Quest Global is hiring for a Graduate Engineer Trainee (GET) – Electronics & Embedded Systems position in Thiruvananthapuram, Kerala. The role is listed under the company’s Software & Digital category and carries Job ID P-121704.
The position is aimed at electronics engineering graduates who are interested in embedded systems, firmware, semiconductor technology, automotive electronics and product engineering. The role also includes structured technical training, mentoring and hands-on exposure to engineering projects.
Candidates with knowledge of C, C++, Python, microcontrollers, embedded systems, digital electronics, communication protocols and computer architecture can find this role particularly relevant.
The position also provides an opportunity to explore areas such as Embedded Linux, RTOS, AI at the Edge, FPGA, VLSI, automotive communication protocols and semiconductor solutions.
1. Quick Facts
| Particulars | Details |
|---|---|
| Company | Quest Global |
| Job Role | Graduate Engineer Trainee (GET) – Electronics & Embedded Systems |
| Associated Position | Graduate Engineer Trainee |
| Job ID | P-121704 |
| Location | Thiruvananthapuram, Kerala, India |
| Category | Software & Digital |
| Position Type | Internship, as shown in the supplied listing |
| Qualification | Electronics Engineering graduate |
| Experience | Not specified in the supplied listing |
| Salary | Not specified |
| Work Schedule | Not specified |
| Key Technologies | C, C++, Python, Embedded C, Microcontrollers, ARM, Embedded Linux, RTOS, CAN, LIN, FPGA, Verilog/VHDL, Git |
| Last Date to Apply | Not specified |
Important: The supplied listing does not mention a salary, application deadline or specific experience requirement. Candidates should verify the latest information on Quest Global’s official careers portal before applying.
2. Fresher Preparation Checklist
Candidates preparing for this GET position should concentrate on electronics and embedded fundamentals rather than trying to learn every technology mentioned in the JD.
- Revise C programming
- Practice pointers, structures and memory concepts
- Understand microprocessors and microcontrollers
- Revise digital electronics
- Study embedded systems fundamentals
- Understand communication protocols
- Revise operating system fundamentals
- Practice basic data structures and algorithms
- Learn debugging techniques
- Understand Git basics
- Revise Embedded C concepts
- Learn ARM Cortex fundamentals
- Understand basic RTOS concepts
- Review CAN and LIN if targeting automotive projects
- Prepare your electronics or embedded projects
- Update your resume with genuine technical skills
3. About Quest Global
Quest Global is a global engineering services provider working across industries including Aerospace & Defense, Automotive, Hi-Tech, Energy & Utilities, Industrial, MedTech & Healthcare, Rail and Semiconductors. The company says it operates across 20 countries with more than 23,000 employees and 104 delivery centres and offices.
Its engineering services cover product development, embedded systems, electronics, software, digital engineering and semiconductor solutions. Quest Global’s embedded engineering practice includes firmware, system software, RTOS-based systems, Linux-based systems, testing, validation and embedded AI.
The company also works in semiconductor engineering, including RTL design, verification, FPGA prototyping, SoC-related engineering and silicon validation.
For electronics and embedded engineering graduates, this makes Quest Global particularly relevant because its work spans the hardware-software boundary rather than focusing only on conventional application development.
4. About the Graduate Engineer Trainee Role
The Graduate Engineer Trainee (GET) – Electronics & Embedded Systems role is designed around technical training and practical engineering exposure.
A trainee can expect to work under the guidance of experienced engineers while developing skills in areas such as:
- Embedded software
- Firmware
- Microcontrollers
- Hardware validation
- Board bring-up
- System testing
- Debugging
- Semiconductor technology
- Automotive electronics
- Product engineering
The role is broader than a basic programming position. It combines electronics knowledge, low-level programming, hardware interaction and system-level engineering.
The listing also highlights emerging areas such as AI at the Edge, Embedded Linux and RTOS, giving candidates an opportunity to build knowledge beyond traditional embedded programming.
