The project aims to streamline and integrate Hinchman Racing Suits ordering, inventory control, and invoicing processes. Hinchman has been making racing suits since the 1920s and today outfits Indy 500 drivers and sells replica suits. The existing technology of the Hinchman ordering process starts with their generic website to display the racing suits. Once the customer has made their suit ordering decision, the customer must call Hinchman and manually place their order.

Hinchman Indy, a historic name in motorsports based in Indianapolis, has been producing racing suits for customers for many decades. Although this product that Hinchman takes pride in is of high-quality standards and has achieved high customer satisfaction, it has been proven that it does not represent a sufficient revenue stream for Hinchman.

The purpose of this project, as a team, is to develop and enhance the process of insulin pen self-injection for diabetic users. PharmSafe plans to simplify, standardize, and structurally upgrade existing insulin pens.

The DER Optimization Program is sponsored by Eaton and is a software interface that optimizes user specified power systems and identifies the optimal configuration of PV panels and Wind Turbines for the provided site data. The interactive GUI takes the location, load demand, and multiple PV and Wind Turbine configurations and uses a MILP optimization function to output the optimal DER type, quantity, and power distribution in correspondence with two weighted objectives that the user can specify for a higher renewable presence or lower cost.

Our project aims to demonstrate the viability of integrating a 5-finger robotic end-effector on assembly lines, working harmoniously alongside human operators. While Eaton employs a variety of robotic arms in their current assembly operations, these do not include 5-finger end-effectors collaborating directly with humans. This robotic solution is intended not only to match the efficiency of human labor but also execute these tasks quicker, safer, and for extended durations.

Universities in Indiana will compete in an artificial intelligence maritime maneuvering robotic challenge. The challenge is to utilize machine learning to give autonomous maneuvering capabilities to an existing LPV (Low Profile Vessel) for multiple waterborne operations. Teams will integrate sensors, motor controls, and machine-learning algorithms for autonomous maneuvering. The challenge is hosted by Trine University and the US Naval Surface Warfare Center – Crane.

This project focuses on creating an inclusive assembly and packaging process for breathing pens, designed specifically for individuals with upper limb disabilities. Breathing pens were chosen because they require minimal manual dexterity, making them accessible to workers with limited arm or hand use. We are developing a manufacturing system built around accessibility, using disability friendly designs and automation to ensure full participation.

The Altera DE-1 FPGA boards used in Dr. Leon-Salas’ ECET 349 class are being replaced with the Altera DE10-Lite boards. This board (DE10-Lite) lacks several key peripherals for hands-on learning in Dr. Leon-Salas's labs. To address this, we designed a physical peripheral extension plug-in board as a shield to interface with the new DE10-Lite board. This solution will enable students to continue learning with the necessary peripherals while using the updated boards.

Paapri Cloud Technologies is a digital transformation company that specializes in enterprise resource planning (ERP) consulting and implementation for small to mid-sized manufacturing businesses. Paapri seeks to aid customers in solving any problems they may have by utilizing their own technologies, such as PCTFlex, a cloud and app-based platform. Whether it be data processing or machine monitoring, PCTFlex can do it. A common request from customers is connectivity from their machinery to Paapri’s platform. However, one problem arises when integrating PCTFlex and older PLC style machines.

Our team plans to streamline Hinchman’s Racing Suits' current pattern-making process from a manual, hand-written process to utilizing CAD software tailored towards fashion. The program we chose to utilize for this is TukaTech. Hinchman takes extreme pride in their racing history and being able to provide safe yet comfortable racing suits. They see them as investments since theirs are one of the safest in the market but the only problem would be the time required to make each suit.