Internship - Hardware Engineer

Jookebox is hiring for the role of Intern - Hardware Engineer!

About Us: 

Jookebox is a leading music technology company in the B2B space that specializes in providing innovative solutions for businesses in the Horeca and retail industry. We understand the power of music in creating memorable experiences and driving customer engagement. With our cutting-edge technology and curated music library, we offer businesses a comprehensive and customisable music platform that enhances their brand identity, atmosphere, and customer satisfaction.

Job Description: 

Are you a passionate and driven engineering student eager to gain hands-on experience in the field of hardware design and development? Join our dynamic team as a Hardware Engineer Intern and work on cutting-edge projects that will challenge and enhance your skills.

Responsibilities of the Intern:

• Hardware Design
• Prototyping
• Testing and Validation
• Documentation
• Learning and Development
• Collaboration
• Should be able to go to client locations for Installation

Requirements:

• Currently pursuing a degree in Electrical Engineering, Computer Engineering, or a related field
• Basic understanding of digital and analogue electronics principles
• Familiarity with schematic capture and PCB design software is a plus
• Strong problem-solving skills and attention to detail
• Good communication and teamwork abilities
• Eagerness to learn and adapt in a fast-paced environment
• Previous project experience or coursework related to hardware design is advantageous

Internship Task for Hardware Engineer: Raspberry Pi LED Control Task

• Description: Create a circuit diagram using a Raspberry Pi to control an LED. This task will help you practice diagramming skills and understand basic hardware interfacing with a Raspberry Pi.
• Requirements:
  • Raspberry Pi (any model with GPIO pins)
  • LED (any colour)
  • Resistor (220 ohms)
  • Jumper wires
• Instructions:
  • Plan the Circuit:
    • Determine the GPIO pin you will use to control the LED (e.g., GPIO 17).
    • Decide where to place the LED and resistor on the breadboard.
  • Create the Circuit Diagram:
    • Use diagramming software like Fritzing, KiCad, or any other tool of your choice.
    • Draw the Raspberry Pi with GPIO pins, an LED, a resistor, and jumper wires.
    • Clearly label each component, including the GPIO pin number and resistor value.
    • Draw connections between the components, ensuring accuracy in the layout.

Annotate the Diagram:

1. Add annotations or notes to explain the purpose of each component and connection.
2. Include any relevant measurements, such as resistor values or LED specifications.

Submission: Submit the final circuit diagram in a digital format (PDF, PNG, or any common image format) along with a brief explanation.