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Relevant Experience: 2-5 years
The position is responsible to carry out product design, tests and other related activities as allocated. Working as a member within the current hardware engineering team, who collectively execute all the necessary activities to design, improve and optimize customer projects and production - especially the reliability and robustness aspects.
Requirements:
- Graduate in Electronic Engineering or equivalent Minimum 3-5 years working experience in a similar industry Self-driven individual with hands-on skills.
- Experience of Embedded Electronic Digital, Analog, Power electronic design.
- Familiarity with ECAD tools for schematic capture, simulation, component selection, PCB design.
- Experience of design for EMI/EMC.
- Create manufacturing deliverables for prototypes and production.
- Application of Design for Manufacturability (DFM) and Design for Testability (DFT) techniques.
- Experience of debugging and fault finding in new and existing designs.
- Experience of failure analysis and design review.
- Experience with tools like Cadence or ORCad.
- Creation of RFQ package for EMS provider and qualification of offers.
- Experience of project/task planning.
- Knowledge of project management tools.
- Well versed with usage of test equipment like Multimeter, Oscilloscope and maintenance of laboratory equipment.
- Familiarity with EMI, EMC, Environmental, Mechanical standards and type tests.
Responsibilities:
- Design and implement embedded software applications for IoT devices using C programming language.
- Develop and maintain firmware for Raspberry Pi-based systems, ensuring optimal performance and compatibility with various IoT sensors and peripherals.
- Collaborate with hardware engineers to define and document system requirements and specifications.
- Conduct thorough testing and debugging of embedded software to identify and resolve any issues or bugs.
- Optimize code and improve system performance to enhance the overall user experience.
- Stay updated with the latest industry trends and technologies in embedded systems and IoT development.
- Work closely with the product management team to translate customer requirements into technical specifications.
- Provide technical support and guidance to the team during the development and deployment phases.
- Participate in code reviews and contribute to the continuous improvement of software development processes.
Qualifications:
- Bachelor's or Master's degree in Computer Science, Electrical Engineering, or a related field.
- Strong proficiency in C programming language with a solid understanding of embedded systems.
- Experience developing software for Raspberry Pi or similar single-board computers.
- Knowledge of IoT protocols and technologies such as MQTT, CoAP, TCP/IP, and wireless communication (Wi-Fi, Bluetooth, etc.).
- Familiarity with various sensors, actuators, and electronic components commonly used in IoT devices.
- Solid understanding of software development methodologies and version control systems (e.g., Git).
- Strong problem-solving skills and the ability to debug complex issues in embedded systems.
- Excellent communication and teamwork skills to collaborate effectively with cross-functional teams.
- Prior experience in developing IoT applications or working on IoT projects is a plus.
Requirement analysis
· Acquisition support (Technical analysis)
· Automotive ECU software development
· Diagnostic (UDS) function development
· Software testing
· Technical collaboration with internal/external development parties
• Experience in system design and building IoT systems in resource and power constrained environments
• Proficient in C language on embedded platforms and familiarity with hardware design of embedded system is a plus
• Development on Linux Platform/RTOS with an emphasis on embedded device driver development, multi-threading, and firmware debugging
• Experience with mesh network or sensor network and communication
• Good understanding of multiple IoT platform components is essential
• Solid working knowledge using IoT hardware platforms, communication boards, and gateways
• Hands-on in internet protocols and software development using protocols including LoRA, Wi-Fi, BLE, ZigBee, NB-IoT, M2M,6LoWPAN, Ethernet etc.
• Expert hands-on proficiency in developing applications using one or more technology stacks
• Strong hands-on understanding of scalability, security, high availability, and operational requirements
• Sound and proven decision-making skills to influence the technology choice and implementation methodologies
• Hands-on in object-oriented programming principles, design patterns, and software architecture
• Good with rapid problem solving, a strong technical background, and passion for continuous improvement
• Must have had hands on experience with Connected smart products having Product and Application software, data and Cloud
• Must have intimate knowledge of tools and processes used for Product(firmware) and/or Application software and/or Device hardware and/or Cloud
• Must be intimately familiar with Agile and Scrum, in the creation of dashboards for Sprints. An expectation would be to implement Scrum within the organization
• Must have strong familiarity with SMAC(social media, mobile, analytics and cloud) trends and application to saleable product categories
• Must have worked closely with Mechanical/Electrical/Electronics engineering teams in the development of smart/connected products.
Job Brief
We are looking for an analytical, results-driven Senior Hardware and Firmware Engineer who can create complex PCB layout while using the least space possible. The designs should allow for easy development and debugging for the firmware engineers while keeping customer requirements, cost constraints and space constraints in mind. Hardware debugging knowledge and soldering skills are essential for this role.
You would also be required to have a keen eye for developing firmware with a low memory footprint and low power consumption while being robust and resistant to errors. You are expected to achieve these goals using your in-depth understanding of the programming language, compilers, microcontroller architectures and debugging tools. You are expected to keep a look out for upcoming advancements in the industry which will help optimize the product.
Main Responsibilities
Your responsibilities will include:
- Would be asked to write efficient, modular and robust firmware which will interface with multiple components like MEMS sensors, battery chargers, secondary microcontrollers etc.
- Writing clean, readable, and modular code
- Would be deeply involved in the schematic design for a product which includes cost-benefit
- analysis of components, component evaluation by designing a proof of concept, suggestions
- in how the components should be connected etc.
