IoT Field Engineer - Deployment & Commissioning

Bit To Byte Robotics; Kota, Bundi; On-site; INR 600,000 - 900,000; Full time

Job summary

Bit To Byte Robotics in Kota, India is seeking an IoT Field Engineer to lead on-site deployment and commissioning of farm automation hardware across remote sites. You will install, wire, and debug IoT controllers, sensors, and edge devices in tough field conditions.

The role requires hands-on PCB troubleshooting down to component level, micro-soldering when needed, and willingness to travel to Lakheri, Mandana, Mangal, and K Patan.

Qualifications

• Hands-on PCB debugging and component-level troubleshooting with diagnostic tools.
• Electrical wiring, basic network configuration, and reading hardware schematics.
• Very high physical endurance and willingness to travel long hours to remote sites.
• Ability to work in extreme high-temperature outdoor farm conditions.
• Ability to work independently at isolated farm sites to resolve hardware faults.

Responsibilities

• Deployment & Commissioning: On-site installation, wiring, and commissioning of IoT hardware across remote farm sites.
• PCB & Hardware Debugging: Diagnose and repair PCBs down to component level, perform emergency field repairs.
• System Troubleshooting: Resolve sensor calibration errors and interface issues in the field.
• Networking: Set up basic networking to ensure data flow between edge controllers and central systems.
• Harsh Environment Operations & Travel: Travel to remote village sites and work in extreme conditions.
• Reporting & Feedback: Maintain deployment records and report hardware failure modes to the central team.

Skills

PCB debugging

Component-level troubleshooting

Diagnostic tools

Electrical wiring

Network configuration

Hardware schematics

Field endurance

Independent work

Tools

Multimeters

Oscilloscopes

Micro-soldering

Job description

BBR is looking for a dedicated and resilient IoT Field Engineer to drive the on-site execution of our farm automation technologies. You will be directly responsible for bringing our systems online by deploying, commissioning, and debugging advanced IoT controllers, sensor networks, and custom hardware. This is a hands‑on field role that requires deep technical problem-solvingdown to the bare circuit board—alongside the physical stamina to operate in challenging environments.

Key Responsibilities:

• Deployment & Commissioning: Execute the on-site installation, wiring, and commissioning of IoT hardware, controllers, and sensor units across remote farm sites in Lakheri, Mandana, Mangal, and K Patan.
• PCB & Hardware Debugging: Diagnose and troubleshoot printed circuit boards (PCBs) down to the component level on-site. Identify short circuits, burnt components, or logic issues, and perform emergency field repairs (like micro‑soldering or component replacement) to minimize farm downtime.
• System Troubleshooting: Resolve sensor calibration errors, electrical anomalies, and interface issues directly in the field.
• Networking: Set up and configure basic networking (routers, gateways, local IP networks) to ensure seamless data flow between edge controllers and central systems.
• Harsh Environment Operations & Travel: Endure long hours of travel to remote village areas and perform physically demanding technical work in extreme high-temperature and high-humidity farm environments.
• Reporting & Feedback: Maintain accurate deployment records, document PCB failure modes, and collaborate with the central engineering team to improve hardware resilience.

Ideal Candidate Profile (Requirements):

• Proven hands‑on experience in PCB debugging, component‑level troubleshooting, and the use of diagnostic tools (multimeters, oscilloscopes, etc.).
• Practical knowledge of electrical wiring, basic network configuration, and reading hardware schematics.
• Extremely high physical endurance, with a strong willingness to undertake long hours of travel to remote villages.
• Ability to work effectively in extreme high-temperature outdoor farm conditions.
• Ability to work independently at isolated farm sites, resolving both macro‑level network bottlenecks and micro‑level hardware faults on the fly.