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Electronic Development Engineer

Actively Reviewing the Applications

Janatics Industrial Automation Private Limited

India, Tamil Nadu, Coimbatore Full-Time On-site

Posted 3 weeks ago • Apply by June 15, 2026

Job Description

Job Title: Electronics Design & Development

Experience Required: 6 to 8 Years

Qualification: B.E/B/Tech/ M.E./M.tech in Electronics & Communication Engineering

Department: Electronics Design & Embedded Systems – Electromechanical Products

About the Company:

Janatics Industrial Automation Private Limited, headquartered in Coimbatore, is a pioneer in manufacturing pneumatic and electromechanical automation solutions. As part of our R&D expansion, we are investing in smart sensors and advanced control electronics to enable high-performance solenoids, valves, and actuators for global markets.

Job Summary:

We are seeking a highly skilled and innovative Electronics Design Engineer with a strong background in sensor technology, embedded electronics, and analog/digital circuit design for electromechanical products including solenoids and valves. The ideal candidate will lead the development of OEM-grade sensor solutions such as reed switches, pressure, temperature, humidity sensors, and control electronics including PWM drivers and proportional control systems.

Key Responsibilities:

Lead the design and development of embedded electronic circuits and PCBs for sensor-integrated electromechanical products.
Develop custom sensor-based solutions including PWM circuits, Remote control Circuits, PID control circuits, Motor controller for Servo motors, PMDC motors, reed switch sensors, pressure sensors, temperature sensors, thermocouples, and humidity sensors.
Design and validate PWM-based coil driver circuits, proportional solenoid control systems, Motor Driver Circuits, Embedded Circuits and signal conditioning circuits & sensors.
Create and manage multi-layer PCB designs using industry-standard tools (Altium, Eagle, KiCad, etc.).
Perform analog and digital circuit simulations using tools like LTspice, Multisim, or PSpice.
Define circuit specifications, sensor calibration logic, and EMI/EMC compliance strategy.
Program embedded circuits for firmware integration and hardware-software co-design.
Coordinate with mechanical, electrical, and product certification teams for robust end-to-end integration.
Develop and manage documentation for design files, BOMs, Gerbers, schematics, test procedures, and validation reports.
Support PCB prototyping, assembly, testing, and debugging.
Interface with PCB manufacturers and EMS vendors for productionization and quality assurance.
Participate in product certification processes – CE, RoHS, REACH, EMC, IP65/67 ratings for electronics.
Conduct DFMEA, root cause analysis, and product performance validation under real-world conditions.
Mentor junior engineers and contribute to R&D knowledge sharing and patentable innovations.

Mandatory Skills & Competencies:

Proficient in sensor circuit design, low power electronics, and signal conditioning techniques.
Deep knowledge of reed switch-based sensing, Hall sensors, thermocouple interfacing, RTD circuits, pressure transducers, and humidity measurement principles.
Hands-on experience with PWM control circuits, proportional valve driver circuits, and coil actuation logic.
Strong expertise in PCB CAD tools – Altium Designer, Eagle, KiCad, or OrCAD.
Familiar with DFM/DFT principles, PCB stack-up, thermal layout considerations and component derating.
Practical exposure to EMI/EMC standards, surge protection, and PCB shielding strategies.
OEM-level design capabilities for reliability, durability, and compactness.
Knowledge of safety-critical design, reverse polarity protection, and ESD suppression.
Strong debugging skills using oscilloscope, logic analyser, multimeter, LCR meter, and simulation tools.
Experience in working with cross-functional teams for end-to-end product development.

Preferred Attributes:

Experience with CAN, UART, I2C, SPI protocols for sensor communication.
Familiarity with microcontroller selection and integration (e.g., STM32, MSP430, PIC).
Knowledge of IoT-ready sensor platforms and BLE/wireless communication modules.
Involvement in designing for rugged industrial environments with high temperature and vibration tolerance.
Exposure to modular design, interface standardization, and scalable sensor platforms.
Ability to lead proof of concept (PoC) and new technology evaluation projects.