Texas Instruments India (TI India) is hiring across its Advanced Circuits and Power Solution team, with referral opportunities available for suitable candidates. The team works on semiconductor products including display and touch power, charger ICs, camera PMICs, power-path solutions, sensing and high-performance communication interfaces designed for compact personal-electronics applications.
🏢 About Texas Instruments
Texas Instruments is a global semiconductor company that designs and manufactures analog and embedded-processing chips used across industrial, automotive, personal electronics and other markets. TI’s portfolio includes power management, signal-chain products, microcontrollers, processors and connectivity technologies.
TI has a major engineering and technology presence in India, particularly in Bengaluru. TI India has been involved in semiconductor design, embedded systems, analog and mixed-signal engineering, validation and other functions supporting TI’s global product portfolio.
📌 Opportunity Overview
- Company: Texas Instruments India
- Team: Advanced Circuits & Power Solution
- Opportunity: Multiple engineering openings/referrals
- Domain: Semiconductor / Integrated Circuits
- Products: Display & touch power, charger ICs, camera PMICs, power-path, sensing and communication interfaces
- Applications: Personal electronics and compact electronic devices
- Work: IC design, development, validation and related engineering depending on the opening
- Referral: Available through the hiring employee/post author
- Location: India; exact location depends on the individual requisition
- Experience: Not specified in the shared post; candidates should verify the requirements of the specific opening
⭐ Why This Opportunity Is Valuable for Experienced Engineers
The biggest attraction of this type of semiconductor role is the opportunity to work on custom IC solutions used in high-volume electronics products. Engineers may work on technically complex problems involving power conversion, analog/mixed-signal circuits, sensing, interfaces, silicon validation and performance optimization.
The post also highlights direct engagement with TI’s customers and work that contributes to revenue-generating products. For experienced engineers, this can translate into exposure beyond individual circuit blocks toward product-level requirements, customer constraints, silicon performance and commercialization.
Depending on the specific requisition, experience gained in this environment can support career paths such as Analog Design Engineer, Mixed-Signal Design Engineer, Power IC Engineer, Product Engineer, IC Design Verification Engineer, Applications Engineer or Semiconductor Validation Engineer.
🧩 Skills Required
- Analog and mixed-signal circuit fundamentals
- CMOS circuit design
- Semiconductor device fundamentals
- Power-management circuit concepts
- PMIC and charger architectures
- DC-DC converters and LDO fundamentals
- ADC/DAC and sensing concepts
- Signal integrity and noise analysis
- Circuit simulation and debugging
- SPICE-based simulation
- Schematic and layout understanding
- IC verification and validation
- Semiconductor test methodologies
- Lab equipment such as oscilloscopes, multimeters and logic analyzers
- Understanding of datasheets and electrical specifications
- Python/MATLAB or scripting for engineering automation where applicable
- Strong problem-solving and technical communication
🧑💻 Expected Texas Instruments Interview Rounds
Round 1 – Resume/Recruiter Screening: Education, semiconductor experience, location, notice period and alignment with the particular engineering position.
Round 2 – Technical Assessment: Depending on the role, candidates may face questions involving analog circuits, semiconductor fundamentals, electronics, circuit analysis, design concepts or problem-solving.
Round 3 – Technical Deep Dive: Expect detailed discussion of previous projects, design decisions, simulation results, debugging approaches and technical trade-offs. For power-related roles, prepare topics such as LDOs, switching regulators, load transients and efficiency.
Round 4 – Hiring Manager/Panel: Project ownership, collaboration, customer requirements, handling difficult technical problems and ability to work across engineering functions.
Round 5 – HR/Final Discussion: Compensation, location, joining timeline and other employment-related details
💰 Salary Range
Because the referral post does not identify a specific job title, experience level or requisition number, there is no reliable single salary figure for this opportunity.
As a broad market reference, third-party salary data for Texas Instruments India shows compensation varying considerably by engineering role and experience. Glassdoor reports substantial differences between positions such as Design Engineer, Analog Design Engineer and other semiconductor engineering roles.
For that reason, candidates should not treat a generic ₹LPA range as the package for this referral opportunity. Compensation should be evaluated against the specific TI job requisition, level, experience and location.
📚Preparation Tips
1. Start with analog fundamentals: Revise MOSFET operation, current mirrors, differential pairs, op-amps, feedback, frequency response and stability.
2. Focus on power electronics: Prepare LDOs, buck/boost converters, efficiency, dropout voltage, load regulation, line regulation and transient response.
3. Study PMIC architecture: Understand why multiple power rails, sequencing, protection and thermal considerations are required in modern electronics.
4. Prepare real design trade-offs: Be ready to explain decisions involving area, power, noise, speed, accuracy, reliability and cost.
5. Know your projects deeply: Expect detailed questions about your own simulations, failures, measurements, debugging and design iterations.
6. Strengthen lab/debugging knowledge: For validation-oriented positions, revise oscilloscope measurements, signal integrity, waveform interpretation and test methodology.
7. Prepare customer-oriented scenarios: Think about how you would investigate a silicon issue or specification failure when the product is already being evaluated by a customer.
📝 Resume Tips
Tailor the resume to the exact TI requisition before requesting a referral. Do not use a generic semiconductor resume for every opening.
Put the most relevant technical domain in the headline—for example, Analog IC Design | Power Management | Mixed-Signal | Semiconductor Validation—depending on your actual expertise.
Quantify engineering impact wherever possible: power reduction, area reduction, bandwidth improvement, efficiency improvement, silicon yield, validation coverage, test-time reduction or number of blocks/products supported.
For project descriptions, use Problem → Architecture → Design/Simulation → Validation → Result. Mention relevant tools such as Cadence, Synopsys, MATLAB, SPICE, Python or lab equipment only where genuinely used.
📩 How to Apply for TI Referrals
Interested candidates can DM to Ajeet Singh and share updated resume if their experience matches the job requirements.
The shared post invites interested candidates to send a DM to Ajeet Singh the employee offering referrals. Before requesting a referral, identify the exact Texas Instruments opening that matches your background and prepare an updated, role-specific resume.
Include your current experience, relevant semiconductor domain, preferred location, notice period and the exact TI job/requisition ID in your message. A concise profile makes it easier for the referrer to match you with an appropriate opening.
🚀 If your background aligns with analog, mixed-signal, power-management, semiconductor validation or related IC engineering, the Texas Instruments Advanced Circuits and Power Solution team represents an opportunity to explore technically specialized semiconductor careers.
