• Designed +6 plants in different phases such as Conceptual, Basic, FEED, Detail Design, EPC, on-site supervision, commissioning startup, and operator training.• Led five internal company research projects resulting in the implementation of new industrial processes.• Coordinated 200 discipline specialists and workers and +10 years of professional experience.• Designed 100,000 TPY production lines of Silicon Metal with a submerged arc furnace.• Developed production lines of carbon-carbon composite with CVI, CVD, HIP, and carbon/graphite with the Hot & Warm Press and CIP.• Launched production lines for Type-IV composite pressure vessels (10–1000 liter, 2000 annually).• Established production lines of High voltage (24 & 36 KV) insulation and Cold Shrink Termination. • Set up 2000 TPY CRP and FRP production lines with Pultrusion and Filament Winding Machines.• Planned high-voltage (100 KV) laboratory and specification of suitable equipment and instruments.• Manufactured +20 equipment like Arc furnaces, Graphitization furnaces, CVD, CVI, Reactive Distillation Towers, Hot Presses, Pultrusion, and Filament Windings.• Managed an 80-member cross-functional (mechanical, process, Electrical, Control) team to Perform all necessary chemical engineering calculations for Steady-State and Dynamic systems.• Prepared +1000 PID, PFD, layouts, mass and heat balances, and operating manuals.• Collaborated in piping, equipment, control, safety valves, instrumentation design, and sizing.• Expanded control and safety philosophy incl. HAZOP, HAZID, and submitting documents to the authorities, developing environmental and plant safety documents.• Reviewed +1000 vendor documents related to all types of equipment and instruments.• Acquaintance with process-related standards such as API, ASME, TEMA, IEC, NFPA, and Practices.• QC Coordination (Quality Management Systems ISO 9001, ISO/TS 29001, ISO 14001, OHSAS 18001).

• Taught Advanced Process Control (APC), Real-time Optimization (RTO), and solving large-scale MINLPs.• Solved large-scale retrofit heat exchanger network synthesis problems with mathematical optimization methods.• Collaborated with four teams in data acquisition for an integrated energy systems optimization model for Iran (SEM) from power generation to the demand side.• Researched Climate Change, onshore and offshore wind power, solar, conventional generation, transmission and distribution, smart grids, sustainable energy use, energy markets, and regulations.• Evaluated more than 100 technical designs for HVAC systems and performed techno-economic feasibility studies based on Iran regulations and standards.• Implemented ten feasibility studies on energy efficiency measures and renewable energy supply systems by site's energy analysis. • Lessened the proposal preparation time by 20% by developing to analyze energy demand and offer opportunities. • Improved the carbon emission analysis for six projects using the LCA method to calculate GHG emissions and embodied carbon.• Secured energy-saving project portfolio with a 400 million tons reduction of carbon equivalent by managing a four-member cross-functional crew to execute 12 business plans. • Accomplished energy saving by devising the Energy Management System implementation based on ISO 50001 standard in Iran's Oil & Gas industries.

•The first manufacturer of covers to prevent wildlife-related outages in Iran.