Senior Electrical Systems Engineer – Advanced Development

SharkNinja is a global product design and technology company, known for its innovative lifestyle solutions. They are seeking a Senior Electrical Systems Engineer to lead the development of breakthrough technologies and architectures for their next generation of products, focusing on system definition and rapid prototyping.

Responsibilities:

• Support early-stage technology and system architecture development across electrical, embedded, and software domains
• Design and prototype subsystem modules (power, sensing, actuation, embedded I/O)
• Develop and evaluate product concepts through feasibility studies, modeling, and rapid prototyping
• Contribute to defining subsystem-level requirements and interfaces in alignment with system architecture
• Integrate cross-functional subsystems: electronics, sensors, firmware, mechanics into cohesive platforms
• Conduct system-level design reviews, trade-off analyses, and technical risk assessments
• Collaborate with global engineering, ID/UX, product management, and manufacturing teams
• Ensure early compliance with EMC, safety, DVT, and DFMEA standards and practices

Requirements:

• BSc or MS in Electrical Engineering, Systems Engineering, or a related discipline
• 5-10 years of relevant experience in a senior technical leadership or innovation role
• Proven experience in advanced development, preferably within consumer electronics or consulting for consumer product companies
• Strong ability to identify and implement new technologies that drive impactful architecture changes
• Thrive in a fast-paced, deadline-driven development environment
• Demonstrate initiative and leadership, whether working independently or leading a team
• Strong analytical skills and attention to detail
• Effective interpersonal and leadership skills, with high emotional intelligence
• Systems architecture and integration across electrical, embedded, and mechanical domains
• Ability to translate high-level architecture into reusable subsystem designs
• Analog/digital circuit design: low-noise, A/D, D/A, filters, transmission lines
• Power electronics: AC/DC, PFC, flyback, buck/boost, compliance with regulatory standards
• Embedded systems: ARM, microcontrollers, memory interfaces, firmware co-design
• Sensor integration: LiDAR, IR, ToF, IMUs, cameras, motion and proximity sensors
• Wireless communications: Bluetooth, Wi-Fi, 433 MHz
• Rapid prototyping: Arduino, Raspberry Pi, or similar frameworks
• Edge AI / ML implementation (a plus)