Mohammad Anwar Manjanoor is a Electrical Engineer | Embedded Systems | Hardware Design | UAV at Partix. He possess expertise in leadership, robot operating system, rotorcraft, team work, technical presentations and 30 more skills. Colleagues describe him as "Anwar is a capable and proficient intermediate engineer. He's passionate about electrical and embedded systems, especially in the context of UAV and autonomous aviation applications. Upon joining, Anwar committed to learning systems and tools necessary to design electromechanical products. Specifically, he dug into our ECAD and MCAD tools with tenacity. He became proficient rapidly and continues to effectively utilize these tools to deliver hardware and embedded solutions. Anwar successfully delivered a number of quality custom electrical designs during our time working together, in spite of that time being shorter than I would have liked (I departed). Anwar was resolute in his desire to join the team. He demonstrated persistence and fastidiousness when joining the company which made the decision to hire him an easy one. He's also a great addition to company culture as he has an excellent personality. He is friendly, engaging, inquisitive, kind, and empathetic. He works well cross departmentally and manages multiple stakeholders exceedingly well for his experience level. I would recommend him highly for an intermediate technical role. I'm sure he will grow well beyond that recommendation, too.", "I have known Mohammad Anwar as a graduate student in electrical engineering during my Ph.D. study at Intelligent Aerospace laboratory, Iowa State University, under Dr. Peng Wei. He has excellent knowledge of hardware integration and inter-operability, and I have seen him work on various embedded platforms and developing and testing quadrotor and fixed-wing unmanned aerial vehicles (UAV). He has a positive attitude and a desire to produce a quality product.", and "Anwar has been working on building an autonomous racing quadrotor and testing embedded processors as a companion computer with the Pixhawk flight controller. He has worked on modifying the PX4 flight stack to incorporate the PX4flow sensor helping in maintaining the altitude and the direction in a GPS denied environment. He has also worked on integrating the RP Lidar A3 onboard and generating point cloud of the environment and commanding the flight controller for navigating in a GPS denied environment. Anwar has strong understanding of hardware interoperability, sensor fusion, embedded processors and embedded programming. Anwar is a hardworking researcher and a great team leader."