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Electrical Designer for Alvia Systems Inc

Open

Alvia Systems Inc.

Montreal, Quebec, Canada

Tarek El Dick

VP Solutions

(10)

Preferred learners

Canada
Academic experience

Skills

effective communication printed circuit board design electronic engineering communications protocols research design comparative analysis electronic systems printed circuit board

Project scope

What is the main goal for this project?: This project aims for students to research, design, and develop an integrated quadcopter system, encompassing both the drone and its remote controller. The objective is to apply electronics engineering principles to create a reliable quadcopter platform that demonstrates effective communication and EMI mitigation. By the end of the project, students will have learned critical aspects of PCB design, EMI mitigation techniques, and communication protocols, showcasing their ability to overcome challenges related to electronic systems interference.
What tasks will learners need to complete to achieve the project goal?: Electronics Engineering Foundation
Objective: To understand the foundational electronics engineering principles required for quadcopter system development.
Deliverable: A report on the principles of electronics engineering relevant to the project.
Filename for Deliverable: Electronics_Engineering_Foundations_DD_MM_YYYY.
PCB Design and Development
Objective: To design PCBs for the quadcopter's flight controller and remote controller using appropriate software and techniques.
Deliverable: PCB designs, schematics, and layout files.
Filename for Deliverable: PCB_Designs_DD_MM_YYYY.
EMI Mitigation Strategies
Objective: To understand and apply EMI mitigation techniques to ensure the reliability of the quadcopter's electronics.
Deliverable: An EMI mitigation strategy report including testing and compliance documentation.
Filename for Deliverable: EMI_Mitigation_Strategies_DD_MM_YYYY.
Communication Protocol Analysis
Objective: To study and select appropriate communication protocols for drone-to-controller communication.
Deliverable: A comparative analysis of potential communication protocols and final implementation documentation.
Filename for Deliverable: Communication_Protocol_Analysis_DD_MM_YYYY.
What is the main goal for this project?: This project aims for students to research, design, and develop an integrated quadcopter system, encompassing both the drone and its remote controller. The objective is to apply electronics engineering principles to create a reliable quadcopter platform that demonstrates effective communication and EMI mitigation. By the end of the project, students will have learned critical aspects of PCB design, EMI mitigation techniques, and communication protocols, showcasing their ability to overcome challenges related to electronic systems interference.
What tasks will learners need to complete to achieve the project goal?: Electronics Engineering Foundation
Objective: To understand the foundational electronics engineering principles required for quadcopter system development.
Deliverable: A report on the principles of electronics engineering relevant to the project.
Filename for Deliverable: Electronics_Engineering_Foundations_DD_MM_YYYY.
PCB Design and Development
Objective: To design PCBs for the quadcopter's flight controller and remote controller using appropriate software and techniques.
Deliverable: PCB designs, schematics, and layout files.
Filename for Deliverable: PCB_Designs_DD_MM_YYYY.
EMI Mitigation Strategies
Objective: To understand and apply EMI mitigation techniques to ensure the reliability of the quadcopter's electronics.
Deliverable: An EMI mitigation strategy report including testing and compliance documentation.
Filename for Deliverable: EMI_Mitigation_Strategies_DD_MM_YYYY.
Communication Protocol Analysis
Objective: To study and select appropriate communication protocols for drone-to-controller communication.
Deliverable: A comparative analysis of potential communication protocols and final implementation documentation.
Filename for Deliverable: Communication_Protocol_Analysis_DD_MM_YYYY.
How will you support learners in completing the project?: Support will be provided through expert mentorship in electronics engineering, and communication protocol resources. Students will also benefit from research skill development workshops, problem-solving sessions, teamwork and collaboration activities, and detailed feedback to refine their attention to technical details.

Supported causes

Climate action

About the company

https://www.alviasystems.com/
2 - 10 employees
Environment, Science, Technology

Alvia Systems is a climate mitigation company dedicated to enhancing climate risk transparency and enabling site-level resilience to natural disasters. We specialize in utilizing advanced drone technology and ML-driven analysis to provide precise, comprehensive climate risk assessments for properties, aiding in informed decision-making and proactive disaster preparedness.