POST AUTOMOTIVE CARE was founded on the idea to reduce environmental impact by rather repairing motor vehicle windscreens instead of replacing the windscreen at will.Today’s top windscreen replacement (seldom repair) companies derive high profit margins from ignoring windscreen chips that are “to small” to repair, yet is actually at a high risk of cracking , and replacing windscreens with chips that “can’t be fixed” but in reality can be repaired with a high rate of success. This current ‘game’ has had a massive effect on the environment as (1) windscreens are not recycled and (2) windscreen replacement jobs having a carbon intensity of 5 times larger than a windscreen repair job, thus contributing to the serious threat of Global Warming.It’s with this information on hand, that Post Automotive Care was established. A company that Cares for their customers and will add more value to service centers, pre-owned dealerships and fleet companies around South Africa. A company that Cares by giving back to the environment in two ways. Firstly, by repairing windscreens that have been deemed by the so-called professionals, as windscreens that need to be replaced. Saving at the landfills and in reducing the auto glass industries carbon footprint. PAC will save close to 1 000 000 kg’s of CO2 per yearA second way that Post Automotive Care gives back to the environment is by planting 1 tree for every 250 repairs we do - PAC estimates to plant close to 200 trees before the end of 2019.This is just the start of Post Automotive Care’s story; we hope that you will follow us as we go out to change the game.

Assigned to the project as Senior Quality AdviserEstablished in 1956, China Energy Engineering Group Guangdong Power Engineering Co., Ltd. (hereinafter referred to as ENERGY CHINA GPEC) has now obtained the Top-Grade qualification, the highest certificate in construction industry, for general contractor for power plant projects, as well as Grade-A qualification for engineering design of power industry. Project-Attarat Power Plant is an oil shale-fueled power plant under construction in the Attarat Um Ghudran area, 50 kilometers east of Al Qatranah in Jordan. Duties entrusted to me includes but not limited to;•Review of the existing QA/QC Inspection Test Plan (ITP)and Field Quality Plans (FQP), identify critical checks / testing that will be monitored through the Systems Completion Process to ensure Systems are handed over, Physically Complete as Designed, Safe, Tight, Clean, Inspected, Tested and Documented.•Development of Full Construction and Pre-Commissioning Checklist covering all Tagged items within the project scope.•Inspect and determine that all parties are completing the required check sheets for specific phases of construction, Pre-commissioning and completions in compliance with Systems Completions Plan to achieve acceptance.•Ensure that all disciplines and departments are aligned with required documentation and procedures for an efficient / flawless Turnover of systems.•Generation and Management of project master punch list by category, populate Systems Completion Database with punch list by System / Sub-System.•Responsible for ensuring correct population the Systems Completions Database.•Daily contact with System Owners, highlight any potential delays / obstacles that may hinder flawless system handover and highlight to management team.•Generate ongoing systems completion reporting in support of the systems completion team. Provide assistance to systems completion database administrator including development of final turnover/handover

Assigned to the project as Quality Manager and Senior member of APCO/MML Owners Engineers teamProject- Power Plant is an oil shale-fueled power plant under construction in the Attarat Um Ghudran area, 50 kilometers east of Al Qatranah in Jordan. The project is developed by the Attarat Power Company, a partnership between YTL Power International, Guangdong Yudean Group and Eesti EnergiaThe power plant will have 554 MW gross and 470 MW net capacity. It will consist of two circulating-fluidized-bed units.The power plant would consume 10 million tons of oil shale per year which will be provided from the nearby open-pit mine and it is also the biggest mine in Jordan.[8] Over its 40-year lifetime it would need an oil-shale mining area of approximately 11 square kilometres (4.2 sq mi).[9]Duties entrusted to me includes but not limited to;• Enhance quality performance and improvement across the project through audits and surveillance• Establish, document and maintain a quality control system for PMC site activities• Liaise with the EPC Contractor as directed, provide guidance and advice.• Ensure assigned work is managed and delivered to APCO satisfaction• Enhance and demonstrate commitment to raising HSE standards and proposing new initiatives or improvements• Create and sustain a good team spirit within the Mott MacDonald project team, APCO and EPC Contractor• Monitor and review the implementation of the EPC Contractor’s site quality management system• Prepare project quality audit schedules and conduct project quality audits• Monitor and review site inspection and testing• Preparing monthly and other reports in conjunction with the rest of the site monitoring team; detailing progress, incidents and quality.• Support and guide quality personnel in monitoring Contractor’s work execution during the construction phase• Maintain and monitor all quality control activities• Participate and lead meetings as required

