Electrical Engineer

At

Biobot Surgical

, we are developing next-generation robotic technologies that help surgeons perform procedures with greater precision, safety, and confidence. As a fast-growing Singapore-based medical robotics company, our innovations are deployed globally and are making a real impact on patient care.

We are looking for an

Electrical Engineer

who is passionate about designing complex electronic systems and enjoys solving challenging engineering problems. This role offers the opportunity to contribute directly to the development of advanced medical robotic platforms, working alongside multidisciplinary teams in software, firmware, mechanical engineering, quality, regulatory, and manufacturing.

Position title and compensation will be commensurate with experience and technical capability.

Role & Responsibilities:
As an Electrical Engineer, you will play a key role throughout the product development lifecycle by:

Electrical Design

Design analog, digital, power and mixed-signal electronic circuits.

Develop electrical architecture for medical robotic systems.

Design and review schematics and PCB layouts.

Support prototype bring-up, debugging and design verification.

System Integration

Integrate hardware with embedded firmware and software.

Troubleshoot complex hardware/system issues.

Support electrical safety, EMC and regulatory testing.

Product Development

Participate throughout the entire product development lifecycle.

Support design reviews, design verification and validation.

Prepare engineering documentation and design records.

Support manufacturing transfer and production ramp-up.

Support risk management, design reviews, design transfer, DFM/DFT, supplier engagement, production qualification, and product sustaining activities.

Design, testing and qualify PCBA/ module in accordance with design specification.

Support external laboratory testing for electrical safety and EMC, including radiated and conducted emissions and immunity; assess results and drive technical closure of findings.

Continuous Improvement

Support investigation of production and field issues using structured troubleshooting and root-cause analysis; implement effective corrective or design-improvement actions.

Drive design improvements and engineering changes.

Support supplier qualification and component lifecycle management.

Work with systems, firmware, software, and mechanical engineers to manage interfaces and resolve cross-disciplinary design issues.

Requirements:
Bachelor’s degree in Electrical Engineering, Electronic Engineering, Biomedical Engineering or a closely related discipline.

Minimum

1 year

of product development experience. Fresh graduates are welcome to apply.

Sound knowledge of analog and digital electronics, power supplies, microcontroller-based systems, sensors, actuators, and common wired communication interfaces.

Hands-on capability with oscilloscopes, multimeters, power supplies, logic analyzers, electronic loads, and other relevant test equipment are advantageous.

Ability to understand embedded-system behaviour and collaborate effectively with firmware engineers.

Practical experience with schematic capture and PCB-layout tools are advantageous.

Ability to isolate faults systematically, interpret data, document evidence, and convert findings into robust design improvements.

Able to work independently or under guidance while communicating effectively across engineering, quality, regulatory, manufacturing, purchasing, service, and supplier teams.

Advantageous Experience:
Experience in one or more of the following:
Medical devices

Surgical robotics

Robotics

Motion control

Precision instrumentation

Semiconductor equipment

Industrial automation

Altium Designer

Embedded C/C++

About Biobot Surgical Pte Ltd

Biobot Surgical is a Singapore-based medical technology company developing digital robotic platforms for precision prostate cancer diagnosis and treatment.

Its flagship Mona Lisa platform combines MRI-ultrasound fusion with robotic transperineal guidance to enable precise prostate biopsy and focal therapy. Designed to enhance clinical accuracy and procedural reproducibility, the platform helps physicians accurately target suspicious lesions while preserving healthy tissue.

By connecting diagnosis and treatment on a single platform, Mona Lisa facilitates seamless access to clinically relevant information throughout the patient journey, supporting integrated prostate cancer management.

Biobot Surgical is evolving the Mona Lisa platform into an integrated digital ecosystem for prostate cancer care, where robotics, medical imaging, artificial intelligence, and longitudinal clinical data converge to enable more precise, reproducible, and personalized patient management.