Sam K Nasab

Systematic Electrical Engineer experienced in managing electrical project lifecycle from design phase to delivery and implementation. Polished in analyzing, troubleshooting and developing solutions. Consistently delivers engineering services to meet company, customer and statutory and regulatory specifications on time and within budget.

• California C10 Licensed

• Emergency Power Systems for Health Facilities: Designed, calculated, and implemented emergency power generation systems and UPS configurations for critical healthcare environments, ensuring uninterrupted power supply during outages.
• Telecommunications Infrastructure: Engineered and executed the design, calculation, and implementation of 21 Cell towers and 85 in-building BTS systems across metro stations, high-rise buildings, and commercial complexes, optimizing signal coverage and reliability.
• Network and VoIP Infrastructure: Developed and deployed long-range wired and wireless network connections, including Voice over IP (VoIP) systems, to deliver robust and scalable communication solutions tailored to both residential and commercial applications.
• Solar-Powered Vehicle Design: Led the design and construction of a solar-powered car as part of a university project team, focusing on renewable energy integration and efficiency.
• Energy-Efficient Lighting Research: Conducted in-depth research on energy-efficient lighting systems, analyzing performance metrics and presenting findings to academic faculty for further development.
• Small-Scale Hydroelectric Power System: Independently designed and developed an electrical system for a small-scale hydroelectric power plant, applying sustainable energy principles to create a functional prototype.
• Aerospace Composite Design: Contributed to the research and design of an ultra-lightweight carbon epoxy aerospace composite with motorized and gliding flight capabilities, resulting in a registered patent in Iran.

• Emergency Power Systems for Health Facilities: Designed, calculated, and implemented emergency power generation systems and UPS configurations for critical healthcare environments, ensuring uninterrupted power supply during outages.
• Telecommunications Infrastructure: Engineered and executed the design, calculation, and implementation of 21 Cell towers and 85 in-building BTS systems across metro stations, high-rise buildings, and commercial complexes, optimizing signal coverage and reliability.
• Network and VoIP Infrastructure: Developed and deployed long-range wired and wireless network connections, including Voice over IP (VoIP) systems, to deliver robust and scalable communication solutions tailored to both residential and commercial applications.
• Solar-Powered Vehicle Design: Led the design and construction of a solar-powered car as part of a university project team, focusing on renewable energy integration and efficiency.
• Energy-Efficient Lighting Research: Conducted in-depth research on energy-efficient lighting systems, analyzing performance metrics and presenting findings to academic faculty for further development.
• Small-Scale Hydroelectric Power System: Independently designed and developed an electrical system for a small-scale hydroelectric power plant, applying sustainable energy principles to create a functional prototype.
• Aerospace Composite Design: Contributed to the research and design of an ultra-lightweight carbon epoxy aerospace composite with motorized and gliding flight capabilities, resulting in a registered patent in Iran.