Apply for PMIC System & Validation Engineer at Qualcomm Bangalore. 0-4 years exp. Top salary, career growth, cutting-edge tech in power management 2025.
Table of Contents
💼 Job Role & Category
Role: PMIC System and Validation Engineer
Category: Full-Time, Onsite
Job ID: 3080937
Location: Bangalore, Karnataka, India
🏢 Why Join Qualcomm?
Qualcomm is a global powerhouse in wireless technology and semiconductor innovation, enabling next-generation experiences across smartphones, automotive, IoT, and consumer electronics. Operating in over 40 countries, Qualcomm drives digital transformation through cutting-edge 5G, AI, and chipset technologies that power billions of devices worldwide.
Renowned for its innovation-first culture, Qualcomm offers engineers the opportunity to work on world-class products alongside cross-functional teams. The company has earned multiple accolades for workplace excellence, diversity initiatives, and pioneering technological advancements, making it one of the most prestigious employers in the semiconductor industry. Engineers at Qualcomm collaborate on solutions that shape the future of connectivity and push the boundaries of what’s possible.
📝 Job Summary
Qualcomm’s Power Management Systems, Validation & Integration (PMIC-SVI) team leads the industry in designing and validating high-performance, feature-rich Power Management Integrated Circuits (PMICs) embedded in chipsets for smartphones, tablets, laptops, wearables, and cutting-edge consumer electronics. This role offers the opportunity to work with state-of-the-art technology alongside world-leading brands.
The PMIC System and Validation Engineer will engage in system architecture, post-silicon validation, chipset integration, and customer issue debugging. You’ll collaborate with Analog/Digital Design, Software, and Customer Engineering teams in a fast-paced environment to deliver world-class PMIC solutions featuring DC-DC converters, linear regulators, battery chargers, fuel gauges, and embedded firmware.
🔧 Key Responsibilities 🔧
- 📐 Define top-level system specifications involving HW/FW/SW partitioning, register interfaces, memory sizing, protocol selection, and multi-PMIC connectivity grids
- 📋 Develop comprehensive validation plans covering both manual and automated test cases for functional validation
- ⚙️ Execute validation within timelines and analyze results through HW-level signal measurements using lab instruments
- 🐛 Debug hardware and software issues at the system level and create detailed technical reports
- 🤝 Collaborate with cross-functional teams including PMIC Product Management, Design & Characterization, and SoC HW/SW Architecture teams
- 📊 Perform risk assessments of development and validation plans to ensure project success
- 🌐 Interact with customer engagement teams across worldwide sites for technical support and issue resolution
- 🧪 Conduct post-silicon validation using oscilloscopes, power supplies, JTAG debuggers, and other lab equipment
- 💻 Automate test cases using scripting languages (Python, Perl, C#, LabVIEW) for efficient validation processes
- 🔬 Support chipset integration and provide ongoing technical support for customer issues
✅ Who Can Apply?
🎓 Education Requirements
- Required: Bachelor’s degree in Electronics Engineering, Electrical Engineering, Computer Science, or related engineering field
- Preferred: Master’s degree with specialization in VLSI, Microelectronics, Power Management, or related domains
💼 Experience Level
- 1-3 years of job experience relevant to HW/SW aspects of electronic product development
- Candidates with 0-4 years of experience in analog/power electronics are encouraged to apply
- Well-versed knowledge of entire ASIC flow from concept stage to commercial product support
💡 Required Skills & Tools
Core Technical Skills:
- Strong understanding of PMIC, Power Management, and Microcontroller architecture
- Knowledge of basic firmware and HW-SW interaction
- Hands-on lab experience in post-silicon validation (HW-level bench measurement and/or SW-level logs-based verification)
- Good hardware debug skills related to DC-DC converters (SMPS, LDO)
Lab & Instrumentation:
- Hands-on ability with lab instruments: oscilloscopes, power supplies, JTAG debuggers
- Familiarity with HW schematics and ability to trace interconnections on PCBs
Programming & Automation:
- Good programming skills in at least one language: C#, F#, Python, Perl, LabVIEW, or other scripting languages used in VLSI/Embedded domain
- Understanding of Object-Oriented Programming (OOP) concepts
- Experience in automating test cases via software control for HW systems
Soft Skills:
- Strong analytical and communication skills (verbal and written)
- Ability to seek information proactively and understand priorities
- Capability to juggle multiple tasks in a highly paced environment
- Ability to develop high-level strategies and break them into mid-level flows and low-level tasks for efficient execution
📜 Preferred Qualifications (Good to Have)
- Prior experience leading and executing white-box validation of hardware modules or sub-modules
- Exposure to Assembly language programming for microcontrollers
- Familiarity with tools like JIRA and GIT
- Understanding of power electronics concepts including switching regulators, voltage regulators, battery chargers, and battery management/gauging
🌍 Work Location & Type
Location: Bangalore, Karnataka, India
Work Type: Onsite
(Hybrid/remote options not specified in job description)
💰 Salary Insights
Based on industry data and Qualcomm’s competitive compensation standards in India for PMIC/Hardware Engineering roles:
Expected Salary Range:
- 0-2 years experience: ₹8-12 LPA
- 2-4 years experience: ₹12-18 LPA
- Senior candidates (4+ years): Up to ₹20+ LPA
Additional Compensation:
- Performance-based bonuses tied to project milestones and annual reviews
- Restricted Stock Units (RSUs) as part of long-term incentives
- Total compensation package can vary based on experience, educational qualifications, skill set, and interview performance
Note: Salary varies by location, experience level, and individual negotiation.
