Sohaib Rafique, Phd Email & Phone Number

Melbourne, Victoria, Australia

I lead a high-performing team to execute major strategy and research projects for state and federal governments, focusing on EV planning and modelling. My role blends leadership with technical expertise across advisory services and strategic planning.Key Responsibilities:- Manage projects and develop methodologies for advisory work- Lead and mentor the team- Build and maintain client relationships- Engage with industry stakeholders, including charge point operators, fleet operators, and government agencies- Conduct techno-economic analysis to evaluate EV charging site feasibility- Perform modelling and strategic planningKey Projects:- ACT EV Charging Investment Framework, ACT Government- EV-Friendly Tourist Drives, NSW Government- NSW EV Charging Investment Strategy, Transport for NSW- Fleet Transition Plans and EV Infrastructure Strategies, various local councils including Sunshine Coast (QLD), Shire of Byron Bay (NSW), and Shire of Murray (WA)- Techno-economic assessment for charging infrastructure roll-out, RACV and VIVA Energy- Mapping tool for public EV charging infrastructure, Southeast Michigan- Network-wide EV modelling for Ausgrid, Western Power, South Australian Power Network, Essential Energy, and Endeavour Energy- Power modelling for electric bus depots in NSW - Transport for NSW- Charging Infrastructure Plan for 110 sites across 10 Tasmanian government agencies- National EV Mapping Project, DCCEEW (Federal Government)

Sydney, New South Wales, Australia

Sydney, Australia

Sydney, Australia

As a dedicated researcher, my work has been focused on pioneering advancements in the fields of electric vehicles, energy management, vehicle-to-grid technology, residential & commercial energy solutions, renewables (solar - PV), battery energy storage systems (BESS), and optimisation of energy resources.Key Responsibilities:- Conduct advanced research and develop innovative methodologies- Lead and mentor research teams- Collaborate with academic and industry partners- Engage with stakeholders, including energy providers, vehicle manufacturers, and government agencies- Perform techno-economic analysis to evaluate the feasibility and impact of energy solutions- Power systems analysis using MATLAB Simulink, PSS/E, PSCADScientific Publications- Energy management systems for residential buildings with electric vehicles and distributed energy resources, IEEE Access, 2021- EV scheduling framework for peak demand management in LV residential networks, IEEE Systems Journal, 2021 - A two-stage multi-objective stochastic optimisation strategy to minimise cost for electric bus depot operators, Journal of Cleaner Production, 2021- A stochastic approach to energy management for an electric bus depot with a constrained grid supply, IEEE Systems Journal, 2021- Stochastic modelling of electric vehicle behaviour to estimate available energy storage in parking lots, IET Smart Grid, 2020- A battery energy storage sizing method for parking lot equipped with EV chargers, IEEE Systems Journal, 2020 - Voltage regulation with stochastic modelling and two-stage optimized EV parking lots", IET Generation, Transmission & Distribution, 2021- Potential for electric vehicle adoption in Australia, International Journal of Sustainable Transportation, 2019- Aggregated impacts of electric vehicles on electricity distribution in NSW, Australia, Australian Journal of Electrical and Electronics Engineering, 2019

Sydney, Australia

Academic tutor for Systems Design and Engineering (School of Electrical Engineering).

Karachi, Pakistan

As an Operations Engineer at PARCO, I played a pivotal role in ensuring seamless pipeline operations to meet refinery demands. My expertise in optimizing pumping configurations significantly minimized energy usage (kWh/MTon) and effectively managed peak power demand, preventing costly utility penalties. I diligently maintained operational parameters such as flow rate and pressure within safe limits, swiftly addressing any abnormalities to avert potential losses and environmental impact. Furthermore, I spearheaded the training and mentoring of staff on operational procedures, developed comprehensive operational manuals, and authored SOPs to ensure safe and efficient operations.Key Responsibilities:- Analyze and forecast data to identify trends and anomalies- Implement and manage systems for data-driven decision-making- Automate reporting processes to enhance operational efficiency- Develop and maintain databases for systematic energy data recording- Perform data-driven analysis to optimize resource consumptionKey Projects:- Implementation of a robust system for identifying oil adulteration attempts through local crude oil decanting data analysis, resulting in substantial cost savings- Automation of daily operations reporting, leading to enhanced efficiency- Establishment of an energy data recording database, facilitating automated report generation for informed decision-making- Optimization of flow enhancer consumption through modelling and data-driven analysis, reducing energy usage and saving $1000 per MTon of crude oil transfer- Development of forecasting models for energy usage and resource allocation- Collaboration with cross-functional teams to integrate data analysis into strategic planning- Utilization of programming skills to streamline data processing and reporting workflows- Continuous improvement of data management systems to support operational goals and strategic initiatives

Karachi, Pakistan

As Assistant Manager at K-Electric, I played a crucial role in ensuring an uninterrupted power supply to the entire city. I meticulously analyzed feeders requiring maintenance and coordinated necessary repairs to maintain system integrity. By conducting power system stability and load flow analyses, I assessed the impact of new connections, ensuring seamless integration and optimal performance. My strategic oversight and technical expertise were pivotal in safeguarding the reliability and efficiency of the power supply network.Key Projects:- Power factor improvement plan for 11kV feeders, resulting in monthly savings of $100,000 by minimizing downtime, enhancing system reliability, and improving voltage regulation- Examination and optimization of 11kV feeders with high losses, achieving a 30% reduction in line losses- Strategic planning and execution of projects to enhance energy efficiency and sustainability- Collaboration with cross-functional teams to drive continuous improvement initiatives- Utilization of data-driven methodologies to inform decision-making and optimize resource usage- Implementation of energy-saving measures to reduce operational costs and environmental impact- Development of comprehensive plans for system upgrades and maintenance to ensure long-term reliability and efficiency

Karachi, Pakistan

During my tenure as a Trainee Engineer, I had the invaluable opportunity to contribute to a significant EPC project at the DHA Cogen power plant, boasting an impressive 96MW capacity. My role involved playing a crucial part in the project's success by actively participating in the development of electrical Single Line Diagrams (SLDs) and meticulously overseeing the commissioning and testing of switchgears. This experience not only provided me with a solid foundation in electrical engineering but also instilled a deep appreciation for the intricate details involved in large-scale power generation projects, setting the stage for my career in the energy sector.

Doctor Of Philosophy - Phd, Energy Management Systems

Masters Of Research (Mres), Impact Of Electric Vehicles On Power Grid

Master’S Degree, Energy Management

Bachelor’S Degree, Be - Electrical

High School, Science -Engineering

Ssc, Science