Embedded Systems Developer Intern

Job Description: Q-Block Computing is seeking a motivated Embedded Systems Developer Intern to join our innovative team in Canada. This position offers an exceptional opportunity to contribute to the development of cutting‑edge quantum technologies in sensing, communication, and computation while gaining hands‑on experience in embedded electronics and IoT development. The successful candidate will work alongside our engineering team to develop hardware and firmware solutions that support our quantum computing research initiatives.

Job summary: As an Embedded Systems Developer Intern, you will collaborate with cross‑functional teams to design, implement, and test embedded electronic systems. Your work will include developing microcontroller‑based solutions, FPGA programming, and IoT device development that directly supports our quantum technology research. This role provides excellent exposure to both theoretical concepts and practical implementation in a cutting‑edge research environment.

• Design and develop embedded firmware for microcontroller‑based systems supporting quantum research applications
• Work with FPGA platforms to implement digital signal processing and control systems
• Contribute to IoT device development including sensor integration and wireless communication protocols
• Assist in PCB design and prototyping for embedded electronic systems
• Collaborate with research teams to integrate embedded solutions with quantum hardware
• Participate in system testing, debugging, and optimization of embedded applications
• Document design processes, code, and testing procedures following best practices
• Support laboratory setup and maintenance of embedded testing equipment
• Contribute to technical reports and presentations of project progress

• Currently enrolled in Electrical Engineering, Computer Engineering, Electronics Engineering, or related program
• Minimum completion of 2nd year coursework (60+ credit hours)
• Academic coursework or project experience with embedded electronics and microcontrollers

• Hands‑on experience with microcontroller programming (Arduino, STM
  32, PIC, or similar platforms)
• Basic understanding of FPGA development and digital logic design
• Knowledge of embedded programming languages (C/C++, Assembly)
• Familiarity with communication protocols (SPI, I2C, UART, CAN)
• Experience with circuit analysis and basic PCB design principles
• Understanding of IoT concepts and wireless communication protocols

• Experience with development environments (Keil, IAR, Arduino IDE, Xilinx/Intel FPGA tools)
• Knowledge of real‑time operating systems (RTOS)
• Familiarity with version control systems (Git)
• Experience with laboratory instruments (oscilloscopes, logic analyzers, multimeters)
• Previous co‑op or internship experience in electronics/embedded systems

• Strong analytical and problem‑solving abilities
• Attention to detail and commitment to quality in all technical work
• Effective communication skills for team collaboration and technical documentation
• Ability to learn quickly and adapt in a fast‑paced R&D environment
• Self‑motivated with capability to work independently while knowing when to seek guidance

• Competitive hourly compensation within stated range based on academic level and experience
• Mentorship from experienced engineers and quantum researchers
• Exposure to cutting‑edge quantum technology research and development
• Professional development opportunities and potential for return offers
• Flexible work arrangements to accommodate academic schedule

• Resume highlighting relevant coursework, projects, and technical skills
• Cover letter addressing interest in embedded systems and quantum technology
• Academic transcript (unofficial acceptable for initial application)
• Portfolio of relevant projects (Git Hub links, project reports, or technical demonstrations welcomed)

• Duration: 4-8 months (flexible based on academic program requirements)
• Start dates:
  September 2025, January & May 2026
• Hours:
  
  35‑40 hours per week
• Supervision:
  Direct mentorship from senior engineers with regular feedback and performance reviews
• Learning…