- Collaborate with software engineers who would develop companion applications to the
- product
- Creating cost and space optimized layouts for 2/4-layer PCBs
- Collaborating with firmware engineers and supply chain personnel on deciding the
- components to be used on a PCB.
- Collaborate with firmware engineers in designing PCB schematics
- Debugging faulty PCBs using on a hardware level and collaborate with firmware engineers to debug on a firmware level.
- Understanding the manufacturing rules of PCB manufacturers and PCB assembly houses.
Key Requirements
- MSc or PhD in ECE, EEE, EIE or in related fields preferred with a strong technical knowledge and 3-4+ years of experience in designing PCB layouts and developing firmware.
- Ability to transform research articles into the working solutions to solve real-world problems.
- Should have a strong foundation in analog and digital electronics
- Should have designed 4-layer PCBs which has been manufactured
- Familiar with using KiCAD or Altium Designer
- Familiar with using components like MOSFETs, diodes, voltage regulators etc.
- Experience in designing PCBs involving BGA fanouts
- Proficient in using soldering equipment like soldering irons and hot air gun.
- Should have worked with an ARM Cortex M series device like STM32, nRF52 etc
- Familiar with basic data structures like linked lists, queues, trees etc.
- Should be able to compile and link source code with static libraries without using an IDE
- Basic knowledge of microcontrollers peripherals like UART, I2C, SPI, ADC etc.
- Excellent written and verbal communication skills for effectively communicating with the
- team and ability to presenting information to varied technical and non-technical audience.
Must be able to produce solutions independently in an organized manner and be able to - work in a team when required.
Preferred Skills (Not Mandatory)
-
Experience in antenna design
-
Worked with communications protocols like BLE/WiFi
-
Worked with equipment like logic analyzers, oscilloscopes etc
-
Experience in handling 3D printers
-
Familiar with Python
-
Worked with equipment like logic analyzers, oscilloscopes etc.
-
Worked on microcontrollers from Dialog Semiconductors, Nordic Semiconductors,
-
STMicroelectronics, Espressif etc.
-
Worked on projects involving DSP, AI/ML
Xfinito is building a portfolio in new product innovation, product contribution and infrastructure goals while providing individuals and teams the freedom to emphasize specific types of work.
Our work focuses on real –world problems that span the breadth of biomedical engineering, embedded systems, computer science, such as machine and deep learning, data mining, natural language processing, hardware and software performance analysis and much more.
JOB ROLE: EMBEDDED SYSTEMS ENGINEER
ROLES AND RESPONSIBILITIES:
- Work with multi-disciplinary engineering team and customer to identify and recommend hardware needs and requirements for project/product.
- Modify or assist in the development of software architecture and design for new products, prototype, or re-design, including sourcing build environments and writing technical support and control documentation.
- Read Block Diagrams and detail circuit schematics and layout of proposed or existing hardware and assess the software and driver requirements.
- Participates in cross-divisional Edge IoT projects and/or proposals.
- Develop, oversee, and document automated tests for electrical hardware design and products as well as final operating drivers and systems.
- Evaluate and investigate product failures, and recommend repair or design modifications based on specifications, cost, resources, and risks.
REQUIREMENTS:
- Ability to creatively approach challenges and cleverly solve difficult problems.
- Ability to independently identify daily design and customer support tasks, self-start and motivate.
- Ability to manage several projects and prioritize appropriately, with minimal supervision.
- Ability to work in a collaborative team environment as well as independently.
- Ability to learn and work in virtual environments (CAD & Hardware build packages) in-which candidate’s skills are low but persevere and overcome skill gaps autonomously.
- Some experience programming with embedded systems designs and multithreaded real-time operating systems is required.
- Solid programming experience. Preferably in C or C++, .NET, and Java programming languages.
EXPERIENCE:
We as a team are looking for freshers or young professionals with (0-4 years of experience) passion and eagerness to create scalable and optimized software systems and execute complete embedded software development lifecycle.
- Experience of a hardware life cycle, ie architecture, design, production+testing to field deployment of at least one hardware product.
- Understanding and working experience of C language with data structures.
- Ability to read the hardware/ functional/ register specs.
- Very good in debugging skills (using dumps, traces, and debuggers).
- Well, verse with Linux operating system (i. e. build environment, Make files, configuration management, shell scripting).
- Experience with PCB level design, and ability to design or review schematics and layouts
- Experience in any wireless networking chipset.
- Automotive/Industrial electronic systems design/validation
- Familiarity with operating system concepts like memory management, process scheduling, synchronization methods.
- Hands-on experience with any real-time operating system.
- Basic understanding of analog (ADCs, sensors, etc) and digital circuits.
- Prior experience in IoT startups.
Hands on experience in developing low level software for microcontroller based environments with ARM/Cortex processors or similar.
must do a Project:Linux Device Drivers
Experience in all aspects of designing and developing SW in C/C++ language for embedded platforms.
Advance level knowledge of modern microprocessor architecture – MMU, Caches, Exceptions, interrupts, instruction sets etc.
Experience in working with multiple common h/w interfaces like USB, Ethernet, PCIe, DDR controller, DMAC etc.
Device driver or stack development in at least one major Operating system for at least one complex interface.
Experience in SW protocol stacks like USB, TCP/IP, File system etc.
Experience in Board Bring up, Device drivers, Firmware, Boot Loaders, Tool chains & Build systems.
Understand project requirements, customer use cases & specifications for features and convert them to standout software. Initiate and drive Test strategies and Test plan design for software.
Key Skills
Linux Device Driver , DSP knowledge preferred
Required Experience and Qualifications
B.Tech/B.E



