Software Database Engineer at Texas Instruments – Bengaluru | Semiconductor Software Engineering Jobs
Introduction
Texas Instruments (TI) is hiring Software Database Engineers for its Bengaluru, Karnataka office. This opportunity is ideal for software engineering graduates who are passionate about software development, databases, semiconductor technology, and automation tools. The role is part of Texas Instruments’ Advanced Technology Development (ATD) Mask Technology and Pattern Generation (MTPG) team, where engineers develop software solutions that support semiconductor manufacturing processes.
If you have strong programming skills, an interest in database technologies, scripting languages, and semiconductor engineering, this position offers the opportunity to work on cutting-edge technologies that power electronics used worldwide.
About Texas Instruments
Texas Instruments (TI) is one of the world’s leading semiconductor companies, specializing in the design, manufacture, testing, and sale of analog and embedded processing chips. Founded in 1930 and headquartered in Dallas, Texas, USA, the company serves industries such as automotive, industrial automation, consumer electronics, communications, data centers, healthcare, and aerospace.
TI develops semiconductor technologies that improve power management, signal processing, sensing, and embedded control. Its products are used in billions of electronic devices worldwide, enabling innovations in smart vehicles, industrial equipment, medical devices, consumer electronics, and IoT solutions.
With decades of engineering excellence, Texas Instruments continues to invest heavily in research, innovation, and employee development, making it one of the most respected employers in the semiconductor industry.
Job Overview
Job Role: Software Database Engineer
Company: Texas Instruments (TI)
Location: Bengaluru, Karnataka, India
Employment Type: Full-Time
Department: Advanced Technology Development (ATD) – Mask Technology & Pattern Generation (MTPG)
Industry: Semiconductor, Software Engineering
Education Required: Bachelor’s Degree in Software Engineering or a related field
Job Summary
As a Software Database Engineer, you will design, develop, and maintain software tools, databases, scripts, and interfaces that support TI’s semiconductor mask technology and pattern generation processes. The role requires close collaboration with engineering teams to improve automation, optimize workflows, and implement best practices for software development in semiconductor manufacturing.
You will contribute to efficiency improvements, participate in software tool development, and work on technologies that directly support advanced chip manufacturing.
Key Responsibilities
As a Software Database Engineer, your responsibilities will include:
- Design and develop software tools for semiconductor manufacturing.
- Develop scripts and automation utilities to improve engineering workflows.
- Create and maintain software interfaces for Pattern Generation (PG) processes.
- Collaborate with the ATD-MTPG engineering team on software development projects.
- Support continuous improvement of software methodologies and engineering practices.
- Optimize software processes for efficiency and reliability.
- Develop database-driven applications to support semiconductor operations.
- Participate in technical discussions and contribute innovative software solutions.
- Handle multiple time-sensitive engineering tasks while maintaining high-quality standards.
- Ensure proper documentation of software tools and development processes.
Required Skills and Their Importance
1. Software Development
Software development is the primary responsibility of this role.
Why it matters:
- Build engineering tools
- Develop automation software
- Improve manufacturing efficiency
- Create scalable applications
2. Database Knowledge
Working with databases is essential for managing engineering data and supporting software applications.
Why it matters:
- Data management
- Data retrieval
- Process automation
- Application integration
3. Programming Skills
Candidates should possess strong programming knowledge.
Why it matters:
- Software tool development
- Automation
- Debugging
- Performance optimization
4. Communication Skills
Strong verbal and written communication is required for collaboration across engineering teams.
Why it matters:
- Technical discussions
- Documentation
- Team collaboration
- Project coordination
5. Analytical Thinking
Software engineers must analyze complex engineering problems and design effective solutions.
Why it matters:
- Efficient problem-solving
- Logical programming
- Software optimization
- Root cause analysis
6. Time Management
The role involves handling multiple critical and time-sensitive projects.
Why it matters:
- Meet engineering deadlines
- Deliver quality software
- Prioritize work effectively
- Improve productivity
7. Attention to Detail
Semiconductor manufacturing requires exceptional precision.
Why it matters:
- Reduce software defects
- Improve product quality
- Maintain manufacturing accuracy
- Ensure reliable automation
Preferred Technical Skills
Candidates with experience in the following technologies will have an advantage.
Semiconductor Mask Design
Basic understanding of semiconductor masks and their role in chip manufacturing.
Benefits:
- Better understanding of fabrication workflows
- Faster onboarding
- Improved engineering collaboration
Cadence Design Environment
Knowledge of Cadence tools for schematic design and layout.
Why it matters:
- Chip design support
- Layout automation
- Semiconductor workflows
PERL
PERL is widely used for automation and scripting in semiconductor environments.
Benefits:
- Automation scripting
- Data processing
- Tool integration
Ruby
Ruby can be used for scripting and software development.
Benefits:
- Automation
- Application development
- Productivity improvements
Oracle Database
Knowledge of Oracle databases is beneficial.
Benefits:
- Enterprise database management
- Data storage
- High-performance applications
Unix Shell Scripting
Unix Shell scripting helps automate engineering workflows.
Benefits:
- Process automation
- Batch execution
- System administration
- Productivity improvement
Educational Qualification
Candidates should possess:
- Bachelor’s Degree in Software Engineering
- Computer Science
- Information Technology
- Electronics Engineering
- Related Engineering Disciplines
Preferred Candidate Profile
Texas Instruments is looking for professionals who are:
- Strong programmers
- Detail-oriented
- Analytical thinkers
- Excellent communicators
- Quick learners
- Team players
- Self-motivated
- Comfortable managing multiple priorities
- Interested in semiconductor technology
- Passionate about engineering innovation
Technologies You May Work With
Depending on project requirements, engineers may gain exposure to:
- Software Development
- Database Systems
- Oracle
- PERL
- Ruby
- Unix Shell Scripting
- Cadence
- Semiconductor Mask Design
- Pattern Generation Software
- Automation Tools
- Database Engineering
- Semiconductor Manufacturing Systems
Why Join Texas Instruments?
Texas Instruments is consistently recognized as one of the world’s leading engineering employers. Employees benefit from:
- Competitive salary and benefits
- World-class engineering environment
- Advanced semiconductor technologies
- Global career opportunities
- Learning and development programs
- Technical mentoring
- Inclusive workplace culture
- Exposure to cutting-edge chip design and manufacturing
- Career advancement opportunities
Career Growth Opportunities
Starting as a Software Database Engineer can lead to roles such as:
- Software Engineer
- Database Engineer
- Semiconductor Software Engineer
- Automation Engineer
- EDA Software Engineer
- CAD Engineer
- Design Automation Engineer
- Senior Software Engineer
- Technical Lead
- Engineering Manager
With experience, professionals can specialize in semiconductor design automation, enterprise software, database architecture, or advanced research and development.
Why This Opportunity Stands Out
Working in TI’s Advanced Technology Development (ATD) Mask Technology and Pattern Generation (MTPG) team provides engineers with the opportunity to contribute to the software systems that enable modern semiconductor manufacturing. The role combines software engineering, databases, scripting, and semiconductor technologies, offering unique exposure to one of the most advanced engineering domains in the world.
Final Thoughts
The Software Database Engineer position at Texas Instruments in Bengaluru is an outstanding opportunity for software engineering graduates who want to work in the semiconductor industry. With exposure to software development, database technologies, automation, scripting, and semiconductor manufacturing processes, this role provides excellent technical learning and long-term career growth.
Candidates with strong programming skills, attention to detail, analytical thinking, and an interest in advanced engineering technologies will find this position highly rewarding.