● Engineer utility-scale fixed-tilt and tracking PV systems with layout optimization and slope analysis in AutoCAD Civil 3D. ● Perform grid interconnection studies (load flow, short-circuit, protection coordination) to meet utility requirements. ● Monitor PV performance via SCADA/EMS/IoT platforms, focusing on PR, CUF, and availability metrics. ● Diagnose underperformance in modules, inverters, or BOS and recommend corrective actions (e.g., re-tilt, tracker recalibration). ● Define and track KPIs and baselines per IEC 61724 and ISO 50001 to drive operational improvements. ● Produce standard AutoCAD drawings: contour maps, string layouts, cable routes, foundations, and grounding details. ● Coordinate with civil, structural, and electrical teams to align PV array grading and infrastructure designs. ● Implement predictive maintenance using trend data to schedule cleaning, firmware updates, and inspections.

● Perform solar site assessments and feasibility studies across diverse facility types to identify optimal PV system configurations and assess resource availability. ● Analyze solar irradiance, energy production, and system performance data using PVSyst, HelioScope, Excel, and Python to uncover yield trends, losses, and maintenance priorities. ● Prepare detailed solar PV design proposals and technical reports, including equipment specifications, ROI and payback analyses, and lifecycle cost projections to support investment decisions. ● Lead the design, installation oversight, and performance verification of PV arrays, inverters, balance-of-system components, and associated mounting and racking systems. ● Develop and implement preventive maintenance schedules for solar PV assets—covering module cleaning, inverter checks, electrical inspections, and performance testing—to ensure long-term reliability. ● Plan and engineer hybrid renewable energy systems (solar PV, wind, battery energy storage) for on-site generation, seamless grid interconnection, and microgrid functionality. ● Conduct compliance reviews and technical audits of installed systems to verify adherence to industry codes, safety regulations, and warranty requirements, while tracking post-commissioning performance improvements. ● Facilitate cross-functional coordination—bringing together civil, structural, electrical, and operations teams—to streamline project delivery, lead design review meetings, and mentor junior engineers on PV design best practices. ● Conduct energy audits and assessments across diverse facility types to identify inefficiencies and recommend tailored Energy Conservation Measures (ECMs). ● Develop technical reports with ROI and payback analyses to support energy efficiency and sustainability investment decisions.

● Responsible for engineering and designing (using industry-standard software) offgrid, on-grid, and hybrid connected solar photovoltaic systems (including rooftop, carport, and ground-mounted arrays) to design the most optimal layout with the most appropriate technologies. ● Assist in Managing proposals and obtain related services and provide design consultation for projects. drawings and schedule with the project team. ● Produce pre-conceptual designs with accompanying production estimates and review structural, and geotechnical, for projects. ● Review solar system engineering designs, modeling, and performance data, and provide engineering support to the design team during the construction process. ● Assist in Managing external consultants to obtain assessments of project structural or geotechnical considerations, and interconnect issues, and to identify the required approvals from Authorities. ● Review the costs of structural estimates, interconnection, permitting agreements, production estimates, and assessment of commercial risk factors. ● Oversee the development of structural and electrical designs for net-metering, roof, ground, and parking canopy solar electric systems that meet all regional and local customer-defined requirements. ● Maintain design and proposal requirements, knowledge of codes and standards, design procedures, methods, and processes, and improve the efficiency of project development and project selection process.

● Design & Optimization: Develop and enhance electrical systems using ETAP, PSCAD, and AutoCAD, integrating AI-driven simulations for efficiency. ● Predictive Maintenance & Smart Monitoring: Use machine learning and IoT-based systems to detect faults, optimize energy usage, and prevent failures. ● Automation & AI Integration: Automate fault detection, energy flow analysis, and system optimization with AI and predictive analytics. ● Stakeholder Engagement: Build relationships with contractors, consultants, and developers, leveraging data- driven insights for business growth.