innoWerft
innoWerft
11 – 50 Employees
B2BConsultingEducation
innoWerft is a Walldorf-based investor and accelerator supporting early-stage B2B high-tech startups. Its work combines convertible financing, co-investment, accelerator programs, workshops, and introductions to investors and enterprise customers. The team works closely with founders on fundraising, sales, product-market fit, and customer acquisition, including through AI-focused initiatives and the Up2B consortium. This blend of consulting, education, and investment support makes innoWerft a hands-on partner for startups building and scaling technology businesses.

Remote Firmware Engineer for Robotic Hand Orthoses

Develop embedded firmware for robotic hand orthoses, from motor and sensor control to system integration and safety verification. Help create reliable wearable robotics that support restored function and independence.

Description

  • Create, test, and maintain embedded firmware for robotic hand orthoses
  • Build control logic for motors, sensors, buttons, and communication interfaces
  • Diagnose hardware-software interactions and resolve real-world system issues
  • Integrate embedded software with electronic, mechanical, and higher-level software systems
  • Improve firmware reliability, responsiveness, safety, and power efficiency
  • Develop software testing and verification processes for device safety
  • Record firmware architecture, interfaces, and key development decisions
  • Work with cross-functional colleagues to test and improve product performance
  • Own embedded software development for wearable robotic systems
  • Contribute to low-level device control, system integration, and testing

Requirements

  • Master’s degree or higher in Electronics, Mechatronics, Mechanical Engineering, Robotics Engineering, or Computer Engineering with an embedded firmware focus
  • Practical experience developing embedded firmware and integrating hardware with software
  • Strong C or C++ programming ability
  • Experience with microcontrollers and real-time or near-real-time systems
  • Familiarity with interfaces including UART, I2C, SPI, ADC, PWM, CAN, or BLE
  • Methodical, pragmatic approach with strong problem-solving skills
  • Ability to work effectively in a changing environment with shifting priorities
  • Motivation to learn and take on unfamiliar challenges
  • CV and a short explanation of your suitability for the role

Benefits

  • Work in a flat structure where your ideas and contributions are valued
  • See the direct effect of your work on people’s lives within the first year
  • Have meaningful ownership and influence over the product
  • Benefit from flexible processes, open communication, and opportunities to grow with the company

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