Leading the initiative to develop a novel tool that measures and improves global sustainability by optimally conducting the integrated circular economy solution of stakeholders which can complement each other and maximise resource utilization.Managing the consultant organization to measure, report and improve sustainability KPIs of corporations in terms of ESG and in compliance with global standards.Under the sustainability management, facilitating mechanisms to enhance capacities on accessing new financial opportunities with the most favourable options.Conducting the carbon footprint reports and decarbonization strategies to monitor and then reduce emissions at the highest possible rates. In a sequence with decarbonization consultancy, optimization of systems to reduce green financial obligations to the lowest extents, CBAM process management.Consulting solutions to create value chains that bring various stkaholders together from industry, agriculture and energy sectors.

• Determination and management of green and digital transition programs, sustainability goals and process models.• Preparation of sustainability reports and decarbonisation plans of complex production processes and supply chain flows.• Development of a circular economy tool to report and improve sustainability ratings, ESG and carbon footprints.• Consulting circular economy projects and sustainable development program of Ostim Organized Industrial Zone (OIZ)• To conduct sustainable value chains, development of IoT-based solution tools, which optimally combine material process flows of stakeholders under a network of a cyclical flow.• Consulting sustainable copper processing industrial park development project in Ohangaron, Toshkent, Uzbekistan.• Facilitating sustainable development program and group of green projects for Kismayo city of Somalia.

- Management, system engineering, innovation design and process modelling of the World Bank funded circular economy projects with total budget of 120M TRY and reporting sustainability reports.- Development and optimization of technical designs (smart energy, digitalization, power distribution).- Stakeholder management, budget control, change implementation and business plan development of projects.- Determination of sustainability KPIs, then estimating the improvement rates for each of the projects- Leading to the sustainable growth plans, industry 4.0 operations and green transition.- Determination of circular value chains and B2B networks.- Data analysis and “optimum match algorithm” development to build industrial symbiosis.- Optimization modelling to develop closed loop of integrated production processes.- Development of integrated supply chain model across the zone regarding energy utilization rates of SMEs.- Data management to determine and improve business process models and circular economy models for stakeholders of the Directorate. Delivering presentations, workshops and site visits with SMEs of the zone.

- Development of optimization tools and system designs, which mimic the "fine-tuned universe" to optimally combine power plants, industry facilities, residential/agricultural areas at the right locations, with true capacities and designs (in an interpenetrated pattern) and to find optimum circular process flow of natural resources utilizations among all these- To find out the ubiquitous sustainable circular flow of resources, modelling of process designs that integrally determine the optimum facility designs.- Design and optimization of algorithms to build closed loops of decarbonised supply chain and production models.- Consulting to long term climate change policies,- System and algorithm design for circular economy models that have the optimum cyclical utilization flows of natural resources (and wastes) among industrial zones, agricultural and residential areas.- Analytical decision making models of green business intelligence management, ESG reporting.- Sustainable process models to build growth strategies, operational plans and B2B connections.- Algorithm design and modelling of solution tools for value chains in which diverse natural resources circulating as output of one to input of another in an integrated flow.- Partnership management and engineering with energy system developers.- Solution tools design to optimally match clients from various industries and build symbiotic models.

- Development of design for the project installation of the company about sewage sludge treatment and incineration line- In concept of net-zero circular plant, designing of sewage sludge hydrolysis, incineration, power generation integrated plant to Istanbul (The Istanbul Metropolitan Municipality) with 600 tons/day capacity- Engineering, EIA analysis and project management planning in regard of the project.

- Design of a sustainable circular production zone layout for an EU funded project in Turkey that is composed of biogas, cogeneration, agriculture land, cattle farm, greenhouse and fertilizer facilities. Analysis of EIA and reporting ESG scores.- System engineering and facility layout design optimization model for solar power plant installation and feasibility analysis of mono crystal PV cell production line investment

- Development of project design, modelling feasibility analysis to install integrated circular zones with biogas plant integration to generate power, heat and bio-fertilizer from cattle manure.- ESIA analysis of the projects.- Facility Layout and design optimization modelling program for estimation of biogas, bio-methane and power generation

- Design and modelling smart circular waste-to-energy plant zone, for the gasification plant in Ankara.- System engineering modelling of circular waste-to-energy generation zone in Kazakhstan.- ESIA analysis of the projects, preparation of mitigation measures and commitment plans.

- Sustainable energy providing solutions with smart innovations- Project design and system engineering for investments in Turkey (WPC)- Pre-analysis and engineering study for process management of prospect investments in Turkey (WPC)

- Smart Industry Operational Research Implementation with Virtual Factory Practice- Optimization Modelling for Integrated Production Planning and Value Chains Modelling Among the Interconnected Factories Located in Industrial Zone, Ankara- Developing and Reporting Industry 4.0 Reengineering Plan for the Zone- Modelling Smart Symbiosis Waste Management Implementation for the Zone- Developing Optimum Match Algorithm Between Industrial Wastes and Stock Needs of the Factories Located in the Zone

- Development of compact energy efficiency solutions- Integration of circular economy modelling to production process flow- Designing waste-to-energy plant integration to increase energy efficiency- Designing of business intelligence aided thermo-mechanical solution as production control system

- Coordination of production management, production planning engineering- Energy focused process optimization practices, marketing and strategies development- Production efficiency projects, computation tool development for optimization of power needs for flour production