Morgate Student Innovation Showcase

Celebrating the Next Generation of Engineers, Innovators, and Technology Leaders

Exemplary Students We Partner With

At Morgate Services Community Innovation Hub, we believe innovation starts with empowering the next generation of engineers. Through our student innovation partnership program, we collaborate with talented university students to showcase cutting-edge engineering projects in FPGA design, ASIC development, semiconductor technologies, artificial intelligence, embedded systems, and hardware acceleration.

Our goal is to bridge the gap between academic excellence and real-world industry innovation by providing students with a platform to demonstrate their technical capabilities, creativity, and engineering leadership.

Industry Connection

Morgate connects student innovation with real-world opportunities across:

• Semiconductor companies

• AI technology companies

• Agriculture technology

• Automotive technology

• Aerospace

• Energy

• Healthcare technology

• Smart communitie

Where Future Silicon Innovators Share Their Work

The Morgate Student Innovation Showcase highlights exceptional engineering projects developed by students from leading universities and engineering programs.

Featured areas include:

FPGA Engineering

Showcasing student expertise in:

• FPGA architecture design

• Digital logic systems

• Hardware acceleration

• FPGA-based AI inference

• Signal processing

• High-performance computing

• Embedded FPGA applications

• Hardware verification and testing

Student Engineer Profile

Name: MJF Huberty
Engineering Discipline: Electronic Computer Engineering (ECE)

https://github.com/mhubert3

University / Program: Johns Hopkins University- JHU-WSE

Areas of Expertise:

• FPGA Design

• ASIC Development

• AI Hardware

• Embedded Systems

• Semiconductor Engineering

https://mhubert3.github.io/

Example Projects:

• AI inference accelerator implemented on FPGA

• Real-time image processing pipeline

• FPGA-based robotics controller

• High-speed data processing systems

• Custom hardware communication protocols