Principal/Head OCXO Design | Electronic MNC - [Bangalore, IN]

Our client is a global engineering and technology organisation developing advanced solutions for defence, aerospace, communications, precision timing and high-performance electronic systems. As part of their continued investment in next-generation frequency control technologies, they are expanding their Centre of Excellence and are seeking an experienced Principal OCXO Design Head to lead the development of world-class ultra-low phase noise oscillator solutions.

Reporting into the Global Leadership, the candidate will be based in BANGALORE, INDIA and will lead architecture and development of high-performance Oven Controlled Crystal Oscillator (OCXO) products.

Key responsibilities:

• Designing and optimising ultra-low phase noise OCXO architectures for defence , aerospace and precision timing applications .

• Developing oscillator circuits, sustaining amplifiers and thermal control systems to achieve phase noise and frequency stability performance.

• Selecting, characterising and optimising quartz crystal resonators and associated frequency control components.

• Performing circuit simulations, worst-case analysis, reliability assessments and compliance evaluations.

• Developing automated test methodologies for phase noise, ageing, environmental validation.

• Supporting prototype-to-production transitions

• Driving innovation across next-generation timing technologies, including MEMS, advanced resonators and emerging oscillator solutions

• Leading design reviews, technical trade studies and customer-facing engineering discussions.

To apply online please click the 'Apply' button below. For a confidential discussion about this role please contact Hardik Kharbanda on +918068266827.

An ideal candidate will be an electrical engineer with (Master's, PhD preferred) with experience in frequency control products and ultra-low noise analog/RF systems.

They will bring:

• Proven experience in OCXO, TCXO, VCXO or precision frequency control product design.

• Strong understanding of phase noise theory, Leeson's model and low-noise amplifier design.

• Expertise in quartz resonator physics, thermal control systems and precision analog design.

• Experience using tools such as ADS, AWR Microwave Office, SPICE, MATLAB and Python .

• Familiarity with aerospace, defence or high-reliability engineering standards.

• Opportunity to work at the forefront of innovation

• Opportunity to work on cutting-edge defence, aerospace and precision timing technologies

• Global exposure and exceptional remuneration

• Hybrid work setup based in the Silicon Valley of India - Bangalore