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I'm an embedded systems consultant with 20+ years of experience in low-level firmware, RTOS, and hardware interfacing (SPI, I2C, UART, CAN). I specialize in ARM Cortex-M (STM32), PIC, and bare-metal or RTOS-based development. My background includes motor control, sensor integration, bootloaders, and driver development. I’ve led full lifecycle projects—from board bring-up to production—and bring a consultative mindset shaped by running my own MSP business. I work well independently or in agile teams and am seeking 20–30 hours/week of remote embedded consulting work where I can quickly add value.
I have been a New Product Development Engineer for over 25 years in both hardware and firmware. I have been working intensively all of this time as an embedded developer as well as an FPGA programmer. I enjoy working on challenging new projects, and helping entrepreneurs meet their goals and expectations, to make their new product visions come true. In my free time, I enjoy riding my bicycle along the beach. Please visit for complete details: https://drive.google.com/file/d/1BlvDuUeg5oYGZQNpk6DCqFXFX3GMbT31/view?usp=sharing
I am a software engineer who specializes in embedded systems, with 11+ years of experience in the aerospace and defense industries. I have worked on levels from bare-metal up to UI. I have worked on both defense and commercial projects, large and small companies. I am familiar with all parts of the development lifecycle. I am self-motivated to do the research necessary to complete a task, and find better ways of doing things for the future. I love learning and trying new things. My goal is to keep advancing my career, staying technically focused and become more innovative.
I'm a professional engineer with 10 years of experience in embedded systems and sensors. My top skills are the C/C++ programming of real-time firmwares for microcontrollers, as well as embedded Linux. I can extract the information for datasheets to write low-level drivers. When it comes time to test, I use Python to automate the testing of hardware and software. Since I am also an electrical engineer, I can design, review and stamp electrical schematics.
I am writing to express my interest in a software development position at your company. I am a highly skilled and motivated software developer with a strong background in C# and Python, specializing in windows and mobile app, IoT architecture, and cloud-based infrastructure for electric vehicles (EVs). I currently serve as an HMI & Connectivity Engineer in the Research and Development department at MAKA Motors, a fast-growing electric vehicle startup in Indonesia. In my current role, I am responsible for designing, developing, testing, and deploying both software and hardware systems for EV instrument clusters and IoT based telemetry solutions.
At Techamana, we maintain the highest standards in developer selection. Our ARM experts undergo a comprehensive 4-step vetting process that evaluates technical skills, problem-solving abilities, communication skills, and team and culture fit. Only the top 5% of applicants pass our rigorous screening, ensuring you work with exceptional talent who can deliver outstanding results for your projects.
Rigorous coding challenges and problem-solving tests to evaluate ARM proficiency and best practices.
Thorough examination of past projects and contributions to open-source ARM repositories to assess real- world experience.
Video responses for open-ended questions to assess problem-solving ability, communication skills, and team and culture fitment.
When hiring an ARM developer, seek ARM Cortex architecture understanding, assembly language skills, and embedded C/C++ toolchain experience.
Candidates should optimize for power efficiency, manage I2C/SPI peripherals, and perform cross-compilation and debugging for target boards.
Industry insights and best practices
ARM (Advanced RISC Machine) architecture is a widely used RISC (Reduced Instruction Set Computer) architecture for processors. Modern ARM processors are used in a wide range of devices, from smartphones to servers.
ARM processors are widely used in mobile devices, such as smartphones and tablets.
ARM processors are used in embedded systems, such as automotive systems and industrial control systems.
ARM processors are used in IoT devices, such as smart home devices and wearable sensors.
ARM processors are increasingly used in servers, offering energy efficiency and performance.
Majority of our clients choose to continue working with our talent after their initial project
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