7 Electronics Hardware Jobs

Job Area: Engineering Group, Engineering Group > Hardware Systems Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital and RF transformation to help create a smarter, connected future for all. As a Qualcomm Hardware Systems Engineer, you will design a complete framework or system that influences the shaping of state-of-the-art mobile, edge, auto, AR/VR, compute, IOT, wearable products. Qualcomm Engineers collaborate with cross-functional teams (e.g., design, software, testing teams, etc.) to identify hardware testing needs and integrate components into products or systems. Minimum Qualifications: Bachelor's degree in Engineering or related field. Successful candidate for this position will join a hardware design team in Hyderabad developing digital platforms and mixed-mode wireless devices utilizing Qualcomm MSMs, RFICs, and power management ASICs for in-house design verification, software/firmware development, and customer reference designs. Candidates should have knowledge on high speed board design concepts, Solid electrical engineering, digital & analog circuit fundamentals, and should have lab skills. knowledge of transmission lines, cross talk, decoupling, low-power supply design, and layout of high performance PWBs is desired. Familiarity with modems, DSPs, microprocessors, memories, LCDs, camera sensors, batteries, and other consumer electronics hardware is desired. Job description: 0 - 3 years of relevant experience. High-speed board design, schematic design, layout reviews, test and integration, and maintaining hardware through the product cycle. Platforms may also incorporate ARM processors, graphics engines, digital audio, USB OTG, Bluetooth, GPS, SPI, I2C, DDR, MIPI, MDDI, and LAN functionality and candidate should have knowledge on these interfaces. Candidate must quickly assimilate onto a specified project, read/write technical specifications/requirements, develop/refine hardware designs, apply integration/lab skills, demonstrate strong problem solving abilities, and work closely with software and RF engineers to actively contribute toward the evolution of a shared platform. Candidate should support bring-up for MSMs and has to run the DVT and MTP performance testing for IPS projects. Additional Extensive knowledge of developing automation scripts based on Python Good working knowledge of EDA tools like HFSS, ADS Must be good at C , C++ programming & Matlab

Senior Electronics Hardware Engineer - We are looking for a Senior Electronics Hardware Engineer in the team. In this role, candidate is expected to have a hands-on experience in hardware design and development of digital and analogue electronics; analogue and mixed domain circuits solutions. As a core member of Electronics system design team you will drive microprocessors/ microcontrollers, SoC based processing unit design and peripheral interface control, power electronics for power supply, power distribution and battery charging management and embedded systems bring-up, integration and qualification. Core Responsibilities : 1. Design and develop new hardware platform for multiple projects. 2. Partner with the embedded software team for hardware/ firmware co-design and development; optimization. 3. Ability to make sense of complex functional requirements and buld-up appropriate electronics hardware based solutions. 4. Create a reliable and modular design and qualify the integrated design with respect to the performance requirements. Requirements & Skills : Must to have : 1. 6 year to 10 years of experience in low-power circuit design, system bring-up, engineering-build integration and debug the performance issues in the integrated product. 2. 4 year to 8 years of experience driving design development from component selection, schematic capture, PCB layout, assembly and integration with other modules of product. 3. 5+ of experience in development of Multi-layer, mixed-signal board-level design in Altium/ Eagle. 4. Experience of power supply topologies: DC-DC, Flyback Converters, LDOs, etc. 5. Experience of Battery charger design, signal conditioning, sensor interface; protection circuits. 6. Hand-on experience in hardware implementation of embedded system data communication protocols such as 1-wire, I2C, SPI, UART, USB, TCP/ IP, wireless, BLE 7. Experience of BDC/ BLDC or steppers motors, motor driver circuit design and its working principles. 8. Diverse experience in microcontroller/ microprocessor based circuit design and bring-up. - Ideally from ST/ TI/ NXP/ Renesas and sensor interface on PCBA level. 9. Ability to Interface sensors like current-voltage, Time-of-Flight, Proximity, Position, ALS, etc on a PCBA level. 10. Knowledge about Design calculations/ Worst-case performance analysis, Design Documentation during Product Development Life-Cycle milestones. 11. Knowledge of EMI/ EMC/ ESD standards and practices is preferred. Good to have : 1. Strong communication and documentation skills and ability to operate independently. 2. Experience with portable, battery operated designs and power budgeting. 3. Knowledge about Wi-fi/ Bluetooth/ RF/ Antenna Technologies . 4. Experience of Microphone and Speaker circuit design is a plus 5. Familiar with PCB fabrication technologies, Rigid-Flex PCBs, Flex Cables. 6. Hand-on experience of manufacturing process including DFM and DFT for consumer products at scale. 7. Familiar with MIPI Camera CSI and DSI ; display Modules and their communication protocols applications; Audio signal Processing interface.

