ensure projects are executed in an efficient, cost effective, and timely manner. Experimented engineer in projects ranging from petrochemical, refinery, conventional oil and gas, SAGD, power generation, among others.

PROJECT COORDINATOR

May 2019 – December 2021, TechnipFMC Odessa, Texas, USA

Production planning

• Process & Control: 
• Developed the production planning tool for mid-long-term planning and daily schedules. Use of an adjusted time approach.
• Reviewed production drawings for a variety of projects and project related data as required by the project managers to verify corrections are made within multiple CAD related software.
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• Reporting & Communication:
• Reviewed equipment vendor drawings; data interface with suppliers, clients other engineering disciplines, detailers, designers.
• Prepared and presented technical reports for clients and industry publications.
• Prepared and presented project engineering manhour budgets and support project cost estimate reviews. Report project performance

Configuration change

• Process, Control & Communication: 
•  Led the development of cost proposals and qualification statements to achieve stated targets and standards for financial performance
• Leads field inspections, installation, measurements, or calculations for public and private clients
• Quality review the construction administration including coordination with field personnel to resolve design related installation issues, calculations, field inspections and testing of process systems.
•  Prepared process chemical specifications and data sheets, Request for Qualifications (RFQ's), and technical bid summaries

MECHANICAL ENGINEER

May 2018 – May 2019, 

Process

• Calculates the design of parts and materials to ensure installation safety while conforming to Government, Workers Compensation Board and Insurer’s standards, as a minimum;

Conducted tests and analyses of machines, components and materials to determine their performance, strength, response to stress and other characteristics

• Inspect mechanical installations and construction
• Prepared Supply figures and action plans for Controls and Topside Equipment testing
• Equipment operation that controls drilling tubular.

Configuration Change

• Represented Supply services in the Configuration Change process revamp.
• Prepare standards and schedules and supervise maintenance programs or operations.
• Prepare contract and tender documents.
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•  Engineer in Training

Jan 2018 – May 2018 , Anadarko Petroleum , Midland Texas, US

Develop new suspension product designs and variants of existing products to satisfy our customer’s needs while ensuring safety of the products, components and systems generated.

· Respond to OEM customer requests and take responsibility for making the necessary engineering changes to ensure the customer is satisfied.

· Drive development and innovation for our suspension products through design optimizations based on current technologies.

· Help create and refine engineering documentation (drawings, work instructions, videos) for our products to assist internal / external engineering customers achieve the best understanding of the product’s design intent and integration.

· Aid to improve our engineering processes within our ISO 9001 Quality Management System to get them more streamlined and effective.

· Document current custom manufacturing tools, jigs, stands and other equipment as required.

· Collaborate with Production Personnel to design new equipment to improve manufacturing efficiency.

· Work within a team environment to support others and the Chief Engineer to achieve corporate goals and defined metrics.

· Identify manufacturing improvements which will increase our potential capacity and/or lower our operating costs.

· Generate viable and well-reasoned solutions to general problems and assigned special projects.

· Prepare and modify design drawings for manufacturing to ensure that design intent is well communicated.

· Interact constructively with internal/ external customers and suppliers on design and manufacturing related topics.

· Follow applicable engineering standards for safety of our products for the public.

MASTERS IN INDUSTRIAL ENGINEERING

August 2021 – December 2022 •2-year degree Texas Tech University, Texas, USA

BACHELOR MECHANICAL ENGINEERING

Jan 2014 – May 2018 -•5-year degree

Texas Tech University, Texas, USA

CERTIFIED ENGINEER IN TRAINING

December 2022 ( Pending)

Association of Professional Engineers and Geoscientists of Alberta (APEGA)