We Let Our Work
Speak for Itself
From manufacturing engineering to augmented reality and IoT applications, we have helped our clients create engineering solutions that lead to intellectual property and patents for nearly three decades. You can read about some of those successes here.
APQS
APQS, a leading manufacturer of longarm quilting machines, relied heavily on manual service workflows to support their customer base. Troubleshooting and diagnostics were primarily handled over the phone, requiring customers to describe issues without a structured way to transmit machine data. In many cases, machines were shipped back to the manufacturer for further inspection, creating delays and added operational costs.
Read MoreHotShot Pro
Our customer, Ballistech Sports, saw an opportunity to integrate a mobile app with their basketball training machine, HotShot™, via Bluetooth, to display training stats and share results. Following a successful prototype at the National Association of Basketball Coaches Conference, we have now launched the full version of the app on both iOS and Android.
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HotShot Pro
Project Background The United States Air Force licensed ten MarshST© simulators from EngineeringPeople to train their personnel on the airplane marshalling signals found in AFMAN 11-218. The objectives were to: Enhance student’s training/ quality of instruction Increase crew chief ability to incorporate emerging technologies Relieve instructor workload Provide syllabus relief The instructors desired toenhance the […]
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Go Birdie Go
EngineeringPeople identified an opportunity to develop Go Birdie Go, a modern golf performance platform designed to bridge the gap between on-course play, practice sessions, and player development. Existing solutions in the market often focus on either score tracking or isolated training tools, lacking a unified system that connects performance data, coaching, and real-world gameplay.
Read MoreMarshST©: Airplane Marshalling Simulator
The United States Air Force licensed ten MarshST© simulators from EngineeringPeople to train personnel on aircraft marshalling signals found in AFMAN 11-218. MarshST© provides an interactive training environment that helps improve instruction quality, reduce instructor workload, and give trainees hands-on practice before working around aircraft.
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MarshST©: Airplane Marshalling Simulator
Project Background The United States Air Force licensed ten MarshST© simulators from EngineeringPeople to train their personnel on the airplane marshalling signals found in AFMAN 11-218. The objectives were to: Enhance student’s training/ quality of instruction Increase crew chief ability to incorporate emerging technologies Relieve instructor workload Provide syllabus relief The instructors desired toenhance the […]
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U.S. ARMY FLATRACK
EngineeringPeople partnered with the U.S. Army to redesign an existing military flatrack used for transportation in demanding loading conditions. The objective was to improve structural strength while reducing overall weight and simplifying manufacturing — all within a shortened timeframe driven by inventory shortages. The project required reverse engineering the original platform, optimizing the structure through finite element analysis (FEA), and delivering a production-ready prototype capable of supporting mission-critical transport operations.
Read MoreU.S. ARMY FLATRACK
Project Background The United States Air Force licensed ten MarshST© simulators from EngineeringPeople to train their personnel on the airplane marshalling signals found in AFMAN 11-218. The objectives were to: Enhance student’s training/ quality of instruction Increase crew chief ability to incorporate emerging technologies Relieve instructor workload Provide syllabus relief The instructors desired toenhance the […]
Read MoreU.S. ARMY FORWARD REPAIR SYSTEM
EngineeringPeople partnered with the U.S. Army to reverse engineer the Forward Repair System (FRS), a critical mobile combat repair platform containing mechanical, electrical, pneumatic, and hydraulic systems.
The project required complete disassembly, measurement, documentation, modeling, and reassembly of the system to produce a manufacturing-ready Technical III data package within six months.
U.S. ARMY FORWARD REPAIR SYSTEM
Project Background The United States Air Force licensed ten MarshST© simulators from EngineeringPeople to train their personnel on the airplane marshalling signals found in AFMAN 11-218. The objectives were to: Enhance student’s training/ quality of instruction Increase crew chief ability to incorporate emerging technologies Relieve instructor workload Provide syllabus relief The instructors desired toenhance the […]
Read MoreLet’s talk about your engineering needs
Whether you’re starting a new product, modernizing an existing one, or adding capacity to your team, we’ll help you find the right path forward.
Start the conversation with a complimentary engineering and design consultation.