Electronics Hardware Engineer - We are looking for Electronics Hardware Engineers in the team. In this role, it is expected that the candidate should have hands-on experience in electronics hardware design and development of digital analogue and mixed domain functional and performance circuits solutions. As a core member of EE team you will create design with microprocessors/ microcontrollers and peripheral interface such as memory devices, GPIO, power supply electronics and embedded systems bring-up. Responsibilities : 1. Designing and development of new hardware functional system for multiple products. 2. Collaborate with with the embedded software development team for hardware/ firmware co-design and system performance requirement translating to design implementation ; optimization. 3. Ability to synthesize user and technical performance hardware requirements and develop appropriate solutions. 4. Electronic component and circuit analysis to design functional sub-system by simulation and physical implementation. Requirements & Skills : Must to have : 1. 2 years to 5 years of experience in low-power circuit design, system bring-up, engineering-build integration and debug. 2. 2 years to 4+ years of experience driving design development from component selection, schematic capture, PCB layout and routing, Component foot-print for the product Electronics BoM through assembly. 3. 3+ of experience in Multi-layer, mixed-signal board-level design in Altium/ Eagle. 4. Experience of power topology: DC-DC, Flyback Converters, LDOs, etc. 5. Experience of Battery charger design, fuel gauge, analogue sensor instrumentation; protection circuits. 6. Hand-on experience in hardware implementation of embedded system data communication protocols such as 1-wire, I2C, SPI, UART, USB. 7. Experience of BDC/BLDC or steppers motors, motor drive circuit design and its working principles. 8. Diverse experience in microcontroller/ microprocessor based circuit design and bring-up. - Ideally from ST/ TI/ NXP/ Renesas and sensor interface on PCB assembly level. 9. Ability to design and implement smart sensors, sensors instrumentation like current, voltage signal conditioning, Time-of-Flight, Proximity, Position, ALS, etc on a PCB assembly level. 10. Knowledge about Design calculations/Documentation during Product Development Life Cycle milestones. 11.Knowledge of EMI- EMC and ESD standards and practices is a plus Good to have : 1. Strong communication and documentation skills and ability to operate independently. 2. Experience with portable, battery operated designs and power budgeting. 3. Knowledge about Wi-fi, Bluetooth, BLE, RF Antenna design Technologies is a plus. 4. Experience of Microphone and Speaker circuit design is a plus 5. Familiar with PCB fabrication technologies, Rigid-Flex PCBs, Flex Cables. 6. Hand-on experience of manufacturing process including DFM and DFT for consumer products at scale. 7. Familiar with MIPI Camera CSI and DSI interface implementation ; display Modules and their communication protocols; Audio signal processing interface.

Job Title Electronics Hardware EngineerLocation Chennai, Tamil NaduJob TypeFull-Time, About The Role :- Design and Developing embedded based circuits.- Design and develop development board for Micro controllers, ICs.- Design and development of filter circuits and radio electronics communication circuits.Technical skills :- Very good knowledge in electronic communication systems.- Good knowledge in Digital communication systems (DCS) and Analog communication systems (ACS).- Hands-on experience in development of radio communication systems.- Good knowledge in power electronics.- Good understanding in microcontrollers.- Hands-on experience in OPamps.- Knowledge in PCB design softwares (Kikad,Altium)- Knowledge of control systems.Qualifications :- 2-3 years of experience.- Bachelor's degree in computer science, computer engineering, or a similar field.Soft Skills :- Excellent communication, problem-solving, and analytical thinking abilities.- Work and collaborate well with others.- Eager to work in a multi-tasked and dynamic environment.Perks and Benefits :- You can define your own culture in this multi-cultural environment.- Enjoy balanced work-life, thanks to flexible timing.- Manifold learning due to diverse responsibilities- Hands on exciting technology/digital workshops.- Get to work on impactful projects.Number of hires 1Start date ASAPSalary As per industry standards- Applications can be mailed with subject line - Electronics Hardware EngineerApplication process :Round 1 HR Introduction round (Virtual).Round 2 Technical Interview.Round 3 Offer discussion. This job opening was posted long time back. It may not be active. Nor was it removed by the recruiter. Please use your discretion.

Hardware Design Engineer (Electronics Hardware) Name:Hardware DesignEngineer (Electronics Hardware ) Role:Design Engineer Industry:Manufacturer Location:Udaipur (Rajasthan)Job Type:Full Time Experience:2- 5yearsSkills:PCB design, Orcad / Altium Salary:Best in the industry Education:BTech/Diploma(Electronics) Description: Knowledge of electronic circuit design i.e. Memory interface circuits / Digital circuits. communication circuits/analog circuits. Knowledge of hardware-level development, schematic & PCB design tools like Orcad / Altium, etc. Technical assistance for component specification and selection. Working knowledge of C and assembly coding will be added advantage. Meeting with design and engineering teams to determine hardware requirements. Designing and developing components such as printed circuit boards (PCB), processors, memory modules, and network components. Collaborating with software engineers to ensure software compatibility and integration with the hardware components. Testing hardware prototypes and analyzing and interpreting performance data. Generating analytic and performance reports for presentation and revision.

