Oct 2021 – Nov 2023 · 2 yrs 1 mo · Musaffah, Abu Dhabi Emirate, United Arab Emirates · On-site

• As an Electrical Design Engineer at Al Tawsa Electrical Contracting in Abu Dhabi, I have successfully managed and executed various high-profile projects, showcasing my expertise in electrical system design and project coordination. My role involved meticulous planning and collaboration to ensure compliance with industry standards and client specifications.
• Key Achievements:
• Prepared comprehensive shop drawings, including Lighting Layouts and Single Line Diagrams, achieving a 100% approval rate by adhering to ADDC wiring regulations.
• Conducted voltage drop calculations and design optimizations, resulting in a 10% reduction in overall project costs.
• Specialized in cable selection and tray design, ensuring seamless installations and regulatory compliance.
• Improved energy efficiency by 15% through power factor correction and capacitor bank selection.
• Developed accurate Bills of Quantities (BOQs) from approved drawings, aligning project costs with budget constraints.
• Streamlined cash flow by generating monthly invoices and securing timely approvals, reducing delays by 20%.
• Enhanced project timelines by 25% through effective material take-offs and procurement coordination.
• Facilitated smooth project handovers by creating detailed as-built drawings.
• Provided clients with essential documentation, including Technical Submittals and Operation & Maintenance Manuals, ensuring compliance with project specifications.
• Conducted value engineering on tender drawings to meet budget constraints without compromising quality.
• In conclusion, my tenure at Al Tawsa has equipped me with a robust skill set in electrical design and project management, enabling me to deliver innovative solutions that meet the highest standards of quality.

Apr 2019 – Aug 2021 · 2 yrs 4 mos · Business Bay, Dubai, United Arab Emirates

• As an Electrical Design Engineer at Apex Smart Controls LLC in Dubai, I had the opportunity to lead the design and implementation of advanced electrical systems for numerous high-end residential projects. My focus was on delivering innovative solutions that enhanced both functionality and energy efficiency.
• Key Achievements:
• Optimized project costs for over 15 residential villa projects, achieving an average cost savings of 15% while maintaining high-quality standards.
• Designed lighting layouts using Dialux Evo, resulting in energy efficiency improvements of up to 20%, which significantly reduced operational costs for clients.
• Developed complete sets of Shop Drawings, Schematics, Installation Drawings, and As-Built Drawings for control and low current systems, ensuring 100% regulatory compliance with zero rework across all projects.
• Streamlined project documentation processes by providing essential materials, including Pre-qualification Documents and Technical Submittals, reducing approval timelines by 25% and facilitating faster project kickoffs.
• Delivered detailed As-Built Drawings for all projects, contributing to 100% on-time project completion and ensuring seamless handover to clients.
• In conclusion, my experience at Apex Smart Controls has reinforced my ability to blend technical expertise with innovative design solutions, enabling successful project execution in the competitive residential market.

Feb 2017 – Aug 2018 · 1 yr 6 mos · Kozhikode, Kerala, India

• As an Electrical Design Engineer at MEDAC Enterprises Pvt. Ltd in Calicut, India, I played a pivotal role in the electromechanical subcontract works for significant projects in Saudi Arabia, particularly the Administration Building of the Armed Forces Hospital Program. My focus was on delivering precise and efficient electrical designs that met stringent specifications.
• Key Achievements:
• Successfully prepared shop drawings for power and lighting systems using DIALux software, ensuring accurate lux calculations for various rooms as per specifications.
• Conducted load balancing and panel board scheduling to optimize electrical distribution across the project.
• Performed voltage drop calculations and other design requirements to create economical and optimal designs.
• Demonstrated proficiency in cable selection and cable tray design, along with preparing comprehensive single line diagrams.
• Calculated power factor correction and selected appropriate capacitor banks to enhance system efficiency.
• Developed shop drawings for low current (LC) or extra-low voltage (ELV) devices, including smoke detectors, telephones, CCTV, and data systems.
• In conclusion, my experience at MEDAC Enterprises has equipped me with a solid foundation in electrical design principles and practical applications, enabling me to contribute effectively to large-scale projects.

Jul 2015 – Jan 2017 · 1 yr 6 mos · Bengaluru, Karnataka, India

• As a Power Electronics Engineer at ETA Technology Pvt. Ltd. in Bengaluru, I contributed to the design and development of a cutting-edge SPWM-based 200 kVA IGBT Inverter Drive for RANE Engine Valve Limited. My role focused on enhancing operational efficiency and reliability in high-power applications.
• Key Achievements:
• Assisted in the design of a 200 kVA High Power Inverter Drive for metal forming, significantly improving operational efficiency.
• Contributed to the development of a SPWM-based IGBT Inverter Drive for a Horizontal Upsetting machine, enhancing both performance and reliability.
• Integrated precise voltage, current, and temperature sensors with microcontrollers through analog isolation channels, improving monitoring capabilities.
• Implemented high-speed Closed Loop control for voltage and current, resulting in improved system responsiveness and stability.
• Developed a microcontroller-based drive control system that optimized performance and minimized operational delays.
• Created an energy-efficient system that reduced heating in key components, leading to an overall efficiency increase of approximately 15%.
• In conclusion, my experience at ETA Technology has strengthened my expertise in power electronics design and control systems, equipping me with the skills necessary to drive innovation in high-power applications.