Sabir Imtiaz

Working with international clients across energy modelling, data analytics, and engineering automation. Projects span renewable energy feasibility, building load calculations, power plant performance analysis, and business intelligence reporting.

Designed and delivered solar energy yield assessments using PVsyst, and energy feasibility studies using RETScreen, for renewable energy projects and c

Design and Simulation of Renewable Energy Projects leveraging MATLAB and MS Excel Software. Modeling and Simulation of Solar Energy projects utilizing PVSyst Software. Performing Heating and Cooling Load calculations based on ASHRAE Fundamentals Handbook. Air Source Heat Pumps (ASHPs) Selection and Sizing utilizing Natural Resources Canada's tool. Annual Performance and Efficiency Calculations for

Supported a Derbyshire-based consultancy in building data infrastructure for social value measurement and ESG impact reporting.
• Built an end-to-end Social Value Calculation application using Power Apps, SQL, and Power BI, replacing a largely manual process with an integrated reporting pipeline
• Developed a sophisticated Excel-based social value tool with dynamic multi-criteria filtering using n

Development of a Social Value tool for quantifying Sustainability KPIs, including Wellbeing, EDI (Equity, Diversity & Inclusion), and Environmental Impact, using Power Apps (frontend), SQL (backend), and Power BI (visualization). Development of Interactive Power BI dashboards for Key Social Value metrics utilizing DAX and MS Excel as a Database. Applied Statistical Analysis and Logical Frameworks

Lead engineer responsible for performance monitoring, optimization, and data reporting across a 62MW biomass cogeneration plant, with two 155 TPH high-pressure boilers and 2×31.2MW extraction-condensing turbines.

• Improved boiler tube reliability from 60% to 95% through structured condition monitoring and data-driven maintenance prioritization
• Monitored and analyzed generation performance of a

Monitoring and evaluation of Key Performance Indicators (KPIs) of the plant based on DCS Data and Thermodynamics principles. Development of SOPs for performance evaluation of various plant components including heat exchangers, cooling towers, turbo machinery and diesel generators. Led in-situ performance assessments of RO-EDI to evaluate operational efficiency, using empirical data and system-leve

Completed intensive on-site training across all major plant systems, water treatment, boiler operations, steam turbine, switchyard, and mechanical maintenance, building the practical foundation for six years of performance engineering work that followed.

Pursued a Master of Science in Thermal Power Engineering, focusing on advanced thermodynamics and power plant systems.

Completed a Bachelor of Science in Mechanical Engineering, building a strong foundation in mechanical systems and design.