1. Technical consultancy services for a diverse range of solar projects, spanning from rooftop installations to expansive utility-scale ventures.2. Conducting meticulous due diligence, which encompasses feasibility assessments, evaluations of geographical site conditions, efficient management of contractual aspects, thorough review of subsidy determinations, assessment of the bankability of balance of system (BOS) components, comprehensive detailed engineering evaluations, performance analysis, as well as pre-acceptance checks (PAC) and final acceptance compliance (FAC) testing.3. Collaborating closely with various stakeholders, including project development firms, project owners, lenders, insurance providers, financial institutions, government bodies, and grid operators, to ensure seamless coordination and successful project execution.4. Overseeing performance monitoring, identifying faults, implementing weather-corrected performance evaluations, and providing comprehensive reporting for solar installations.

1. Technical project consultant for C&I to utility-scale solar projects. 2. Conducted technical due diligence; feasibility, geographical site assessment, contract management, reviewed subsidy decisions, BOS bankability assessment, detailed engineering, performance analysis, PAC, and FAC testing.3. Worked alongside different stakeholders like developing companies, owners and lenders, insurance agencies, financiers, government agencies, and grid operators. 4. Inspection and as-built document review for the safe onboarding of the projects before and after project commissioning.

1. Front-End Engineering and Design (FEED) and quality assurance (QA) for B2B/B2C projects. 2. Pre-assessment (Feasibility study) including grid connections and regulations in the Netherlands, Belgium, and Italy.3. System performance monitoring and troubleshooting issues related during and after the installation process.4. Knowledge development and data analysis to strengthen the design process and smoothen the project’s journey.

Master of Science thesis on Effect of Soiling on the PV Panel kWh Output and Development of Novel Soiling Detection Sensor, ''DustIQ''.1. Determined real-time shading, soiling, and degradation rates by comparing the system production data with simulated yield reports using simulation software; PVsyst, SAM, Helioscope, and PV*SOL. 3. Developed an empirical equation to accurately estimate the soiling and angular losses in a PV module. Paper published on “Accurate Soiling Ratio Determination with Incident Angle Modifier for PV Modules”, IEEE (2018). DOI: 10.1109/JPHOTOV.2018.28824684. Designed and experimentally tested the parameters of an optimum mini PV module integrated into the DustIQ sensor.5. Conducted indoor and outdoor factory calibration experiments using different test dust.

1. Developing and initiating quality standards where I was responsible for tests like hydrostatictest, Absorption test and three edge bearing test for the manufactured RCC & PSC pipes.2.I was responsible for analyzing challenges in current business processes so as torecommending appropriate improvement solutions.3.Determining cost of engineering, equipment and materials for processimprovements.4.Troubleshoot and resolve problems relating to quality control aspects.