5. Responsibilities
Technical Development
- Participate in technical training and capability-building programmes
- Apply electronics and embedded systems fundamentals
- Support development and testing activities
- Assist with debugging and validation
- Work with microcontrollers, processors and peripheral devices
- Support board bring-up and hardware validation
Embedded Software
- Develop embedded software components under supervision
- Test firmware and software components
- Assist with software integration
- Investigate defects and technical issues
Product Engineering
- Support requirements analysis
- Assist with solution implementation
- Participate in design reviews
- Prepare technical documentation
- Support system-level testing
Collaboration
- Work with senior engineers and project teams
- Participate in technical discussions
- Contribute to code reviews
- Take part in knowledge-sharing activities
- Follow engineering quality processes
Continuous Learning
The programme also encourages learning in areas such as:
- AI at the Edge
- Embedded Linux
- RTOS
- Automotive Electronics
- Semiconductor Solutions
6. Why This Role Is Useful for Freshers
This position can be particularly useful for electronics graduates because it combines structured learning with practical exposure to engineering projects.
| Area | What a Fresher Can Learn |
|---|---|
| Embedded C | Programming hardware-oriented systems |
| Microcontrollers | Working with processors and peripherals |
| Firmware | Developing low-level software |
| Debugging | Finding hardware and software issues |
| Hardware Validation | Testing boards and embedded components |
| RTOS | Understanding real-time operating systems |
| Linux | Working with embedded Linux environments |
| Automotive | CAN and LIN communication |
| Semiconductor | RTL, FPGA and SoC fundamentals |
| Product Engineering | Understanding development and validation processes |
Possible Career Directions
Possible career directions after gaining relevant experience include:
- Embedded Software Engineer
- Firmware Engineer
- Embedded Systems Engineer
- Hardware Validation Engineer
- Automotive Embedded Engineer
- Device Driver Engineer
- Semiconductor Engineer
- FPGA Engineer
- VLSI Engineer
- Systems Engineer
These are possible career directions and are not guaranteed promotions or job titles.
8. Eligibility Criteria
| Requirement | Details |
|---|---|
| Degree | Electronics Engineering graduate |
| Experience | Not specified in the supplied listing |
| Programming | C, C++ or Python |
| Core Knowledge | Digital Electronics, Microprocessors, Microcontrollers, Embedded Systems |
| Other Technical Knowledge | Computer Architecture, Communication Protocols, Basic Electronics Design |
| Location | Thiruvananthapuram, Kerala |
| Category | Software & Digital |
| Job ID | P-121704 |
| Work Arrangement | Not specified |
The supplied job description specifically seeks Electronics Engineering graduates with knowledge of electronics and embedded systems.
9. Skills Required
Programming
Knowledge of one or more of:
- C
- C++
- Python
For an embedded-focused position, C and Embedded C are particularly useful areas to understand.
Electronics
- Digital Electronics
- Basic Electronics Design
- Microprocessors
- Microcontrollers
- Computer Architecture
- Communication Protocols
Embedded Systems
- Embedded Programming
- Embedded C
- Microcontroller programming
- Firmware concepts
- Hardware-software interaction
- Debugging
Data Structures & Operating Systems
- Data Structures
- Algorithms
- Operating System fundamentals
- Memory concepts
- Processes and threads
Version Control & Development Tools
- Git
- Eclipse
- VS Code
Preferred Embedded Technologies
- ARM Cortex
- Device Drivers
- Embedded Linux
- RTOS
- FreeRTOS
- Zephyr
Semiconductor
- RTL concepts
- Verilog
- VHDL
- FPGA basics
- SoC architecture
Automotive
- CAN
- LIN
Hardware Debugging
- Oscilloscope
- Logic Analyzer
- JTAG Debuggers
Not every candidate is expected to have practical experience with all these tools. The listing separates several of them as preferred or advantageous skills.
10. Preparation Tips
Step 1: Master C Programming
For this type of role, C should be one of your strongest programming languages.
