Portfolio Tech Stack: Tools

Categories

MediPractice

MediPractice-cover
MEDIPRACTICE

Tasks and Challenges:

MediPractice is an Interactive Training System for Medical Interns.

Tackling the complexities of creating a realistic 3D medical training platform that delivers a hands-on learning experience.

Ensuring seamless integration of 3D simulations into the learning modules, with a focus on user engagement and interactivity.

Technical Backbone:

Built on the robust Unity engine for 3D visualization, with iBoxDB databases for secure data management. Compiled for Windows environments, ensuring wide accessibility and stable operation.

Results:

The “MediPractice” project is an innovative 3D educational platform designed for training medical professionals.

The platform provides realistic simulations of clinical procedures, utilizing the advanced Unity technology to create detailed three-dimensional models and interactive scenarios.

This allows healthcare workers and students to refine their practical skills in a safe virtual environment, improving diagnosis, treatment, and patient interaction.

Innovative Use of Technology:

Comprehensive Use of Technologies: This project showcases how modern technologies can be used to address specific professional tasks in medicine, elevating the quality and accessibility of medical education to a new level.

Development Benefits:

Improved Interactivity: Integrating with mannequins will allow students to directly apply their virtual skills in practice, significantly improving the learning process and retention.

Expanding Educational Opportunities: Connecting to specialized training mannequins opens new possibilities for simulation training, allowing for the rehearsal of complex medical procedures in a safe and controlled environment.

Features:

Unity and Real Models: We used the Unity engine to create realistic 3D models of medical equipment and human anatomy. All models are equipped with accurate colliders to ensure precise medical procedures in a virtual environment.

Categories

GrainGain Transport

gtrack

DEVELOPMENT OVERVIEW:

GrainGain Transport aimed to revolutionize agricultural logistics by integrating an advanced digital platform that connects farmers, traders, and carriers.

Despite its innovative approach, the project was only partially completed before being suspended.

CLIENT GOAL:

The client sought to create a more efficient, secure, and scalable logistics system for the agricultural industry.

They needed a platform that could reduce transportation costs, enhance transparency, and streamline operations between all parties involved.

gtrack
ALTRK Transportation

CHALLENGES AND SOLUTIONS:

  • Market Adaptation: Introducing a new technology into the traditional agriculture sector was challenging. The project focused on educating the market and adapting the product to better fit the unique needs of this sector.
  • User Engagement: Increasing user engagement through an intuitive interface and by providing real-time tracking and secure payment systems.
  • Security and Scalability: Building the platform on a robust cloud infrastructure with advanced encryption to protect data and ensure reliability.

TECHNICAL BACKBONE:

  • Microservice Architecture: Developed to ensure flexibility and scalability.
  • Real-Time Tracking and Secure Payment Systems: Integrated to enhance functionality and user trust.
  • Custom Authorization Providers: Including Apple and Google for enhanced security and flexibility.

Results:

  • Partial Completion: Approximately 30% of the project was completed before it was suspended.
  • Operational Cost Reduction: Initial designs indicated potential for up to 70% savings in operational and time expenditures.
  • Process Automation: Planned automation was set to streamline operations across different departments, enhancing overall efficiency.
  • Innovative Approach: The development highlighted the importance of flexibility and market readiness in technology adoption, setting the stage for future advancements in agricultural logistics.
gtrack mobile