About the role
About Pulsenics
Pulsenics is catalyzing novel breakthroughs for electrochemical technologies that decarbonize our planet. Pulsenics’ innovation is the first to apply advanced spectroscopy techniques to industrial electrochemical applications, at scale, to target the industry’s energy waste problem. Our mission is to change how the industry, making up 15% of the world’s GDP, uses its energy.
“Pulsenics” means “Pulse Generation.”
True to its name, our proprietary hardware injects non-disruptive electrical pulses into an electrochemical system to extract a unique signature for its State-of-Health. When combined with our Data Management Software, this untapped data unlocks fundamental insights that lead to the most energy efficient operations, at scale.
Pulsenics hardware and software is currently being used by customers around the world to improve electrochemical system design and performance. Pulsenics’ customers run diverse electrochemical systems ranging from fuel cells and batteries to wastewater treatment and metallurgy.
At Pulsenics, you will have the opportunity to have a direct impact on the development of our next generation hardware and software products, alongside our world-class team of innovators and engineers!
Responsibilities:
- Develop an in-depth understanding of the Pulsenics devices firmware and how various module
- s work.Develop firmware in C for an Arm Cortex microcontroller for monitoring, control and safety fun
- ctions.Develop and integrate device drivers and application program interfaces on Linux to support high resolution signal processing m
- odules.Document the design and implementation details of new functions and product fe
- atures.Write test plans, unit tests, and integration tests from requir
- ements.Work closely with a cross-functional engineering team (electrical, mechanical, manufacturing, and software teams) to refine and support delivered firmware.
Requirements:
- 3+ years of experience in firmware development for STM32 or similar ARM-based microcontrollers.
- Proficient in C++ or Bare Metal C programming in embedded systems contexts or experience in VHDL/Verilog programming languages.
- Hands-on experience in developing and debugging firmware on target hardware.
- Proven ability to design and develop robust, time-critical firmware architectures for power electronics and control systems.
- Experienced with RTOS and Linux environments in embedded systems development.
- Strong understanding of underlying electronics, enabling effective firmware development and debugging.
- Familiar with data structures, algorithms, and design patterns commonly used in resource-constrained embedded systems.
- Advanced skills in reading schematics and interpreting component datasheets.
- In-depth knowledge of wired communication protocols such as SPI, I2C, UART, and others.
- Proficient in low-level hardware debugging with tools like oscilloscopes, DMMs, logic analyzers, and signal generators.
- Experience working with TI C2000, STM32, and FPGA-based systems is an asset.
- Familiar with PCB design and microelectronic device datasheets.
- Skilled in version control and code development practices, including Git, SVN, pull requests, and code reviews.
- Knowledgeable in industrial communication standards such as Modbus, CANbus/J1939, LIN bus, and Ethernet/IP is a plus.
- BSc, MSc, or PhD in Computer Science, Mathematics, Engineering, or a related field.
About the role
About Pulsenics
Pulsenics is catalyzing novel breakthroughs for electrochemical technologies that decarbonize our planet. Pulsenics’ innovation is the first to apply advanced spectroscopy techniques to industrial electrochemical applications, at scale, to target the industry’s energy waste problem. Our mission is to change how the industry, making up 15% of the world’s GDP, uses its energy.
“Pulsenics” means “Pulse Generation.”
True to its name, our proprietary hardware injects non-disruptive electrical pulses into an electrochemical system to extract a unique signature for its State-of-Health. When combined with our Data Management Software, this untapped data unlocks fundamental insights that lead to the most energy efficient operations, at scale.
Pulsenics hardware and software is currently being used by customers around the world to improve electrochemical system design and performance. Pulsenics’ customers run diverse electrochemical systems ranging from fuel cells and batteries to wastewater treatment and metallurgy.
At Pulsenics, you will have the opportunity to have a direct impact on the development of our next generation hardware and software products, alongside our world-class team of innovators and engineers!
Responsibilities:
- Develop an in-depth understanding of the Pulsenics devices firmware and how various module
- s work.Develop firmware in C for an Arm Cortex microcontroller for monitoring, control and safety fun
- ctions.Develop and integrate device drivers and application program interfaces on Linux to support high resolution signal processing m
- odules.Document the design and implementation details of new functions and product fe
- atures.Write test plans, unit tests, and integration tests from requir
- ements.Work closely with a cross-functional engineering team (electrical, mechanical, manufacturing, and software teams) to refine and support delivered firmware.
Requirements:
- 3+ years of experience in firmware development for STM32 or similar ARM-based microcontrollers.
- Proficient in C++ or Bare Metal C programming in embedded systems contexts or experience in VHDL/Verilog programming languages.
- Hands-on experience in developing and debugging firmware on target hardware.
- Proven ability to design and develop robust, time-critical firmware architectures for power electronics and control systems.
- Experienced with RTOS and Linux environments in embedded systems development.
- Strong understanding of underlying electronics, enabling effective firmware development and debugging.
- Familiar with data structures, algorithms, and design patterns commonly used in resource-constrained embedded systems.
- Advanced skills in reading schematics and interpreting component datasheets.
- In-depth knowledge of wired communication protocols such as SPI, I2C, UART, and others.
- Proficient in low-level hardware debugging with tools like oscilloscopes, DMMs, logic analyzers, and signal generators.
- Experience working with TI C2000, STM32, and FPGA-based systems is an asset.
- Familiar with PCB design and microelectronic device datasheets.
- Skilled in version control and code development practices, including Git, SVN, pull requests, and code reviews.
- Knowledgeable in industrial communication standards such as Modbus, CANbus/J1939, LIN bus, and Ethernet/IP is a plus.
- BSc, MSc, or PhD in Computer Science, Mathematics, Engineering, or a related field.