Embedded Development Engineer (RHE-1)

About Us

With the increasingly dynamic and accelerating pace of consumer demand today, manufacturers have to introduce a much greater degree of flexibility into their processes to keep up. The current state of automation and robotics which enables many of these manufacturing processes, however does not allow for this versatility. Machines from different vendors each use their own proprietary programming interfaces, are not designed to easily speak with each other, and often require complex and customised programs to integrate them together. Being a robotics manufacturer ourselves once, we have been through these challenges and we understand how frustrating it can get.

Our vendor agnostic software platform, syncOS is designed to seamlessly integrate different automation systems using a simple and intuitive no-code interface. We believe this can help make automated process much more versatile and nimble than has been possible before, and is what the industry needs. We started as 4 undergraduates who just dreamed big but had not no clue how the world worked. Today we work with some of the largest manufacturers in the world like Ford, Caterpillar, Nestle across multiple countries. This is because we always firmly believed that it is never a lack of knowledge, but a lack of drive that stands in the way of building things.

Today we are still that young and passionate team, but with more like minded individuals who have joined us along the way, who are all obsessed on chasing our vision to make the adoption of robotics and automation much simpler, and further help #automateasia.

Key Responsibilities

• Develop, debug, and test embedded hardware & firmware for Botsync’s AMR platforms during customer-specific adoption projects.
• Participate in embedded architecture design for Botsync AMR products.
• Build and validate firmware for in-house PCBs integrated into AMRs deployed across various industrial environments.
• Analyze PCB schematics and hardware documentation to implement appropriate firmware logic aligned with hardware design.
• Diagnose and resolve issues at both the firmware and hardware levels during lab validation, pilot runs, and field deployments.
• Document firmware designs using flowcharts, state diagrams, logic breakdowns, and structured test results.
• Design and implement test tools and validation strategies to streamline manufacturing and ensure hardware quality.
• Investigate and close issues arising during AMR production, with a focus on repeatability and long-term reliability.

Qualifications

Benefits