Abu Dhabi, Abu Dhabi Emirate, United Arab Emirates
I am a passionate robotics enthusiast with a broad knowledge base, allowing me to bridge knowledge gaps between different engineering disciplines. I thrive in dynamic environments that are intellectually challenging, where I can interact with people and exchange ideas. I possess a natural ability to come up with creative solutions for problems, even in areas where my knowledge might be lacking. My drive for innovation and my ability to adapt make me a valuable asset in any collaborative setting.
As the Lead Mechanical Engineer, I am responsible for ensuring seamless integration with other departments, overseeing the entire mechanical development and testing process, and driving continuous innovation. Additionally, I serve as the primary point of contact for all mechanical-related inquiries, both within the department and externally.
After passing on the role of team manager, I now contribute more to the design and organization of the various disciplines with a focus on mechanical and electrical.
At the TII Humanoid Department, I engineer and advance cutting-edge humanoid robotics technology, supporting the research and innovation that defines the future of the field.
At Munami, I am responsible for setting our vision and leading the company forward. With a background from Delft University of Technology, I am passionate about turning cutting-edge research into real-world solutions that make work safer, smarter, and more human. As with any early-stage startup, I do a bit of everything. From shaping our product strategy and building partnerships to handling operations, fundraising, and team growth, I stay closely involved in all aspects of the company.
Within Codian Robotics and B&R Industrial Automation, I am part of the Machine Centric Robotics department where I am tasked with seamlessly combining the innovative pick-and-place robots developed by Codian Robotics with the control hardware and software of B&R Industrial Automation. This includes characterizing primarily Delta robots, optimizing control parameters, and automating the tuning pipeline while using the gained experience for mechanical optimizations and development.
R&D engineer tasked with implementing a control solution in production-level delta robots that are Beckhoff based. Given full responsibility for the project and trusted to self-organize it to produce results as soon as possible. Analytical analysis of simulation and real-world tests in order to validate written software.