Are you looking for an opportunity to build your career in embedded systems, firmware development, and semiconductor technology? The latest Software Engineer Recruitment at Texas Instruments offers an opportunity for experienced embedded firmware professionals to work on advanced mmWave radar technology in Bengaluru.
Texas Instruments is looking for a Software Engineer to join its Radar Firmware group in Bangalore. The role focuses on developing safety-certified embedded firmware for TI’s mmWave Radar portfolio, supporting technologies used in automotive ADAS, autonomous driving, industrial sensing, drones, and other applications.
This Software Engineer Recruitment opportunity is particularly relevant for candidates with experience in embedded firmware, real-time systems, C programming, bare-metal development, debugging, and safety-critical software.
The position requires a minimum of one year of experience in embedded systems firmware development and is based in Bengaluru, Karnataka, India.
- 1 Software Engineer Recruitment – Job Overview
- 2 About the Texas Instruments Software Engineer Recruitment
- 3 What Does a Software Engineer at Texas Instruments Do?
- 4 Embedded Firmware Development
- 5 Real-Time Radar Firmware
- 6 Safety-Critical Software Engineering
- 7 Who Can Apply for the Software Engineer Recruitment?
- 8 Ideal Candidate Profile
- 9 Why Work on TI mmWave Radar Technology?
- 10 Final Words
Software Engineer Recruitment – Job Overview
| Job Information | Details |
|---|---|
| Company | Texas Instruments (TI) |
| Job Title | Software Engineer |
| Role Focus | Embedded Firmware Engineering |
| Location | Bengaluru, Karnataka, India |
| Job Category | Engineering – Product Development |
| Experience | Minimum 1 Year |
| Education | Bachelor’s Degree |
| Work Area | Radar Firmware / Embedded Systems |
| Core Programming | C, Assembly |
| Other Skills | Python, Perl, Lua, Embedded Systems |
| Key Technologies | mmWave Radar, Real-Time Systems, Bare-Metal Firmware |
| Safety Standards | ISO 26262 ASIL-D, IEC 61508 SIL-3 |
| Job ID | 25008954 |
| Posting Date | March 2, 2026 |
| Location Code | Bengaluru, Karnataka – 560093 |
About the Texas Instruments Software Engineer Recruitment
The Software Engineer Recruitment is part of Texas Instruments’ Radar Firmware organization in Bengaluru.
The selected engineer will work on embedded firmware for TI’s mmWave radar sensors and processors. These systems are designed for demanding applications where software reliability, performance, diagnostics, and safety are extremely important.
The role involves developing firmware for radar control, configuration, calibration, high-speed data acquisition, testing, customer evaluation applications, and hardware-software integration.
Because the products can support safety-critical applications, engineers need to understand embedded software engineering principles and work with established safety standards and development processes.
What Does a Software Engineer at Texas Instruments Do?
The Software Engineer Recruitment focuses on embedded firmware development rather than general application software.
The engineer will be responsible for designing, developing, debugging, testing, and improving firmware used with TI’s mmWave radar sensors and processors.
Key areas include:
- Real-time embedded firmware
- Radar sensor control
- Configuration and calibration
- High-speed data acquisition
- Safety mechanisms
- Fault-tolerant architecture
- Customer evaluation applications
- Firmware testing
- Hardware-software integration
- Automated testing
- CI/CD
- Technical customer support
This makes the position a strong fit for engineers who enjoy working close to hardware and solving low-level software problems.
Embedded Firmware Development
One of the most important areas of the Software Engineer Recruitment is embedded firmware development.
The engineer will design and develop firmware for TI’s mmWave radar sensors and processors. The software needs to operate reliably in real-time environments and meet demanding safety requirements.
The position specifically involves development aligned with:
- ISO 26262 ASIL-D
- IEC 61508 SIL-3
These standards are particularly important for systems where software failures can have serious consequences.
Real-Time Radar Firmware
The role includes developing real-time radar control firmware for functions such as:
- Sensor configuration
- Calibration
- High-speed data acquisition
- Radar control
- Processor interaction
Working with radar systems requires engineers to understand how embedded software interacts with hardware and how timing, performance, and reliability affect the final system.
For candidates interested in embedded systems, this part of the Software Engineer Recruitment can provide exposure to highly specialized semiconductor and radar technology.
Safety-Critical Software Engineering
Safety is a major part of the role.
Engineers will develop fault-tolerant and fail-safe firmware architectures with diagnostic coverage and safety mechanisms.
This means the software must be designed to identify problems, respond appropriately to failures, and operate within defined safety requirements.
Candidates interested in automotive embedded software or safety-critical systems can gain valuable experience through this type of work.
Who Can Apply for the Software Engineer Recruitment?
This Software Engineer Recruitment is aimed at candidates who already have some professional or relevant embedded firmware experience.
The minimum requirements include:
- At least 1 year of embedded systems firmware development experience.
- Strong understanding of real-time embedded systems.
- Strong C programming knowledge.
- Assembly language knowledge.
- Compiler and linker knowledge.
- Bare-metal firmware experience.
- Python, Perl, Lua, or similar scripting experience.
- Exposure to JTAG, trace, and logic analyzer debugging.
- Understanding of software development and firmware testing processes.
- Bachelor’s degree.
Candidates should also be comfortable working in a fast-moving engineering environment.
Ideal Candidate Profile
The ideal candidate for this Software Engineer Recruitment should be technically strong while also being comfortable working with different engineering teams.
Texas Instruments is looking for people who can:
- Take initiative.
- Drive tasks toward completion.
- Work effectively with teams.
- Collaborate across different functions.
- Adapt to changing requirements.
- Solve difficult embedded software problems.
- Communicate technical information clearly.
- Learn new technologies.
These qualities are particularly useful when working on complex radar and semiconductor products.
Why Work on TI mmWave Radar Technology?
mmWave radar technology has applications across several rapidly developing industries.
In automotive systems, radar can support technologies associated with advanced driver assistance systems and autonomous driving.
Beyond automotive applications, radar technology can also support industrial sensing, drones, and other specialized applications.
Working as part of TI’s Radar Firmware group therefore gives engineers the opportunity to contribute to technology used in advanced sensing systems.
Final Words
The Software Engineer Recruitment at Texas Instruments is a strong opportunity for embedded firmware engineers who want to work on advanced radar and semiconductor technologies.
The position combines low-level programming, real-time systems, safety-critical firmware, debugging, automation, testing, and hardware-software integration. Engineers will also have the opportunity to contribute to technologies supporting automotive ADAS, autonomous driving, industrial sensing, and other advanced applications.
Candidates with at least one year of embedded firmware experience, strong C and assembly knowledge, bare-metal development experience, and a Bachelor’s degree can consider this opportunity in Bengaluru.
If you are searching for Software Engineer Recruitment, Texas Instruments Software Engineer jobs, Embedded Firmware Engineer jobs in Bengaluru, or opportunities in radar and embedded systems, this position is worth reviewing.