🎁 Perks & Benefits
Qualcomm offers world-class benefits to employees in India:
- 🏥 Comprehensive Health Insurance – Medical, dental, and vision coverage for employees and dependents
- 💻 Access to Cutting-Edge Technology – Work with state-of-the-art lab equipment and PMIC validation tools
- 📚 Learning & Development Programs – Training budgets, certifications, online courses, and skill enhancement workshops
- 💸 Performance Bonuses & RSUs – Annual bonuses and equity grants (Restricted Stock Units)
- 🏖 Generous Paid Time Off – Vacation days, sick leave, casual leave, and public holidays
- 🍽 Subsidized Meals – On-campus cafeteria with healthy food options
- 🏋️ Wellness & Fitness Programs – Gym facilities, health workshops, mental health support, and employee assistance programs
- 🚀 Career Growth Opportunities – Clear progression paths, mentorship programs, and global mobility options
- 👶 Parental Leave Benefits – Extended maternity and paternity leave policies
- 🎯 Work-Life Balance Initiatives – Flexible work policies and employee-friendly culture
- 🏆 Recognition Programs – Awards and recognition for outstanding contributions
📝 How to Apply
📢 How to Apply for Qualcomm PMIC Engineer Recruitment 2025:
- Click on the “Apply” button at the bottom of this post
- You will be redirected to Qualcomm’s official careers portal
- Register/Login to the portal (create a new account if you’re a first-time applicant)
- Search for Job ID: 3080937 or search “PMIC System and Validation Engineer – Bangalore”
- Fill in required details in the application form accurately
- Upload your resume/CV and relevant documents (ensure your resume highlights relevant skills and projects)
- Review all details carefully before final submission
- Click “Submit” to complete your application
📢 Share this opportunity with friends and colleagues who might be interested! 😇
Special Note for Candidates with Disabilities:
Qualcomm is committed to providing an accessible hiring process. If you need accommodation during the application/hiring process, email disability-accomodations@qualcomm.com or call Qualcomm’s toll-free number for support.
❓ Frequently Asked Questions (FAQs)
1. What is the selection process for Qualcomm PMIC Engineer role?
The typical selection process includes:
- Resume Screening: Initial shortlisting based on education, experience, and skills
- Technical Assessment: Online test or coding challenge covering power electronics, embedded systems, and validation concepts
- Technical Interviews (2-3 rounds): In-depth discussions on PMIC architecture, validation methodologies, lab experience, debugging scenarios, and problem-solving
- Managerial Round: Assessment of project management skills, teamwork, and cultural fit
- HR Interview: Discussion on compensation, benefits, and final negotiations
- Background Verification: Education and employment verification before final offer
2. Is this position open to freshers?
The job description indicates candidates with 0-4 years of experience are welcome to apply, with preference for 1-3 years of relevant experience. Fresh graduates with:
- Strong academic backgrounds in Electronics/Electrical Engineering
- Hands-on lab experience during academics (internships, projects involving power electronics or embedded systems)
- Good understanding of PMIC concepts and validation methodologies
- Programming skills in Python/Perl/C#
…are encouraged to apply. However, demonstrated practical knowledge is important for this role.
3. What are the key skills required to excel in this role?
Essential skills include:
- Deep understanding of PMIC and power electronics (DC-DC converters, SMPS, LDO, battery management)
- Hands-on lab skills with oscilloscopes, power supplies, multimeters, JTAG debuggers
- Programming expertise in Python, Perl, C#, or LabVIEW for test automation
- Hardware debugging capabilities and ability to read schematics
- Knowledge of embedded systems and firmware interaction
- Strong analytical thinking and problem-solving abilities
- Excellent communication skills for cross-functional collaboration
4. Does Qualcomm offer remote work or hybrid options for this position?
The job description specifies the location as Bangalore, Karnataka and does not explicitly mention remote or hybrid work options. The role appears to be onsite due to the requirement for hands-on lab work with hardware validation equipment. However, work arrangements may have evolved; candidates should clarify current policies during the interview process.
5. What is the last date to apply for this position?
Job Posting Date: October 31, 2025
The job description does not specify an application deadline. Qualcomm typically fills positions on a rolling basis, meaning applications are reviewed as they’re received and the posting may close once a suitable candidate is selected. It’s recommended to apply as soon as possible to maximize your chances.
6. What career growth opportunities does this role offer?
This role offers significant growth potential:
- Technical Advancement: Progress to Senior Engineer, Staff Engineer, or Principal Engineer roles
- Leadership Track: Move into technical leadership, team management, or project management positions
- Specialization Opportunities: Become a domain expert in PMIC architecture, power management, or validation methodologies
- Cross-Functional Exposure: Collaborate with global teams across design, software, and customer engineering
- Global Mobility: Opportunities to work at Qualcomm offices worldwide
- Innovation Involvement: Work on next-generation chipsets for emerging technologies (5G, IoT, automotive, AR/VR)
7. What tools and technologies will I work with in this role?
Based on the job description, you’ll work with:
- Lab Equipment: Oscilloscopes, power supplies, JTAG debuggers, multimeters, signal analyzers
- Programming/Scripting: Python, Perl, C#, LabVIEW for test automation
- Version Control: GIT for code management
- Project Management: JIRA for task tracking
- PMIC Components: DC-DC converters (SMPS), LDO regulators, battery chargers, fuel gauges, ADCs, LED drivers
- Embedded Tools: Microcontroller programming, firmware debugging tools
- PCB Analysis: Schematic readers, PCB trace tools