Revise:
- Pointers
- Arrays
- Structures
- Unions
- Functions
- Bit manipulation
- Memory allocation
- Storage classes
- Preprocessor directives
- Function pointers
Practice writing small programs without relying entirely on an IDE to tell you what you did wrong. Hardware has historically been less forgiving than autocomplete.
Step 2: Revise Embedded Systems
Understand:
- Microcontrollers
- Microprocessors
- GPIO
- Timers
- Interrupts
- ADC/DAC
- UART
- SPI
- I2C
- PWM
You should be able to explain how software communicates with hardware.
Step 3: Learn Communication Protocols
Focus on:
- UART
- SPI
- I2C
- CAN
- LIN
If you are interested in automotive embedded systems, spend additional time on CAN and LIN.
Step 4: Study Operating Systems
Revise:
- Processes
- Threads
- Scheduling
- Synchronisation
- Deadlocks
- Memory management
- Interrupt handling
Then connect these concepts to RTOS, where timing and predictability matter.
Step 5: Explore Embedded Linux and RTOS
Learn the basics of:
- Embedded Linux
- FreeRTOS
- Zephyr
- Real-time scheduling
- Tasks
- Interrupts
- Inter-task communication
Quest Global’s own embedded engineering services include RTOS-based and Linux-based systems, making these useful areas for candidates interested in the company’s embedded work.
Step 6: Prepare Your Projects
Be ready to explain:
- What the project does
- Which microcontroller or board you used
- Why you selected it
- How the firmware works
- Which communication protocols you used
- How you tested the system
- What bugs you encountered
- How you debugged them
A small working embedded project that you can explain properly is more valuable than a resume containing fifteen technologies you have only seen on YouTube.
Step 7: Resume Preparation
Highlight:
- Electronics projects
- Embedded projects
- C/C++ programming
- Microcontroller experience
- Arduino/STM32/ESP32 or similar experience if genuinely used
- Embedded Linux
- RTOS
- CAN/LIN
- Git
- Hardware debugging
Keep the resume focused on the actual requirements of the GET position.
11. Work Schedule
Work schedule: Not specified in the supplied recruitment information.
The listing provides the location as Thiruvananthapuram, Kerala, but does not state whether the position involves rotational shifts, fixed hours, night shifts or a specific hybrid/onsite arrangement.
Candidates should confirm the current work schedule during the recruitment process.
12. Salary
Salary: Not specified in the supplied recruitment information.
No specific annual compensation or internship stipend is mentioned in the provided listing.
Candidates should confirm compensation through the official recruitment communication.
13. Selection Process
The specific selection process for Job ID P-121704 is not provided in the supplied listing.
Possible Selection Process
Candidates may encounter stages such as:
- Resume screening
- Technical assessment
- Electronics/embedded technical interview
- Project or engineering discussion
- HR discussion
- Document verification
- Offer/onboarding
Note: These are possible recruitment stages and are not confirmed for this particular position. The actual process may differ.
Topics Worth Preparing for a Technical Interview
Candidates should be ready for questions around:
- C programming
- Pointers
- Bit manipulation
- Data structures
- Microcontrollers
- Interrupts
- UART/SPI/I2C
- CAN/LIN
- RTOS
- Operating systems
- Embedded C
- Debugging
- Electronics fundamentals
- Their academic projects
14. How to Apply
Application Steps
- Visit the official Quest Global careers portal.
- Search for Graduate Engineer Trainee (GET) – Electronics & Embedded Systems.
- Verify Job ID P-121704.
- Check the Thiruvananthapuram location.
- Review the current eligibility requirements.
- Prepare your updated resume.
- Complete the application form.
- Submit your application through the official recruitment portal.
- Save your application details.
Official Quest Global Careers:
Quest Global Careers
Candidates should verify that the position is still active before submitting an application.
15. Important Points Before Applying
- Confirm that your academic background matches the Electronics Engineering requirement.
- Check Job ID P-121704.
- Verify the Thiruvananthapuram location.
- Review the latest vacancy status.
- Make sure your C/C++/Python skills are genuine.
