Pareto Tree is a defence technology company working closely with Indian defence forces to build outcome driven technologies to improve the health and safety of our HEROs.
Our flagship product is the HERO Search V1 which is a Personal Alert Safety System for firefighters and damage control personnel in naval forces. HERO Search V1 is a life saving device for urban firefighters, industrial workers and search & rescue operations. Our products are reliable, affordable and designed with a core focus on user experience. Our team is driven to develop products that will change the way defence forces, fire services and industrial workers manage health & safety. We are dedicated to the personal and professional growth of all our team members and strive to create a positive and creative work environment.
In this role, you will be responsible for instrument system development projects and provide expertise on hardware design, development, verification, validation, manufacturability, product testing, and production ramp-up. This will include providing input into the development of design concepts to meet system requirements according to government regulations.
Design ownership and oversee the engineering life cycle of hardware including architecture, design, implementation, testing, and maintenance
Initial hardware prototyping, sensor interfacing, and board bring up
Using soldering stations, hot-air guns, and infrared ovens for PCBA
Development of systems and printed circuit boards
PCB layout and schematic generation - digital, analog, and mixed-signal designs
Perform, oversee and document hardware verification testing
Perform electrical design calculations
Develop System Firmware spanning micro circuitry running on 32-bit microcontrollers, to enterprise-level high-end computing devices taking Reliability, Availability, and Serviceability into account
Defining and implementing high-performance firmware by demonstrating a strong understanding of Embedded Hardware Design
Develop an environment of continuous improvement across the product line
Define, design, implement and test software applications using a variety of technologies, including, but not limited to C/C++, Python, Git, and other scripting languages
Define test plans and test data to identify and reproduce defects, find root causes of malfunctioning code blocks and implement fixes with assistance from Hardware/Test Engineers
Project scheduling/estimation
Defining project performance requirements
Defining specifications, generating documentation, and iterating designs based on feedback from partners
Managing day-to-day experimental planning, data analysis, and prioritization of project-based activities
Working with our testing partners to design and execute testing validation
Bachelor's or Master's Degree in Electronics Engineering or Electrical Engineering or equivalent field
1-2 years of experience as an Electronics or Embedded Engineer in the Product/IoT industry
Solid experience with Motion sensors like IMU, Acceleros, and Gyroscopes
Prior experience in the design and development of consumer/medical/defense technologies
Familiar working with Li-Ion rechargeable battery-based devices
Experience with the following:
Printed Circuit Board schematic capture, layout, and routing including high-density and high-speed routing
Experience using tools like Altium, KiCAD
Experience working with ARM-based processors (i.e. Cortex-M, Cortex-A) from ST, TI, NXP, Nordic, etc.
Volatile and non-volatile external memory (i.e. DDR3, eMMC, NOR/NAND Flash)
Micro-controller and peripheral circuit design experience
Wifi/BLE/NFC/Cellular modular implementation and debugging experience
Experience designing DC/DC buck/boost converters for low-power devices
Troubleshooting embedded systems and debugging tools using DSOs, Bench supplies, and Electrical meters.
Writing test cases, generating and documenting test reports
Using C or other programming languages for low-level hardware brings up
Using ST-CubeIDE, VSCode, C-based firmware development environments
Knowledge of firmware debugging, device drivers, and unit testing
Familiarity with data structures, algorithms, and design patterns common to embedded (resource-constrained) systems development
Electronics debugging and diagnostics skills, particularly at the interface of embedded software and electronics
Adequate knowledge of reading schematics and data sheets for components
EMC/EMI shielding mitigation techniques and troubleshooting
Design simulation and modeling tools like PSPICE and LTSPICE etc.
Signal Processing and Conditioning circuits like Filters, Amplifiers, etc.
Excellence in project management, organization and problem solving
Ability to interact with electrical, mechanical, and software engineers and work in a fast-paced, multi-disciplinary environment
Demonstrated ability to lead and drive results in a timely manner