About the job: Key responsibilities: 1. Low-power PCB design - Optimize power consumption for extended battery life. 2. Battery management & efficiency - Design circuits for efficient power regulation, charging, and battery protection. 3. Wireless communication integration - Incorporate LoRa, NB-IoT, BLE, Wi-Fi, or other wireless modules while ensuring signal integrity. 4. RF layout optimization - Minimize interference and ensure proper antenna placement for reliable connectivity. 5. Power supply & voltage regulation - Implement efficient DC-DC converters and low-power voltage regulators. 6. Thermal management - Optimize heat dissipation for battery-operated devices to prevent overheating. 7. Compact & energy-efficient design - Ensure minimal PCB footprint while maintaining performance. 8. EMI/EMC compliance - Design for regulatory compliance and noise reduction in wireless environments. 9. Prototyping & testing - Validate battery life, power consumption, and RF performance through iterative testing. 10. Collaboration with firmware & mechanical teams - Work closely with embedded developers and enclosure designers for seamless integration. Who can apply: Only those candidates can apply who: have minimum 1 years of experience are Electronics Engineering students Salary: ₹ 2,60,000 - 3,00,000 /year Experience: 1 year(s) Deadline: 2025-06-27 23:59:59 Skills required: Embedded Systems, Circuit Design, PCB Design, Internet of Things (IoT), PCB Soldering and Battery Management Systems Other Requirements: 1. Experience in the development of IoT-based devices. 2. Experience in battery-based devices. About Company: A luxury brand dedicated to merging sustainable living with effortless style. Our mission is to redefine fashion by blending timeless designs with eco-conscious practices. At Vivir, we offer an array of collections that go beyond just fashion; they represent a lifestyle of sustainable luxury, with pieces that include elegant linen, versatile formal wear, striking capes, festive attire, and an eclectic mix of different clothing styles and silhouettes.
As a PCB Design Engineer at our luxury brand dedicated to merging sustainable living with effortless style, your primary responsibility will be optimizing power consumption for extended battery life in our battery-operated devices. You will design circuits for efficient power regulation, charging, and battery protection to ensure the best battery management and efficiency. Incorporating wireless communication modules such as LoRa, NB-IoT, BLE, Wi-Fi, or others will be a key aspect of your role, where you will be tasked with ensuring signal integrity. Additionally, you will be expected to minimize interference and ensure proper antenna placement for reliable connectivity through RF layout optimization. Implementing efficient DC-DC converters and low-power voltage regulators for power supply and voltage regulation, as well as optimizing heat dissipation for thermal management, will be crucial aspects of your design responsibilities. You will need to ensure a compact and energy-efficient design with minimal PCB footprint while maintaining high performance standards. Your role will also involve designing for EMI/EMC compliance to meet regulatory standards and reduce noise in wireless environments. Prototyping and testing will be essential for validating battery life, power consumption, and RF performance through iterative testing processes. Collaboration with firmware and mechanical teams will be necessary as you work closely with embedded developers and enclosure designers to achieve seamless integration of the PCB designs. Join us at Vivir to redefine fashion by blending timeless designs with eco-conscious practices and contribute to our mission of sustainable luxury living.,