Experience

H2FLOW

• Canada
• Environmental Services
• 1 - 100 Employee

• Project Engineer

  • Oct 2020 - Present

  Job Description: - Provide technical support and assistance to clients and sales groups on product characteristics, engineering and environment qualities and features - Prepare technical-commercial proposals, general arrangement drawings, PFD, P&ID and equipment technical datasheets - Actively manage project execution scope, document approval, project schedule and budget, proper installation, generating operating and maintenance manuals, review purchase orders, and project negotiations to meet deliverables and drive project milestone billing - Assist with installation supervision, inspection, start-up and client training as required - Ensure all design control activities are completed and formally documented - Visit customers, suppliers and attend sales meetings when required; represent the company in trade shows Show less



Water and Environment Technologies Company - WETICO

• Saudi Arabia
• Utilities
• 200 - 300 Employee

• Process Design Engineer

  • Oct 2015 - Oct 2018

  Job Description: • Responsible for preparing conceptual, preliminary and process detailed design of water and wastewater treatment plants, pumping stations, intakes, and outfalls. • Accountable for generating Mass Balance, P&ID, Civil Guide Drawings, Hydraulic Profile, Hydraulic calculations, Process Description and Control Automation Philosophy, Operation and Maintenance Manual as well as coordination with mechanical, piping, fabrication, electrical, and site engineers. • Provided plant process commissioning and site inspection; also responsible to provide training for operation and maintenance teams; as well as lead business development. Key Achievements: • Successfully initiated new business with ARAMCO for chemical injection skids. • Worked closely with the IT team to develop a new program to streamline company communication and root cause analysis. Show less



Baker Hughes

• United States
• Oil and Gas
• 700 & Above Employee

• Reservoir Engineer

  • Aug 2014 - Oct 2015

  Job Description: • Completed well performance simulation to optimize the production and minimize the torque and drag analysis, as well as the water cut; additional responsibilities included preparing the assembly instructions for the rig. • Performed Production Logging Tool-PLT matching: calibrating reservoir characteristics to match real production data. • Proactively met with clients regarding possible installations, and educating them on the positives and potential negatives. Job Description: • Completed well performance simulation to optimize the production and minimize the torque and drag analysis, as well as the water cut; additional responsibilities included preparing the assembly instructions for the rig. • Performed Production Logging Tool-PLT matching: calibrating reservoir characteristics to match real production data. • Proactively met with clients regarding possible installations, and educating them on the positives and potential negatives.



Veolia

• France
• Environmental Services
• 700 & Above Employee

• Technical Support Engineer

  • Mar 2012 - Aug 2014

  Job Description: • Handled the pre-sale process, proposed system technical clarification, BOQ preparation, bid/contract management, proposed viable solutions, and carried out preliminary and detailed design for water/wastewater treatment plants. • Prepared Mass Balance, P&ID, Civil Guide Drawings, Hydraulic Profile, Hydraulic Calculations, Process Description and Control Automation Philosophy, Operation and Maintenance Manual as well as coordination with mechanical, piping, fabrication, electrical, and site engineers. • Assisted procurement and contract administration. • Provided plant process commissioning and site inspection; also responsible to provide training for operation and maintenance teams; as well as lead business development. Key Achievements: • Awarded in 2014 for reducing the loads on project engineers by introducing integrative pre-fabricated package solutions which minimized site fabrication time by 20%, site fabrication costs by 25%; slashed 30% of RO skid fabrication costs, 60% of maintenance time, and 20% of fabrication times. Show less



GS E&C

• South Korea
• Construction
• 700 & Above Employee

• Summer Internship

  • Aug 2011 - Oct 2011

  • Researched green building materials, carried out case study for the current market, its potential and applications in GCC (especially Saudi Arabia). • Investigated the water re-use potentials in Saudi Arabia, assessing the applications and restrictions. • Investigated emerging water treatment technologies integrated with renewable energy and/ or smart grid. • Assessing potential applications and limitations • Handling two-pass RO system with split partial optimization and potential applications (U-Do island pilot plant case). Show less



KAUST (King Abdullah University of Science and Technology)

• Saudi Arabia
• Higher Education
• 700 & Above Employee

• Master Thesis

  • Jan 2011 - Aug 2011

  • A framework for better Understanding and Enhancing Direct Contact Membrane Distillation (DCMD), in relation to Module Design, Cost Analysis and Energy Required • Summary: An MD it is a new developed technology, which may replace RO. It is thermal driven process and can be powered by solar / waste energy. It produced highly pure water and it can be used to treat any kind of water. However, there were several problems that made this technology a hot topic of research. • A framework for better Understanding and Enhancing Direct Contact Membrane Distillation (DCMD), in relation to Module Design, Cost Analysis and Energy Required • Summary: An MD it is a new developed technology, which may replace RO. It is thermal driven process and can be powered by solar / waste energy. It produced highly pure water and it can be used to treat any kind of water. However, there were several problems that made this technology a hot topic of research.



University of Arizona

• Tucson, Arizona Area

• Researcher

  • Jun 2010 - Aug 2010

  • Concentration polarization theory remodelling experiment. Analysis and results led to a better understanding and relating to a real situation. • Pilot plant RO water desalination for brackish water. Total water re-use 100% and total desalinated water 98%. • MD for brackish water using sustainable energy: Analyse and study an alternative to current RO process. • Concentration polarization theory remodelling experiment. Analysis and results led to a better understanding and relating to a real situation. • Pilot plant RO water desalination for brackish water. Total water re-use 100% and total desalinated water 98%. • MD for brackish water using sustainable energy: Analyse and study an alternative to current RO process.



KAUST (King Abdullah University of Science and Technology)

• Saudi Arabia
• Higher Education
• 700 & Above Employee

• Directed Research

  • Jan 2010 - Jun 2010

  • Optimizing Sustainable Water and Waste Water System through design and research, with several case studies worldwide. Specifically studying the sustainability of Masdar City in Abu-Dhabi, UAE. Studying the potential application of its water management systems in King Abdullah University of Science and Technology (KAUST) campus. • Optimizing Sustainable Water and Waste Water System through design and research, with several case studies worldwide. Specifically studying the sustainability of Masdar City in Abu-Dhabi, UAE. Studying the potential application of its water management systems in King Abdullah University of Science and Technology (KAUST) campus.



Al-Khobar Architecture Office

• Al Khobar, Saudi Arabia

• Summer Internship

  • Jun 2008 - Aug 2008

  • Managed contractor drawings, integrating the Civil, Mechanical and Electrical Systems, Site visits and cost estimates. • Managed contractor drawings, integrating the Civil, Mechanical and Electrical Systems, Site visits and cost estimates.



KFUPM

• Graduation Project

  • Feb 2008 - Jun 2008

  • Structural engineering analysis for a commercial-residential building to reduce the cost of the building, total reinforced concrete reduction 65% and cost reduction 65%. • Structural engineering analysis for a commercial-residential building to reduce the cost of the building, total reinforced concrete reduction 65% and cost reduction 65%.