- Revise embedded systems fundamentals.
- Prepare your electronics and embedded projects.
- Learn basic Git and debugging.
- Review CAN and LIN if interested in automotive projects.
- Do not list Verilog, VHDL, RTOS or ARM experience unless you can discuss the fundamentals.
- Apply through Quest Global’s official recruitment channel.
- Never pay anyone for a job opportunity.
16. FAQs
Is the Quest Global GET role suitable for freshers?
The position is titled Graduate Engineer Trainee, and the supplied description is focused on technical training and development. However, the listing provided does not explicitly state a numerical experience requirement, so candidates should verify the latest eligibility criteria before applying.
What qualification is required?
The supplied listing specifically seeks Electronics Engineering graduates with knowledge of electronics, embedded systems and related engineering fundamentals.
Which programming languages are required?
The listing mentions C, C++ and Python, with candidates expected to know one or more of these languages.
Is Embedded C required?
Embedded programming is an important part of the role, and Embedded C programming is listed among the preferred skills. Candidates targeting this position should therefore have a good understanding of C and embedded programming concepts.
What embedded technologies should I learn?
Useful areas include microcontrollers, ARM Cortex controllers, Embedded Linux, RTOS, device drivers, communication protocols and debugging tools.
Is this role related to automotive engineering?
Automotive electronics is one of the areas mentioned in the role description. CAN and LIN are specifically listed among the preferred automotive skills.
Is salary mentioned?
No specific salary or stipend is provided in the supplied recruitment information. Candidates should confirm compensation through the official recruitment process.
Is the job remote or hybrid?
The supplied listing does not specify a remote or hybrid arrangement. The location is Thiruvananthapuram, Kerala, India.
17. Related Job Opportunities
Candidates interested in embedded systems, electronics, AI and engineering careers can also check:
- [L&T GenAI Trainee Recruitment 2026]
- [Carrier Associate – AI & Data Engineering Recruitment 2026]
- [Emerson Technology Internship 2026]
- [WEX Software Development Engineer 1 Recruitment 2026]
Use actual internal WordPress hyperlinks once the corresponding articles are published.
A useful internal-link network would be:
Quest Global GET → Fortive HR Technology Intern
Quest Global GET → Carrier AI & Data Engineering
Quest Global GET → L&T GenAI Trainee
This lets readers move between different technology career paths rather than treating every job post as an isolated island.
18. Simple Technology Workflow
A simplified view of an embedded product development workflow is:
Requirements
↓
Hardware & Embedded Design
↓
Microcontroller / Processor
↓
Embedded C / Firmware
↓
Drivers & Communication Protocols
↓
RTOS / Embedded Linux
↓
Integration & System Testing
↓
Hardware Validation & Debugging
↓
Product Deployment
For an automotive-oriented project, communication protocols such as CAN or LIN may sit between embedded software and connected electronic components.
Note: This is a simplified explanation of technologies mentioned in the job description and Quest Global’s broader embedded engineering capabilities. It is not Quest Global’s internal project architecture.
19. Final Thoughts
The Quest Global Graduate Engineer Trainee – Electronics & Embedded Systems position can be a useful starting point for electronics graduates who want to build a career in embedded engineering and product development.
The role combines technical training with exposure to embedded software, firmware, microcontrollers, hardware validation, debugging and system testing. Candidates can also explore areas such as RTOS, Embedded Linux, automotive electronics and semiconductor engineering.
The strongest preparation areas are C programming, embedded systems, microcontrollers, communication protocols, operating systems, debugging and electronics fundamentals.
Before applying, candidates should verify the latest vacancy status, eligibility requirements, location and compensation through Quest Global’s official careers portal.
20. Disclaimer
Disclaimer: This article is provided for informational purposes based on the available recruitment information. Job availability, eligibility requirements, salary, locations, work arrangements and selection procedures may change. MahaboardSolutions is not the employer and does not guarantee selection or employment. Candidates should verify the latest information through the company’s official careers portal before applying.