Verified Job
Hardware / Network Engineer
Embedded System Engineer
Hardware / Network Engineer
#734473
Remote / WFH
Jobs Opportunity
Job Description
Why This Role Matters
Embedded systems are at the core of modern industrial automation, smart devices, and connected infrastructure. As industries increasingly adopt IoT and IIoT technologies, organizations require engineers who can bridge the gap between hardware and software development.
At EEGRAB, engineers contribute to projects that help businesses improve operational efficiency, monitor equipment performance, reduce downtime, and automate critical processes. This role provides exposure to technologies that are becoming increasingly important across manufacturing, energy, logistics, healthcare, and smart infrastructure sectors.
What You Will Be Working On
The selected engineer will participate in the design, development, testing, and implementation of embedded solutions for industrial and commercial applications.
Typical Responsibilities May Include
Developing firmware for microcontroller-based systems.
Working with sensors, actuators, and communication modules.
Supporting IoT-enabled device development.
Testing embedded hardware and software functionality.
Debugging system-level issues.
Assisting in prototype development and validation.
Collaborating with hardware and software teams.
Documenting technical specifications and test results.
Supporting deployment and maintenance of embedded products.
Candidates may also get opportunities to work on projects involving wireless communication technologies, industrial monitoring systems, remote sensing applications, and smart automation platforms.
Technologies and Concepts Relevant to the Position
Role
While the company has not listed a fixed technology stack, candidates with exposure to the following areas may find the role easier to adapt to:
Technical Area
Useful Knowledge
Embedded Programming
C, C++, Embedded C
Microcontrollers
Arduino, STM32, ESP32, PIC
Electronics
Digital Electronics, Analog Circuits
Communication Protocols
UART, SPI, I2C, CAN
IoT Systems
MQTT, Cloud Connectivity
Development Tools
Keil, MPLAB, Arduino IDE
Hardware Debugging
Oscilloscope, Multimeter
Automation
PLC Basics, Industrial Sensors
Practical project experience gained during academic studies can be valuable even if the candidate does not have prior industry experience.
What Recruiters May Evaluate
For fresher hiring, recruiters generally focus less on years of experience and more on technical fundamentals.
Candidates May Be Evaluated On
Embedded C programming concepts.
Microcontroller fundamentals.
Electronics and circuit understanding.
Sensor interfacing knowledge.
Basic IoT architecture.
Problem-solving approach.
Communication skills.
Ability to learn new technologies.
Academic projects and internships.
Candidates who have completed mini projects involving Arduino, ESP32, Raspberry Pi, or sensor-based systems often have an advantage during technical discussions.
Learning Opportunities
One of the strongest aspects of this role is the opportunity to work on practical engineering challenges rather than purely theoretical assignments.
Engineers Joining EEGRAB May Gain Exposure To
Industrial IoT deployments.
Smart monitoring systems.
Embedded firmware development.
Product prototyping.
Hardware-software integration.
Industrial automation concepts.
Client-driven engineering projects.
Real-world troubleshooting environments.
Such exposure can create strong foundations for future roles in embedded systems, firmware engineering, IoT development, electronics design, and automation engineering.
About EEGRAB
EEGRAB specializes in IoT and Industrial IoT (IIoT) solutions aimed at improving operational efficiency, safety, and monitoring capabilities for businesses. The company develops customized embedded systems and collaborates with major organizations including TCS, Wipro, Accenture, and WEBEL on technology-driven projects.
Its focus on scalable and practical engineering solutions makes it an attractive environment for engineers interested in connected technologies, industrial systems, and product innovation.
Skills That Can Strengthen Your Resume
Candidates interested in this opportunity can improve their profile by building knowledge in:
Embedded C Programming
ESP32 Development
STM32 Programming
RTOS Fundamentals
IoT Communication Protocols
PCB Design Basics
Industrial Automation Concepts
Sensor Integration
Firmware Debugging
Electronics Troubleshooting
Personal projects demonstrating practical implementation often make a stronger impression than certifications alone.
Keywords for Resume
Embedded Systems
Embedded C
C Programming
Firmware Development
Electronics
Microcontrollers
IoT
IIoT
Sensor Integration
STM32
Arduino
ESP32
Industrial Automation
UART
SPI
I2C
Hardware Debugging
PCB Basics
Problem Solving
Electronics Engineering
Final Thoughts
This position offers a strong starting point for fresh engineering graduates looking to enter the embedded systems and IoT industry. Candidates with solid electronics fundamentals, programming knowledge, and a genuine interest in building connected devices will find valuable learning opportunities and practical engineering exposure through this
Embedded systems are at the core of modern industrial automation, smart devices, and connected infrastructure. As industries increasingly adopt IoT and IIoT technologies, organizations require engineers who can bridge the gap between hardware and software development.
