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Building an Autonomous System for Low-Speed Delivery Vehicles

Ouvert Ouvert le mars 3, 2025
Contact principal
Telebotics
Telebotics
Canada
Omid Sadeghi
Omid Sadeghi
Il
CEO
(16)
6
Portails
(1)
Voir tout
Projet
Parcours académique
80 heures de travail au total
Apprenant.e
Canada
Niveau Intermédiaire

Portée du projet

Catégories
Robotique Gestion de projets d'ingénierie Conception de produits matériels
Compétences
autonomous system operational efficiency actuators engineering design process sensors scalability systems architecture systems design remote operation cost benefit analysis
Détails

The project aims to develop an autonomous solution for low-speed vehicles (LSVs) used in last-mile delivery, focusing on cost-effectiveness and enhanced functionality. The primary goal is to integrate advanced safety systems and remote operation capabilities into these vehicles. By addressing key safety and operational challenges, the project seeks to improve the efficiency of LSVs in urban and suburban environments. Learners will apply their knowledge of autonomous systems, sensor integration, and remote control technologies to create a scalable solution. The project encourages innovation in vehicle automation, ensuring that the developed system is both practical and adaptable to various delivery scenarios.

Livrables

Students will work collaboratively to complete the following tasks and deliverables:


1-Safety Research and Analysis Report

  • Conduct research on safety challenges for low-speed vehicles in urban settings.
  • Deliver a report identifying key risks and proposing sensor placements for safe operation.

2-System Design Documentation

  • Define technical requirements for an autonomous solution, focusing on remote operation and safety systems.
  • Provide a detailed system architecture diagram integrating hardware and software components.

3-Simulation and Testing Plan

  • Develop scenarios for testing the solution, focusing on safety, navigation, and operational efficiency.
  • Document the methodology for future simulation and evaluation.

4-Prototype Blueprint

  • Create a detailed design blueprint for a functional autonomous prototype.
  • Specify components, including sensors, actuators, and remote operation tools.

5-Cost Analysis and Recommendations

  • Conduct a cost-benefit analysis of various configurations for sensors and systems.
  • Deliver a report with recommendations for the most cost-effective solutions.

6-Final Project Report and Presentation

  • Compile all research, designs, and analyses into a comprehensive report.
  • Prepare a concise presentation summarizing key findings, deliverables, and next steps for stakeholders.


Mentorat
Expertise et connaissances du domaine

Fournir des connaissances spécialisées et approfondies et l'industrie générale des idées pour une compréhension globale.

Compétences Connaissances et expertise

Partager des connaissances sur des compétences techniques spécifiques, des techniques, méthodologies requises pour le projet.

Assistance pratique

Implication directe dans les tâches du projet, en offrant des conseils et démonstration de techniques.

Outils et/ou ressources

Donner accès aux outils, logiciels et ressources nécessaires pour la réalisation du projet.

Réunions régulières

Enregistrements programmés pour discuter des progrès, relever les défis et fournir des commentaires.

Causes prises en charge

Les défis mondiaux auxquels ce projet s'attaque, en accord avec les objectifs de développement durable (ODD) des Nations unies. En savoir plus sur les 17 ODD ici.

Industry, innovation and infrastructure

À propos de l'Compagnie

Compagnie
https://telebotics.io
Canada
2 - 10 employé.es
Transport, trucking & railroad, Automotive, Technology
Représentation
2slgbtqia+-owned

At Telebotics, we're on a mission to transform urban logistics through autonomous technology that addresses the industry's most pressing challenges.

THE PROBLEM
The final mile of delivery represents over 50% of total logistics costs, while driver shortages and urban congestion continue to worsen. Meanwhile, emissions regulations are pushing companies toward sustainable solutions.

OUR SOLUTION
We equip existing electric vehicles with modular autonomy kits that scale from remote assistance to full autonomy, enabling businesses to adapt at their own pace while dramatically reducing delivery costs and environmental impact.

OUR VISION
A future where autonomous delivery vehicles seamlessly navigate urban environments, making cities more livable, commerce more efficient, and transportation more sustainable.