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Hi, I am David

David Anthony Parham

Software Engineer at LEGO

I consider myself a selective perfectionist and an avid lifelong learner who actively pursues and embraces new challenges to broaden my knowledge and refine my skills to the fullest extent possible, often with a playful approach. My lasting fascination with artificial intelligence, its profound impact on societal issues, and its potential for societal benefit runs deep—and likely always will. Therefore, I aim to contribute to a brighter future by sharing my insights with the computer vision & deep learning community.

Computer Vision
Deep Learning
Programming
OpenCV
PyTorch
Python

Skills

Experiences

1
LEGO Group

Aug 2024 - Present

Copenhagen, Denmark

The LEGO Group is a Danish toy company renowned for its iconic interlocking plastic bricks, fostering creativity and learning through play.

Software Engineer

Aug 2024 - Present

Responsibilities:
  • Develop digital modules for recognizing and sorting LEGO bricks using imaging sensors.
  • Ensure modules are robust, secure, and scalable for industrial applications.
  • Explore new technologies and methods, building prototypes with the product team.
  • Collaborate with other engineers to drive mechanical and digital innovation.

Alexandra Institute

March 2023 - July 2024

Copenhagen, Denmark

The Alexandra Institute is a Danish non-profit R&D organization that transfers the latest IT research to businesses and the public sector, creating advanced and secure digital solutions.

Visual Computing Engineer

March 2023 - July 2024

Responsibilities:
  • Translating academic insights into industry applications.
  • Designing and deploying customized solutions.
  • Utilizing a blend of traditional computer vision techniques and advanced deep learning methods.
  • Overseeing projects involving 2D and 3D data.
  • Ensuring the integration of state-of-the-art technologies to meet project goals effectively.
2

Education

Msc.Eng. in Autonomous Systems
Description:
The study program in autonomous systems emphasizes designing and deploying intelligent systems that operate autonomously. It covers robotics, artificial intelligence, sensor networks, and ensures safety and reliability, preparing students for careers in autonomous vehicles, industrial automation, and related fields.
Thesis:
My master’s thesis focused on advancing autonomous outdoor navigation using innovative data-driven methodologies. By leveraging technologies like Lightweight OpenPose and ST-GCN, we achieved real-time analysis of video streams. Our work included successful implementation and testing, demonstrating feasibility in real-world scenarios. Additionally, we enhanced our system with gaze estimation and proximity measurement algorithms to improve robots’ situational awareness and decision-making capabilities.
B.Eng. in Internet of Things
Description:
The study program in Internet of Things (IoT) focuses on developing skills to design and implement interconnected systems that leverage sensors, actuators, and communication technologies. It covers IoT architecture, data analytics, security considerations, and prepares students for careers in smart devices, infrastructure management, and innovative IoT applications.
Thesis:
In this scientific research project, I utilized advanced techniques, including Generative Adversarial Networks (GAN), to create realistic synthetic images. This approach aimed to supplement a limited training dataset by generating additional data points, enhancing the reliability of subsequent models while maintaining high classification accuracy.

Projects