What we are looking for: We are looking for a pro-active, energetic team member who enjoys working in a fast-paced global Industry to apply their skills. As a Hardware Validation Engineer, you will be responsible for testing and validating the performance, reliability, and compliance of electronic and electrical hardware systems. You will work closely with design, firmware, and manufacturing teams to ensure that all of BRIGHTBLUs products meet functional, environmental, and regulatory standards. This role is crucial for ensuring that our EV charging solutions meet the highest standards of performance, safety, and durability. You will take on the following Job responsibilities: 1. Test Planning & Execution Develop and execute hardware validation plans for AC and DC EV chargers, covering power electronics, control systems, and communication interfaces. Define test cases, validation strategies, and pass/fail criteria based on design requirements and industry standards. Conduct manual and automated testing for functional, electrical, and environmental validation. 2. Hardware Functional & Performance Testing Validate new PCB’s, power electronics & protection circuits. Test thermal behavior, cooling mechanisms, and heat dissipation of different components. Perform dynamic load testing to simulate different EV charging scenarios. 3. Communication & Protocol Validation Test EV-to-charger communication for compliance with ISO 15118, OCPP, DIN 70121, and IEC 61851. Validate Wi-Fi, Bluetooth, Ethernet, and LTE connectivity for cloud integration. 4. Compliance & Regulatory Testing Conduct EMC/EMI testing to ensure chargers meet global regulatory standards. Perform electrical safety testing to verify overvoltage, overcurrent, short-circuit, earthing, insulation resistance and other electrical protections. Support third-party certification processes for CE, UL & IEC approvals. 5. Failure Analysis & Debugging Investigate hardware failures, identify root causes, and propose corrective actions. Work with R&D and manufacturing teams to resolve design issues before mass production. Use oscilloscopes, multimeters, thermal cameras, and spectrum analyzers to debug circuits. 6. Test Automation & Data Analysis Develop automated test setups and jigs to improve testing efficiency. Maintain detailed test reports, root cause analysis reports, logs, and documentation for regulatory compliance. Analyze field data trends to predict failure modes and improve product reliability. 7. Collaboration with Cross-functional Teams Work closely with Hardware, Software, and Production Engineering teams to refine charger designs and production processes. Support manufacturing and quality teams in resolving production and field failures. 8. Continuous Improvement & Innovation Contribute to design for validation (DFV) and design for testing (DFT) strategies. Explore new test methodologies, automation tools, and validation techniques. Keep up to date with emerging EV charging technologies and industry regulations. You will report directly to the Head of Product. Qualifications: Bachelor’s degree in electronics/ electrical/ embedded systems engineering. Experience: 2-5 years in electronics or electrical domain. Familiarity with a wide range of electronic and electrical hardware devices. Strong understanding of electronic circuits and reading PCB schematics and layouts. Proficient in using test equipment (Multimeter, oscilloscopes, etc) and soldering electronic components. Strong understanding of embedded software testing. Understanding of EMI/EMC. Excellent verbal and written communication skills. Strong analytical and problem-solving skills.

Electronics Engineer Job Summary: We are seeking a talented and detail-oriented Electronics Engineer specializing in Power Electronics, Circuit Design , and a comprehensive understanding of Electronic Components . The successful candidate will be responsible for designing, testing, and improving power electronic systems and circuits for a range of applications. This role requires strong problem-solving skills, a passion for innovation, and expertise in advanced circuit design techniques. Key Responsibilities: Design and develop power electronics circuits and systems for various applications. Perform simulation and modeling of electronic circuits to optimize performance. Analyze and select electronic components suitable for specific design requirements. Collaborate with cross-functional teams to develop prototypes and bring designs to production. Troubleshoot and resolve technical issues in circuit designs and power systems. Stay updated with the latest industry trends and standards in power electronics and circuit design. Prepare technical documentation, including design specifications and test reports. Qualifications: Bachelor's/Master's degree in Electronics Engineering or a related field. Minimum 3-5 years of experience in power electronics and circuit design. Proficiency in simulation tools such as LTSpice, PSpice, MATLAB, or equivalent. Hands-on experience with PCB design and layout software (e.g., Altium Designer, KiCAD). Strong understanding of electronic components, including passive and active devices. Knowledge of safety standards and regulatory requirements in power electronics. Excellent communication and teamwork skills. Role & responsibilities Preferred candidate profile Expertise in designing power electronic systems (e.g., AC-DC, DC-DC, DC-AC converters). Proficiency in circuit simulation tools such as LTSpice, PSpice, or MATLAB/Simulink. Hands-on experience with PCB design and layout using software like Altium Designer or KiCAD. In-depth knowledge of power semiconductors (e.g., MOSFETs, IGBTs) and passive components. Familiarity with thermal management techniques and heat dissipation in high-power circuits. Strong understanding of safety and compliance standards in power electronics (e.g., IEC, UL). Problem-solving experience in circuit debugging and failure root-cause analysis. Ability to optimize designs for cost, performance, and reliability. Good grasp of electromagnetic interference (EMI) mitigation techniques. Excellent documentation and communication skills for technical reporting and collaboration.