Field Applications Engineering

Axiro Semiconductor is a fabless semiconductor design company headquartered in Bengaluru, driving innovation in RF, wireless infrastructure, satellite communication (Satcom), and high-speed connectivity solutions. Backed by CG Power & Industrial Solutions Ltd. part of the 120-year-old Murugappa Group. Axiro represents India’s leap into the global semiconductor arena. With millions of chips already powering global networks, a world-class team across India, the US, and Europe, and cutting-edge expertise spanning RF, mmWave, GaN, and next-generation communication technologies, Axiro is engineering the future of how the world connects, computes, and communicates.
For more details – www.axiro.com
We are seeking a skilled Field Applications Engineer to provide technical expertise and support for our MCU ( Vehicle interface processor, BMS, BCM, Air Bag, etc...) and Analog mixed signal products ( LED Drivers, Motor Control, Ultrasonics, USB Power Delivery etc ). This position requires strong technical expertise in Product understanding, embedded systems, MCU, Software development, semiconductor architectures, BOM Cost optimization, excellent problem solving and communication skills.
Qualification :
Education: Bachelor’s degree in Electrical Engineering, Computer Engineering, or related field.
Experience: 8 to 14 years inexperience in automotive electronics design or field application engineering with experience in MCU, Motor Control and Lighting applications.
Technical Expertise: Strong understanding of Product development, with deep understanding in MCU, Analog and Mixed signal products.
Software Skills: Proficiency in C/C++, scripting languages, and familiarity with hardware bring-up and debugging tools.
Customer Focus: Proven ability to manage technical engagements with customers.
Communication: Excellent verbal and written communication skills for diverse audiences.
Problem-Solving: Strong analytical skills and ability to resolve complex technical issues.
Key Responsibilities
Design-in Assistance: Collaborate with customers during the entire design-in cycle, from initial concept and system architecture to mass production.
Customer Training: Conduct technical workshops and training sessions for customer engineering teams on our latest automotive-grade silicon and software tools.
Hardware Validation: Perform board-level hardware debugging, including signal integrity analysis, thermal management, and EMI/EMC compliance testing.
Software Debugging: Debug and optimize embedded C firmware, focusing on real-time control loops and peripheral drivers (CAN, LIN, SPI, I2C).
Requirement Analysis: Translate complex customer requirements into actionable product specifications and feature requests for our internal R&D teams.
Reliability requirements. Root Cause Analysis: Perform detailed root cause analysis on customer reported issues (Return Material Authorization - RMA) and provide timely technical closure.
Competitive Analysis: Monitor and analyze competitive solutions, providing strategic feedback to marketing and product management teams.
Relationship Management: Build and maintain deep technical relationships with key decision-makers and system architects at major automotive accounts.
Software Ecosystems: Provide guidance on IDEs, compilers, RTOS, and AUTOSAR stacks commonly used in automotive MCU development.
Collaborative Development: Work closely with cross-functional teams (Sales, Marketing, Quality, and R&D) to ensure project milestones are met.
Issue Tracking: Manage and document all customer technical interactions and bug reports using professional CRM and tracking tools.
Product Launch: Participate in regional product launch events, providing hands-on technical demonstrations and expert support.
Field Feedback: Act as the "voice of the customer," advocating for product roadmap improvements based on real-world field experience.
Travel: Willingness to travel to customer sites (up to 30–50%) to provide on-site technical consultation and debug support.
Location: Bengaluru and Pune

Work arrangement
No