Electrical Engineer

Company Description

IQSIGHT is a global provider of intelligence‑first video security solutions, building on decades of engineering excellence as the former Bosch Video Systems. With around 800+ employees across 32 locations in 19 countries, we deliver trusted visual intelligence for critical infrastructure, government, transportation, utilities, and smart city environments.​

Our portfolio combines AI‑enabled cameras, video analytics,recording, cloud services, and management software to move security from video‑only monitoring to human‑level scene understanding – helping customers see clearly,understand situations in real time, and act with confidence.​

At IQSIGHT, you’ll work in a collaborative, international environment that blends the reliability of our Bosch heritage with a forward‑looking, innovation‑driven mindset. We value quality, security by design, continuous improvement, and creating long‑term impact where every second counts.

Job Description

As an Electrical Engineer, you will contribute to the planning, design, and execution of the embedded electrical systems for IQSIGHT’s moving (PTZ) camera product portfolio. In support of multiple new product introductions, you’ll participate in requirements planning, architecture development, circuit design, design verification, and industrialization activities.

Strategic:

• Work with senior technical staff in developing system architectures for the future PTZ platforms.
• Identify areas for improvement within the EE team and suggest actionable CIP initiatives.
• Ensure designs adhere to global regulatory and compliance standards and guidelines.

Operational:

• Contribute to product requirement development, system design, system implementation, and validation activities.
• Support lifecycle management efforts including component EOL, cost down, and field complaint investigations.
• Participate in cross-functional design reviews and perform risk assessments (FMEA, focus area matrices, etc...).
• Own assigned electrical subsystem designs through development, verification, release, validation, and implementation.
• Perform electrical tolerance analysis and component derating techniques to ensure a robust, high-quality design.
• Support the manufacturing plant in devising optimized production tests to ensure robust product performance.

People:

• Mentor junior engineers to support team growth and skill development.
• Communicate ideas, technical decision making, and risks clearly and concisely to all colleagues.

Who You Are:

Success in this role requires a self-starting, problem solver with a systems-minded approach and a rigorous attention to detail. You are calm under pressure, you possess the ability to bring a well-reasoned approach to resolve topics, and you can distill and concisely communicate technical topics to the team.  You enjoy the challenge of design and collaborating across disciplines to produce high-quality designs in a fast-moving product environment.

Qualifications

Required Qualifications:

• Bachelor’s Degree in Electrical Engineering.
• 5+ years' experience designing, testing, and troubleshooting complex, embedded electrical systems.
• Familiarity with the following core concepts:
  • Schematic and layout design
  • Analog & digital circuit design and simulation
  • DC power supply circuit design and simulation
  • EMC design practices and debugging
  • Standard communication buses: SPI, I2C, I2S, UART, CAN, USB, etc.
  • Microprocessor-based embedded system design
• Experience with basic lab equipment: oscilloscopes, DMMs, data loggers, logic analyzers, etc.
• Experience with cross-functional, peer design reviews of electrical systems.
• Strong written and verbal communication skills with the ability to distill complex technical topics for decision-making and risk analysis.
• Proficiency with Microsoft office tool suite.

Preferred:

• Master’s Degree in Electrical Engineering
• 2+ years’ experience design, testing, and validating high-speed PCB designs.
• Quality Certification: ASQ DFSS Greenbelt or similar. 
• Knowledge of the following advanced topics:
  • Power & Signal Integrity design, simulation, and measurement
  • Image based signaling protocols such as MIPI CSI-2, LVDS, HDMI
  • Motors and motor control (BLDC, Stepper) 
• Experience with:
  • Product and component life cycle management processes
  • Agile methods for work breakdown