Hamza Oueslati

Project Engineer with experience in fulfilling both technical and project management roles. Service-oriented individual with high determination levels, results orientated and excellent time management and communication skills. 

February 2022 – Present: Atkins – Epsom, UK
Full Time Secondment - EDF TCO PWRT Electrical Branch 
Junior Project Manager 
• Led a cross-function task force to address multiple open points on the design of Hinkley Point C (HPC) Emergency Diesel Generators (EDGs). This involved managing the review of major Non-Conformance Reports to very challenging and dynamic timescales in support of critical activities at the supplier’s workshop. Established direct lines of communication with suppliers to arbitrate the resolution of technical issues and to ensure the supplier met the quality requirements without adverse impact to the construction programme. 
• Managed the programme for delivery of the Electrical Safety Case intermediate documents for Summary Safety Case Document #2 (SSCD#2). Key responsibilities included managing production with the technical leads and supply chain, identifying and securing external resources to support verification, interface control, and reporting to senior stakeholders and steering committees. 
• Other responsibilities included production and execution of a project monitoring plan for the delivery of Electrical, I&C and Mechanical Systems safety cases; and managing the Electrical branch’s interactions with the Office of Nuclear Regulation (ONR), supporting multidisciplinary task forces in the resolution of major issues. 

January 2020 – January 2022: RWDI – Milton Keynes, UK
Project Engineer 
• Conducted stack effect and stair pressurisation analysis on a wide range of tall buildings worldwide (UK, Canada, USA, China, Korea, Russia, UAE). Managed multiple projects and changing priorities by working closely and consistently with the team in the UK and Canada to. 
• Developed detailed computer models, compared data, and produced technical reports with recommendations for additional mitigation measures that best balances cost and benefit. 
• Supported the structural loading team to carry out wind tunnel tests and conducted cladding wind load assessments on a wide range of tall buildings.

September 2017 – October 2018: Goodridge Ltd - Exeter, UK
Jaguar Assembling Line Team Leader 
• Determined schedules, sequences, and assignments for assembly line activities. 
• Assessed daily staff performance and allocated jobs and workloads upon individual’s ability. 
• Attended daily scrum meetings with production and project managers to provide status and to report team activities against program plan. 
• Ensured all HSE policies, procedures and regulations are adhered, regularly reviewed and communicated to all staff across the assembly line.

June – August 2016: SIPHAT - Tunisia 
Internship 
• Performed thermal design, rating and simulation of a shell & tube heat exchanger using TEMA per ASME code and the software Aspen HYSYS. 
• Involved in process parameter checks, took measurements, interpreted data, and supported the implementation of continuous improvement programs. 
• Revised P&IDs for manufacturing equipment, utility piping and the water purification system. 
• Assisted with establishing best practices for work instructions.

October 2018 – September 2019: Cranfield University, UK 
MSc (Distinction) Energy Systems and Thermal Processes 
• Group Project: Performance assessment of a cold thermal energy storage system integrated into a concentrated solar power plant in Spain. Duration: Three months. Technologies Used: MATLAB, MS Excel. Achievement: Annual water savings of 47% and an additional profit of $87000. 
• Individual Thesis Project: Feasibility assessment on implementing a combined heat and power (CHP) unit with thermal storage at Cranfield University. Duration: Four months. Technologies Used: MS Excel, VBA. Achievement: Annual fuel and CO2 emission savings of approximately 30% and 43% respectively. 

September 2012 – July 2017: National School of Engineering, Tunisia 
BSc (Hons) Chemical Process Engineering 
• Individual Thesis Project: Design, modeling, and control of three-phase gravity separators in oil production facilities. Duration: Four months. Technologies Used: ASPEN PLUS, MS Excel. Achievement: Improved separation efficiency under all operation conditions to 95%, which satisfy the accuracy requirement and provide the theoretical foundation for the application of three phase separators at oilfields.