Electrical Engineering Technologist

* Battery Systems & Power Distribution: Design and implement battery management systems (BMS), including charge/discharge circuits, safety monitoring, and energy optimization. Ensure reliable power distribution for motors, sensors, and communication systems.

* Sensor Integration & Signal Processing: Integrate a variety of sensors (e.g., GPS, IMUs, LiDAR, cameras) into drone systems. Apply signal conditioning and signal processing techniques for accurate data collection and transmission.

* Embedded Systems & Firmware Development: Design and develop embedded systems for drone control, including firmware programming for microcontrollers. Familiarity with languages like C, C++, and Python is essential.

* Motor Control & Actuation: Develop and implement motor control systems for brushless DC motors (BLDC) using Electronic Speed Controllers (ESCs) and PWM techniques. Ensure efficient and stable flight control.

* Wireless Communication Systems: Work on wireless communication systems for real-time drone control and telemetry. Experience with RF transceivers, Wi-Fi, Bluetooth, GPS, and long-range communication systems is required.

* Flight Control & Autopilot Systems: Contribute to the development and integration of flight control systems, including stabilizing algorithms and autopilot functionality. Familiarity with gyroscopes, accelerometers, PID controllers, and real-time operating systems (RTOS) is a plus.

* Real-Time Data Processing & Video Systems: Develop systems for real-time data processing, including video streaming and image processing. Experience with FPV systems and video encoding (H.264) for live feeds is desirable.

* Testing, Calibration & Diagnostics: Conduct rigorous testing and calibration of electrical systems, sensors, and power components. Use test equipment such as oscilloscopes, multimeters, and logic analyzers to ensure systems meet specifications.

* Safety & Regulatory Compliance: Ensure that all designs comply with industry safety standards, such as EMC and electrical safety protocols. Ensure compliance with regulatory requirements for UAV operation in various environments.

* Education: A diploma or degree in Electrical Engineering Technology, Mechatronics, or a related field.
* Experience: Minimum of 3 years of experience in electrical system design and integration, preferably within UAV or aerospace industries.

Technical Proficiency:
* Strong knowledge of circuit design, PCB layout software (e.g., Altium Designer).
* Experience with embedded systems, motor control, and sensor integration.
* Proficiency in power systems, battery management, and wireless communication.
* Knowledge of FPGA and RTOS is a plus.
* Experience with real-time data processing and video systems (FPV, H.264) is a bonus.

Skills:
* Strong troubleshooting and problem-solving skills in a fast-paced, innovative environment.
* Experience with design tools such as MATLAB, LabVIEW, or similar software.
* Knowledge of EMC, safety protocols, and industry standards.
* Additional: Strong work ethic, communication skills, a proactive attitude, and a passion for technology and innovation.

* Work with cutting-edge technology in the drone industry, impacting critical sectors like industry, government, and science.
* Collaborative and innovative team environment.
* Opportunities for growth and advancement within the company.
* Highly competitive salary and benefits package.

If you are an experienced, highly motivated Electrical Engineering Technologist with a passion for UAV technology and a desire to work on advanced drone systems, we want to hear from you!

Submit your application: Send your resume and a cover letter to recruiting@spirirobotics.com. Be sure to highlight your relevant skills and experience as they relate to the job responsibilities.

Portfolio (optional): If available, please include any examples of projects you have worked on (e.g., designs, schematics, code, or previous work with drones or UAV systems). A portfolio showcasing your technical work can help strengthen your application.

Application deadline: All applications must be received by March 31, 2025.

Interview process: Selected candidates will be invited to an initial phone interview to discuss your experience and qualifications. After that, we may invite you for a technical interview where you will have the opportunity to showcase your skills through problem-solving exercises and discussions with our engineering team.

Final decision: Successful candidates will be contacted for an in-person or virtual interview to meet with the team and further discuss the role, projects, and company culture. We aim to make final decisions within one week after the interviews.

Given the nature of our work, all employment offers are contingent upon the satisfactory completion of a background check, including references, a criminal records check, social media check, and academic verifications. In addition, this role may require a post-hire security screening.