Embedded - Projects & Jobs

Check out Sample Remote Projects & Remote Jobs Posted in AiDOOS

Software Engineering Manager

Lead and manage teams of software engineers in EMEA, Americas, and APAC time zones.

Develop team members through coaching, mentoring, and leading by example.

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Linux System Engineer

Full-time, globally remote Embedded & Desktop Linux Systems Engineer role.

Design and implement Ubuntu integration for latest IoT/server hardware platforms and softw

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Ubuntu Security Engineer

Canonical seeks a security engineer to protect open-source community.

Full-time, remote job with global team collaboration and occasional travel.

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Software Security Engineer

Seeking security-focused software developer for Ecosystem Security Team.

This role involves working with open-source communities and projects while integrating nov

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Visual Media Annotation Expert

Seeking a Video Captioning AI Data Trainer for remote position.

Annotate video clips with focus, action, and camera movements.

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Rust Engineering Lead

Seeking Rust Engineering Leads for adopting Rust and rethinking foundations of Linux syste

Responsible for designing and implementing well-tested and documented software in Rust.

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VP of Financial Operations

Requires 5+ years experience in operations management and strong communication and leaders

Company values transparency, merit-based culture, and delivering exceptional service and r

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Compliance Specialist

Compliance Specialist for Monitor Liaison Office (MLO)

Perform compliance & assurance reviews on monitor requests

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HALTE Community & Chatbot

Development of “HALTE Community” on opensource “Discource” platform Building AI Bot bas

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AWS Hosting

Deploy new AI Workloads - Migrate existing AI workloads from Azure to AWS - Migration of M

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PeopleChain

1. Develop a solution for managing the functional history of people within an organization

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AI-driven real-estate platform

• Develop and implement AI-driven solutions to provide personalized insights for real esta

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AiDOOLOGY

AiDOOS Methodology, referred to as AiDOOLOGY, forms the bedrock of AiDOOS by outlining the systematic approach to platforming services and knowledge-based tasks. Brilliant minds spanning the globe collaborate, forming teams to provide enterprises with exceptional solutions, all within a straightforward, streamlined, secure, and dependable process.

Embedded Systems

Embedded systems refer to computer systems integrated into other devices and used for specific purposes. They may be simple with limited functionality or complex with multiple components, but they all allow for automation and control. Embedded systems commonly found in everyday life include smart appliances, vehicle systems, medical devices, and many other electronic gadgets.

Core technologies used in embedded systems:

  • Developers: Embedded systems development involves the use of programming languages such as C, C++, assembly language, and Python. Developers should be familiar with the underlying hardware and firmware.
  • Microprocessors: Embedded systems use microprocessors and microcontrollers, including ARM, Intel and Atmel controllers.
  • Operating systems: Embedded systems typically use lightweight operating systems like FreeRTOS, VxWorks, and ThreadX.

Becoming an expert in the Embedded Systems field:

Individuals interested in pursuing a career in embedded systems should have a degree in computer engineering or electronics engineering. They should also have strong knowledge in programming languages, hardware, and system architecture. Relevant certifications like Certified Embedded Systems Engineer (CESE) or Certified Professional in Embedded Systems (CPES) can add value to your profile.

Resources:

  • Online Courses: There are various online courses available for Embedded Systems development from websites such as Udemy, Coursera, Edx, and many more.
  • Books: Some popular books in this field include "Embedded Systems: Architecture, Programming and Design" by Raj Kamal, "Programming Embedded Systems: With C and GNU Development Tools" by Michael Barr, and "Exploring Arduino" by Jeremy Blum.
  • Community/Forums: There are various online forums like embedded.com, stackexchange.com, embitel.com where professionals with expertise in Embedded Systems can share their knowledge and experience.

Opportunities:

As the world becomes increasingly automated, the demand for embedded systems engineers is on the rise. Some common career opportunities in this field include Embedded Software Engineer, Hardware Engineer, Embedded Firmware Developer, Embedded Testing Engineer and many more.

Various aspects of the Embedded Systems field:

  • System design: Embedded systems design involves selecting the appropriate microcontroller, choosing the appropriate peripherals, writing and testing the firmware, and testing the integrated system.
  • Hardware development: This involves the design and development of the hardware that together with software forms the embedded system. It requires knowledge of electrical and electronic circuits and systems.
  • Software development: Developing the code that controls the hardware is a vital element in embedded system development.
  • Testing: Testing is a vital aspect of the embedded system development, as it involves verifying that the system works as specified and is debugged if there are errors.
  • Deployment and Integration: Deploying and integrating the embedded system in the target environment is the final step in the development process, ensuring that the system meets the requirements.