Assigned to the project as Acting Site Manager/OE Lead Quality Engineer/ Solar Const.LeadSaudi Electricity Company (SEC) launched the construction of the first integration of a solar field with a combined cycle plant and the first introduction of condensate as a gas turbine fuel in the form of an 600MW Integrated Solar Combined-Cycle (ISCC) gas power plant project in the western Red Sea port of Duba, Saudi Arabia The ISCC power plant will operates a combination of natural gas and solar energy. It is expected to produce 485 megawatts (MW) to 550 MW, out of which 40 to 50 MW will be from the solar system. Project includes two F-class gas turbines, a 7F.05 and a 7F.03. Estimated Value: $600 millionStarting May 2016 (first 7 month of project and intermittent thereafter, due to lack of mobilizing key Engineers also acting as Site Manager during vacations/trips)Positions held- Acting as Site Manager/Civil Lead/Mechanical Lead/QA/QC Lead Engineer and Safety Lead Duties entrusted to me includes but not limited to;• All functions in organize and lead a diverse workforce of 45+ personnel e.g. Construction activities, implementing procedures for communication, Site Protocols and Administration, Test Procedure requirement, Inspection and Test plans, Method Statements review and approval for Mechanical/Civil installations,• Hands on inspections and verification to installations and Buildings and effectively communicate and interact with all levels of the organization. Develop efficient and effective management and organizational structure with a strong aptitude for coaching, motivating and developing high performance teams and individualDuring period 2017 till presentPositions held – Acting Site Manager/QA/QC Lead/Solar Construction lead, Piping/Fabrication Construction lead/ Mechanical LeadAdditional duties entrusted to;• Solar Construction lead, Piping/Fabrication Construction lead for pipe shop and fabrication of Steam piping

Assigned to the project as T&I Outage Engineer/ QA-QC Lead/ Senior Welding InspectorDuties entrusted to me includes but not limited to; Planning/Procurement/Verification and Creating Method Statement related to T&I activities•Supervise the Fabrication of 10 New Storage Tanks ( Fuel oil, Diesel Oil, Demilitarized, Condensate and Mixing)•Review and approve Contractor’s site QA/QC system proposed for critical mechanical erection/installation as well as all associated piping fabrication/installation activities • Review and approve for the Mechanical QA/QC related part the proposed procedure or material and equipment to be tested on Site by the contractor. Witness such test and review of the related test reports. This included primarily all non-destructive testing performed by the contractor on the steam/water cycle pressure parts and other critical mechanical components• Monitor and verify Contractor’s work progress in mechanical QA/QC related areas, Attend regular site coordination meetings• Prepare the regular Site Progress report for the Mechanical QA/QC related partsOversightRAWEC, an independent water, steam and power producer (IWSPP), incorporated by Marubeni Corporation, JGC Corporation, Itochu Corporation and ACWA will supply electricity, steam and desalinated water to off taker - Petro-Rabigh for a period of 25 years. Phase 2 - An 1.3 billion USD transactions provide water, power and steam to Petro Rabigh Co. (a JV of Saudi Aramco and Sumitomo Chemical Corporation) which is the largest petrochemical complex in the Gulf region. The plant utilizes Heavy Fuel Oil to generate the electrical power and desalination is undertaken with Reverse Osmosis. Design is Primarily to ASME B31-1 and ASME B311-3 Standard.The project involves new Fuel,Diesel, Demin, Condensate and Mixing Tanks, Structural, RO Plant, 4 x 115 MW oil fire Boilers, Stack, FGD,ESP, Turbine, Rotating equipment and all associated pipe work integrated into a Steam Plant

Assigned to the project as Lead Quality EngineerDuties entrusted to me includes but not limited to;•Review and approve Contractor’s site QA/QC system proposed for critical mechanical erection/installation as well as fabrication activities (Main Steam ASME A335 P91,Hot Reheat ASME A335 P22,Cold Reheat ASME A672B70Cl32)•Review and approve for the Mechanical QA/QC related part the proposed procedure or material and equipment to be tested on Site by the contractor. Witness such test and review of the related test reports. This included primarily all non-destructive testing performed by the contractor on the steam/water cycle pressure parts and other critical mechanical components•Monitor and verify Contractor’s work progress in mechanical QA/QC related areas•Attend the regular site coordination meetings•Prepare the regular Site Progress report for the Mechanical QA/QC related parts•Maintain records for the Mechanical QA/QC related parts of contractual claims and variationsOversightProject Overview -Power Plant 3x300MW Coal Fired Steam Power Plant and indoor 220kv GIS Substation x 3 Units, Port Facility (incl.500m jetty and coal Trans shipment, Transmission Line and remote Substation (220/132kv outdoor). Design is primarily according to Chinese Codes and Standards original license from Combustion Engineering of around 1992

