As the Head of People and Operations at XRWorkout, I have been entrusted with diverse responsibilities that extend beyond talent acquisition. Building upon my background as a Recruiting Specialist, I have successfully taken on leadership duties, including the allocation and guidance of the Beirut back office team in executing the company's strategy effectively. My role encompasses various functions, such as:Allocating and Leading Beirut Back Office Team: Effectively managing and guiding the Beirut back office team to ensure seamless coordination and successful execution of company-wide strategic initiatives.Talent Acquisition: Continuously identifying and attracting top talent to join XRWorkout through diverse recruitment channels, ensuring that the company remains staffed with skilled and motivated professionals.Relationship Building: Cultivating strong relationships with candidates, team members, and stakeholders, fostering open communication, and providing timely updates and feedback throughout the hiring process.Employer Branding: Contributing to showcasing XRWorkout's distinctive culture, values, and growth opportunities to attract top talent and position the company as an employer of choice.Collaboration with Hiring Managers: Facilitating effective communication and collaboration with hiring managers, aligning talent needs with the company's strategic objectives.Metrics and Reporting: Diligently tracking and analyzing recruitment data to provide valuable insights, enabling data-driven decisions to enhance recruitment effectiveness.Continuous Learning: Staying abreast of current recruitment trends, industry best practices, and evolving strategies to ensure XRWorkout remains at the forefront of trending AI utilities.

I have played a central role in driving MakersGround's vision of revolutionizing the world of robotics and engineering. My versatile skill set and leadership abilities have allowed me to take charge of various critical aspects of the company's operations:Lead Robotics Engineer: Leading the robotics engineering team, providing technical expertise and guidance in designing cutting-edge robotic systems. Through my leadership, we have achieved significant advancements in robotics technology, enabling us to offer innovative solutions to our clients and customers.Tasks Distribution and Management: Responsible for distributing tasks and responsibilities among team members, ensuring optimal workflow and maximizing productivity. My focus on task management has facilitated seamless collaboration and timely project delivery.PCB Design and Development: Overseen the development of intricate and high-performance Printed Circuit Boards (PCBs) for our robotic systems. These custom-designed PCBs have been critical to the success and reliability of our products.Product Design and Development: Collaborate closely with the engineering and design teams, I have contributed to creating products that align with market demands and exceed customer expectations.CAD/CAM: Utilizing state-of-the-art tools to visualize, optimize, and manufacture our robotic systems efficiently.Machinery and Lab Administrator: Ensuring the smooth functioning of our research and development lab, I have overseen the maintenance and allocation of machinery, equipment, and resources. My organizational skills have contributed to an efficient and well-equipped workspace for our talented team.Team Allocation: Involved in building and nurturing our team of skilled professionals. By identifying individual strengths and aligning them with project requirements, I have created a cohesive and motivated team that consistently delivers exceptional results.

Lead the design and development of the first ever cable driven concrete 3d printer.Lead the design and development of Chassis and body for large scale industrial Concrete 3D printer Gantry (2m3).Lead the PCB design for multiple units of the robot (Main PCB, Slaves, Balancer).Lead the design and development of Pumping system with nozzle extrusion.

As the CTO at Gomicron, I have led the development and production of the latest DLP 3D Printer machine, the M2, overseeing the entire process from concept to delivery. My responsibilities have included:Supervising M2 Machine R&D: Managed the end-to-end research and development of the M2 Machine, ensuring a seamless and efficient process.Firmware and Software Development: Led teams in creating advanced firmware and software for 32-bit custom controllers, enhancing the machine's performance and user experience.PCB Revision and Update: Oversaw the revision and update of PCBs, implementing industry standard design principles and components.Enhanced Printing Vat Technology: Drove the enhancement of 3D printing vat technology, resulting in improved print accuracy and efficiency.Dynamic Printing Technology (IP): Introduced groundbreaking dynamic printing technology, enabling record-breaking printing speeds without compromising resolution.

As a dedicated Product Engineer at Gomicron, I have played a pivotal role in managing the entire lifecycle of M1 DLP 3D Machines, Curers, Resin, Printing vat, and while overseeing multiple critical areas to ensure the delivery of top-notch products:M1 Machines R&D: Successfully led and coordinated the design and manufacturing process for M1 Machines, Curers, and light engines ensuring efficient production, quality control, and timely delivery.PCB Design and CAD/CAM: Demonstrated expertise in PCB design and CAD/CAM tools, resulting in the development of highly reliable and optimized circuit boards for our machines.Chemical Resin Manufacturing: Spearheaded the implementation of cutting-edge techniques in chemical resin production, enhancing material properties and contributing to the durability and performance of M1 Machines.Printing Vat Design Technique: Innovated and developed advanced printing vat design techniques, elevating the 3D printing capabilities of our machines, and improving overall print accuracy and speed.Firmware Development: Collaborated closely with software engineers to develop and optimize firmware for the M1 Machines, introducing new features and functionalities that catered to customer needs.Continuous Improvement: Championed a culture of continuous improvement, initiating process optimization projects that led to increased efficiency and reduced manufacturing costs.

Circuit boards design and manufacturing, mechanical design and implementation. Detailed Rolls:• PCB Design.• Microcontroller Programming and testing.• Fabrication and assembly.• Research and development.• Technical Decisions.• Mechanical Design.• 3D Design. First Project:• ReefBot Sensor Controller:A custom built machine that tests and monitors different kinds of chemical toxicity levels of salt water aquariums.https://www.reefkinetics.com/Assigned Tasks: Universal PCB Design and implementation for the following meters:-PH-Salinity-ORP-DO