We are looking for a Senior PCB Designer who will lead the design of compact, high-performance PCBs for hearing aids and charging cases and other audiological equipment in the future. The ideal candidate will have deep expertise in PCB design and layout, and the ability to write basic firmware to bring up and test their hardware designs. Key Responsibilities PCB Design & Development (Primary Focus) Design multilayer, rigid-flex PCBs optimized for miniaturized medical devices (hearing aids, charging cases). Convert hardware schematics into high-quality PCB layouts under strict size, power, and thermal constraints. Apply best practices for low-noise, low-power, and high-reliability design, including audio circuits, RF modules, and battery management. Ensure manufacturability (DFM), testability (DFT), and reliability across the design cycle. Collaborate closely with mechanical engineers to achieve compact enclosure integration. Firmware Support (Secondary) Write basic firmware for hardware validation and board bring-up. Develop drivers/test code for peripherals (I²C, SPI, GPIO, ADC, sensors, power ICs, charging circuits). Support debugging and validation of new prototypes by combining hardware and firmware insights. Work with embedded software engineers for integration into production firmware. Prototyping & Validation Generate Gerber files, BOMs, and assembly drawings. Coordinate with PCB fabrication and assembly partners. Perform board bring-up, validation, and debugging using oscilloscopes, analyzers, and power measurement tools. Drive design reviews and incorporate cross-functional feedback. Compliance & Standards Ensure PCBs comply with international medical and electronics standards (IPC, IEC, ISO). Apply EMI/EMC mitigation and ESD protection techniques in design. Requirements Education: Bachelor’s or Master’s in Electronics Engineering, Electrical Engineering, or related field. Experience: 5+ years in PCB design, preferably in wearables, consumer electronics, or medical devices. Technical Skills – PCB (Core): Proficiency in PCB CAD tools (Altium Designer, OrCAD, Allegro, or similar). Strong background in miniaturized PCB design: rigid-flex, HDI, fine-pitch, BGAs. Experience with low-power circuits, RF design, wireless charging, and battery management. Technical Skills – Firmware (Secondary): Proficiency in embedded C/C++ for MCUs (ARM Cortex-M or equivalent). Experience writing simple board bring-up/test code for peripherals (I²C, SPI, UART, ADC). Understanding of BLE hardware/firmware integration is a plus. Soft Skills: Strong debugging and problem-solving skills. Excellent collaboration with hardware, firmware, and mechanical teams. Ownership mindset with ability to drive designs from concept to production
We are looking for a Senior Full Stack .NET Developer to join our team in Lucknow. The role involves building and maintaining Windows desktop applications , backend services , and contributing to our iOS/Android apps and website ecosystem . You’ll work closely with the leadership team, own critical modules, and guide junior developers as we scale our technology. Responsibilities Design and develop Windows desktop applications (WPF/.NET). Architect and implement backend systems and RESTful APIs using .NET Core. Work on real-time data communication with connected devices. Contribute to and maintain mobile apps (iOS/Android) and the company website . Ensure scalable architecture, clean code, and secure data handling . Mentor junior developers and establish coding standards. Collaborate in agile sprints and deliver milestones on time. Qualifications 5+ years of professional experience in .NET development. Strong in C#, .NET Core, WPF (XAML) , and desktop application development. Experience with Entity Framework, LINQ, SQL Server . Familiarity with BLE/IoT integration or willingness to quickly learn. Exposure to front-end frameworks (Angular/React) for web work. Knowledge of mobile app stacks (Xamarin, MAUI, React Native, or native iOS/Android). Experience with cloud platforms (Azure/AWS) , CI/CD, and DevOps. Strong debugging, problem-solving, and testing practices.