Member of the senior leadership teamcontributing and delivering the corporate strategies, e.g., the Value Creation Plan, Energy efficiency plan, and Strategy 2030.Responsible for R&D pipeline to develop more sustainable solutions (circular economy, reuction of scope I,II, and III CO2 footprints) for the semiconductor sector.Overseeing and balancing projects in terms of resources, budget, and timeline delivering with a team of high-caliber scientists and engineers functioning as innovation project managers and production engineers

Lead key process improvement projects based on big-data analysis, strategy development, and integration of IoT into process and continuously support PMO organisation’s strategic target improvement utilising agile and scrum philosophy, Jira, to manage multi-disciplinary and cross function project team. Engage with different organisation levels and function teams to identify opportunities for continuous process improvements and gradual movement toward Industry 4.0. Directed risk planning, identification, mitigation, and remediation by implementing Kepner-Tregoe method.• Spearheaded a multi-million-euro project in troubleshooting a supply chain issue in a multinational environment.

Defined and implemented lean strategies, initiatives, and actions to improve and develop processes that improved KPI’s. Managed pilot-scale from concept to detailed end, including quality, time, and budget for the production of new commercial product development and researched reference standards. Analysed testing results of technical manufacturing, quality control, and product performance to determine acceptability of the product, including high-temperature processing, high-temperature measurements, chemical analysis of ultra-high purity materials, powder characterization, testing for mechanical, electrical, optical properties, fracture control, hot cutting of brittle material, amorphous material recrystallization engineering, and burners for enhanced natural quartz fusion.• Triggered sales by 30%, resulting to £2m revenue growth.• Delivered and managed multiple projects which increased yield by 5% in three years, saving the company £300k p.a. • Utilised negotiation expertise to collaborate with +5 third parties, including research and development institutions to achieve missions and objectives.

Online Trading boot camp & Cryptocurrency asset management

• Lead researcher on £4m multi-institutional projects, including universities like Edinburgh, Newcastle, UCL, and Leeds and corporations like National Grid.• Accomplished as lead author of a report for a government body.• Extended capabilities in writing proposals to government bodies, effective communication.• Negotiated consultancy project on designing on PIG for pipelines, hired three engineers to work packages and achieved deliverables and managed the entire project, presented resulted to the client, and offered a period of troubleshooting.The objective of the work is to study the flexibility of plausible CO2 transport networks and their ability to react to changes in the flow rate of CO2 across the whole CCS chain. The research will also investigate network design strategies e.g. the incorporation of additional existing infrastructure, use of interim/buffer CO2 storage to decouple flow rates in different parts of the CCS system and switching the phase of transportation.

Production and development of quality CFD methodologies in simulation of multi-phase reacting and non-reacting turbulent flows. In particular: mesh generation, setup of calculations, post processing, analysis of results, writing technical reports.Responsible for carrying out teaching, research duties and organizing lectures, seminars and tutorials.• Contributed in applying for external grants.• Provided mentoring, advice and support to students on an individual level.Selected Projects:Small-scale hydrogen leakage from a car inside a garage.Liquid hydrogen droplet injection through a cylinder for hydrogen fuelled ICE-s.Research in Liquid hydrogen spill and combustible cloud dynamics using OpenFOAM and CFD package.

• Suggested and implemented ideas to optimize the weight, noise and performance of electromotors used in home appliance.• Sourcing parts from suppliers and collaboration with them on quality improvement.• Mentored technicians for their professional development.

As part of the BSc thesis, I have been joined with Iranian well-known company, where I obtained valuable experience in learning how different departments interact in big industries, Presentation skills.

Investigation of design methodologies for automotive shock absorbers