At EEGRAB, engineers contribute to projects that help businesses improve operational efficiency, monitor equipment performance, reduce downtime, and automate critical processes. This role provides exposure to technologies that are becoming increasingly important across manufacturing, energy, logistics, healthcare, and smart infrastructure sectors.
What You Will Be Working On
The selected engineer will participate in the design, development, testing, and implementation of embedded solutions for industrial and commercial applications.
Typical Responsibilities May Include
Developing firmware for microcontroller-based systems.
Working with sensors, actuators, and communication modules.
Supporting IoT-enabled device development.
Testing embedded hardware and software functionality.
Debugging system-level issues.
Assisting in prototype development and validation.
Collaborating with hardware and software teams.
Documenting technical specifications and test results.
Supporting deployment and maintenance of embedded products.
Candidates may also get opportunities to work on projects involving wireless communication technologies, industrial monitoring systems, remote sensing applications, and smart automation platforms.
Technologies and Concepts Relevant to the Position
Role
While the company has not listed a fixed technology stack, candidates with exposure to the following areas may find the role easier to adapt to:
Technical Area
Useful Knowledge
Embedded Programming
C, C++, Embedded C
Microcontrollers
Arduino, STM32, ESP32, PIC
Electronics
Digital Electronics, Analog Circuits
Communication Protocols
UART, SPI, I2C, CAN
IoT Systems
MQTT, Cloud Connectivity
Development Tools
Keil, MPLAB, Arduino IDE
Hardware Debugging
Oscilloscope, Multimeter
Automation
PLC Basics, Industrial Sensors
Practical project experience gained during academic studies can be valuable even if the candidate does not have prior industry experience.
What Recruiters May Evaluate
For fresher hiring, recruiters generally focus less on years of experience and more on technical fundamentals.
Candidates May Be Evaluated On
Embedded C programming concepts.
Microcontroller fundamentals.
Electronics and circuit understanding.
Sensor interfacing knowledge.
Basic IoT architecture.
Problem-solving approach.
Communication skills.
Ability to learn new technologies.
Academic projects and internships.
Candidates who have completed mini projects involving Arduino, ESP32, Raspberry Pi, or sensor-based systems often have an advantage during technical discussions.
Learning Opportunities
One of the strongest aspects of this role is the opportunity to work on practical engineering challenges rather than purely theoretical assignments.
Engineers Joining EEGRAB May Gain Exposure To
Industrial IoT deployments.
Smart monitoring systems.
Embedded firmware development.
Product prototyping.
Hardware-software integration.
Industrial automation concepts.
Client-driven engineering projects.
Real-world troubleshooting environments.
Such exposure can create strong foundations for future roles in embedded systems, firmware engineering, IoT development, electronics design, and automation engineering.
About EEGRAB
EEGRAB specializes in IoT and Industrial IoT (IIoT) solutions aimed at improving operational efficiency, safety, and monitoring capabilities for businesses. The company develops customized embedded systems and collaborates with major organizations including TCS, Wipro, Accenture, and WEBEL on technology-driven projects.
Its focus on scalable and practical engineering solutions makes it an attractive environment for engineers interested in connected technologies, industrial systems, and product innovation.
Skills That Can Strengthen Your Resume
Candidates interested in this opportunity can improve their profile by building knowledge in:
Embedded C Programming
ESP32 Development
STM32 Programming
RTOS Fundamentals
IoT Communication Protocols
PCB Design Basics
Industrial Automation Concepts
Sensor Integration
Firmware Debugging
Electronics Troubleshooting
Personal projects demonstrating practical implementation often make a stronger impression than certifications alone.
Keywords for Resume
Embedded Systems
Embedded C
C Programming
Firmware Development
Electronics
Microcontrollers
IoT
IIoT
Sensor Integration
STM32
Arduino
ESP32
Industrial Automation
UART
SPI
I2C
Hardware Debugging
PCB Basics
Problem Solving
Electronics Engineering
Final Thoughts
This position offers a strong starting point for fresh engineering graduates looking to enter the embedded systems and IoT industry. Candidates with solid electronics fundamentals, programming knowledge, and a genuine interest in building connected devices will find valuable learning opportunities and practical engineering exposure through this