Assigned to the project as QA/QC ManagerDuties entrusted to me includes but not limited to;• HP/LP drum Modifications, responsible for all QA/QC related and problem solving aspects, Managing and review all Welding Activities/Documents, welding controls, NDE testing, reporting and assist compiling QIP• Supervise the HRSG Performance Improvement Measures (Gas sealing, reorientation of HP FW Manifold, Implement deflectors on LP riser boxes). Electrical and Instrumentation quality control• Liaising with the client Azarenerji on a daily base regarding progress, assisting the ASME Inspection department HSB Global Standards Europe on recommendations regarding repair procedures to ASME 1 and ASME B31/1 specification,• Review data packs , review Radiographs , final visual inspection with client representative on all works • Witness Hydro testOversightIn Sumgait, approximately 30 kilometers northwest of the Azerbaijani capital Baku, Siemens will build a combined cycle power plant with a capacity of 500 megawatts. The seawater-cooled plant is to be built at an existing power plant site on the Caspian Sea. For the turnkey project Siemens PG will supply two gas turbines, one steam turbine and three generators. The scope of supply will also include the entire mechanical equipment with two heat-recovery steam generators, and the electrical and I&C equipment. Following the start of commercial operation in the fall of 2007, the natural gas-fired power plant will feed electricity into the country’s public grid.

Assigned to the project as Senior Welding and Tank InspectorDuties entrusted to me includes but not limited to;• All QA/QC Functions on site, Qualifying of all welders on site to various codes and standards (BS, ASME, ROK, GOST, DIN).• Co-ordinating of NDE and reviewing of all results. Preparing and witnessing of all pressure testing for underground piping, above ground piping, tanks and equipment. Punching of all systems with client. Responsible for all final handover documentation for MC, RFC and RFO as required by CommissioningOversight (CTF) ExpansionTengizchevroil (TCO), a joint venture partnership of Chevron, ExxonMobil, KazMunaiGas and LukArco, decided to upgrade and expand the Crude Tank Farm (CTF) at its Tengiz field facilities. The Tengiz field is one of the world’s 10 largest oilfields. The existing tank farm is largely composed of decades-old smaller tanks built during the former Soviet era. The proposed CTF facilities consisted of two very large crude oil storage tanks, the largest of which has a diameter of 200 feet and is 60 feet high, two smaller crude tanks, a firewater tank, and associated facilities such as manifolds, pump stations, and piping. The site’s major geotechnical challenge was the 10- to 15-foot thick shallow layer of soft, compressible marine deposits that are prone to large settlement under applied load. TCO’s goal is to significantly expand its crude exports from the Caspian Sea area by creating a larger, more reliable crude oil storage complex that can be constructed with local expertise.

Owners Engineer responsible for quality related activities on expansion project PP2OversightDuring 2004 South Africa's Sasol won final board approval to invest in excess of R13bn ($2.1bn) to build a number of new production plants. The new capacity included ethylene and propylene output from a selective catalytic cracker (SCC) located in Secunda, South Africa. This unit began operation during the first quarter of 2006. It met initial operational requirements began beneficial operation in January 2008.Along with the cracker is 220,000tpa of low-density polyethylene (ldPE), located in Sasolburg and 300,000tpa of polypropylene (PP), located in Secunda and slated to come on stream in 2007. The ldPE plant is also called Poly 3 as it Sasol's third polyethylene plant in Sasolburg. This unit was commissioned at the end of 2005. The PP plant was commissioned in July 2008.The plants were part of an investment, known as Project Turbo in which Sasol upgraded and built new capacity to meet South African government targets for introducing lead-free petrol and low-sulphur diesel.The SCC was shutdown and refurbished in late 2009 to optimise its monomer production. The cracker was operating at lower rates than its design capacity. The refurbishment increases the monomer yield of SCC to about 80%. The monomer is supplied as feedstock to downstream polypropylene and polyethylene units.

Field/NDT Quality Inspector

OversightThe Raysonics Company was established in 1984. Raysonics (Pty) Ltd. is South Africa's leading Non- Destructive Testing (NDT) company, with 26-year track record as a high-quality, cost-efficient provider of services to its chosen markets. By means of its autonomous operating division in the Vaal Triangle, Middelburg, Secunda and Johannesburg. The company serves several industries across South Africa and its neighbouring countries, such as Mozambique, Namibia, Angola, Botswana and Zimbabwe. The Raysonics Group offers a wide variety of NDT services, including Advanced NDT. The Raysonics Group strives to uphold the Quality level throughout its services. The Raysonics Group dedicates itself to provide a Quality cost efficient service as per our Quality Procedures. Conventional NDT-services are the backbone of Raysonics professional offerings, bolstered by the supply of advanced-technology NDT as required for specific applications.