Muhammad Ameer Hamza Email & Phone Number

Fort Myers, Florida, United States

Key Responsibilities: - Engineering Design: Perform engineering design for Solar PV Plants, with a focus on optimizing tracker applications and knowledge of fixed tilt systems. - Site Analysis: Take site parameters and conduct comprehensive analyses to evaluate solar potential, shading, site conditions, and electrical considerations. - Compliance: Ensure designs comply with national standards and regulations. - CAD Utilization: Utilize computer-aided design (CAD) software and other relevant tools to create detailed and accurate Solar Plant layouts. - Site Assessments: Conduct thorough site assessments to evaluate solar potential, shading, site conditions, and electrical considerations. - Collaboration: Work closely with sales teams to gather project requirements and design customized solar solutions that meet clients' needs and preferences. - Stakeholder Communication: Provide effective communication to internal and external stakeholders to ensure project alignment and success. - Project and Client Management: Manage projects and client relationships, ensuring all requirements are met, and expectations exceeded. - Additional Responsibilities: The job responsibilities are not limited to the points listed above.

England, United Kingdom

- Conduct comprehensive site assessments and feasibility studies for solar and BESS projects.- Design and optimize solar and BESS systems to meet project requirements, considering factors such as energy yield, system performance, and cost-effectiveness.- Develop detailed technical specifications, drawings, and documentation for solar and BESS installations.- Oversee the procurement, installation, and commissioning of solar and BESS systems.- Monitor system performance, troubleshoot issues, and implement corrective actions.- Conduct regular maintenance and inspections of solar and BESS systems.- Stay updated on the latest advancements in solar and BESS technologies.- Prepare project reports, technical documentation, and presentations.- Collaborate with other team members, including engineers, technicians, and project managers.

Islāmābād, Pakistan

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.

Islāmābād, Pakistan

- Monitor and analyze renewable energy market trends and advancements, including solar PV and windenergy systems, to identify opportunities for sustainable engineering solutions.- Develop and implement employee training programs to promote awareness of renewable energytechnologies, energy-efficient HVAC systems, and electrical engineering best practices.- Collaborate with international non-governmental organizations (INGOs) to plan research, policy, andimplementation projects that align with the company's energy systems engineering goals and objectives.- Ensure strict compliance with all applicable regulations, policies, and standards related to renewableenergy projects, electrical commissioning, protection, and sustainable engineering practices.- Build and maintain strong relationships with key stakeholders, such as INGOs, government agencies, and relevant organizations, to foster partnerships and knowledge sharing in the field of energy engineering and sustainable solutions.- Continuously monitor and evaluate the performance of renewable energy systems, HVAC solutions, andelectrical engineering projects to identify areas for improvement and recommend strategies for futuresustainable initiatives.

California, United States

- Design, Modelling and Analysis of Electrical Power Systems using ETAP, PSCAD, AutoCAD Electrical.AC & DC Load Flow Analysis, Fault Analysis, Optimal Capacitor Placement, Protection Coordination(50,51,67, 87, 27, 59, 81,32).- Transient Analysis & Studies, Harmonic Analysis & Studies, AC & DC Arc Flash Studies & Analysis.Motor studies- Professional relationships with key personnel in assigned accounts and build and develop relationshipswith Consultants, Contractors, Developers, End Users, and promote the visibility of LV Products to localnetworks.- Providing technical expertise on customer application requirements, supporting logistics and back office in order processing and offering phases, and supporting the launch of new products for control and power distribution applications.- Collecting and analyzing market intelligence regularly to identify industry trends, competitive dynamics,and customer requirements.

Bradford, England, United Kingdom

Master'S Degree, Energy Systems Engineering

My main focus during my masters will be on renewable energy resources and power generation from these resources to minimise carbon.

Bachelors, Electrical Engineering (Power)

My main focus during my bachelors was on Power Engineering that included Power Electronics, Power generation, transmission, distribution.