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Custom projects

We design, integrate, and build what professors and teachers have in mind

iCShop.EDU has its own circuit, mechanical, firmware, and software engineers, and everything from design to system integration is done in-house. You can commission us to develop experimental vehicles or field sensing systems for research projects, or kits and specialized classrooms for courses.

Since 2020Education and research projects
6 categoriesof work we take on
Elementary school to graduate schoolTrack record at every level
129 sessionsTeacher training and workshops

Engineering capability

Design and system integration

Teachers share ideas and requirements, and we handle specifications, design, fabrication, and integration testing. Engineers in four disciplines work on one team, so you do not need to find separate vendors.

Circuit design

From schematic to circuit board, available for prototypes and small production runs.

  • Schematics and PCB layout
  • Sensor and motor driver circuits
  • Expansion boards for development boards
  • Prototyping, assembly, and volume production

Mechanical design

We design enclosures and mechanisms for your environment and build them.

  • 3D mechanical design
  • Mobile platform chassis and grippers
  • Teaching lab boxes and protective enclosures
  • Wiring and error-proofing design

Firmware and software

From microcontrollers to the cloud, one team writes the code.

  • Microcontroller firmware
  • ROS / ROS 2 and Linux applications
  • AI model deployment on edge devices
  • Cloud dashboards and notifications

System integration

We integrate sensing, computing, communication, and mechanics, and test until the system runs reliably.

  • LiDAR, camera, and inertial sensor integration
  • RS485, LoRa, NB-IoT, and Wi-Fi
  • On-site installation and testing
  • Operation manuals and training

Programs we can work with

  • NSTC research grants
  • Ministry of Education Higher Education Sprout Project
  • Industry–academia collaboration projects
  • Department and school self-funded projects

Documents your project may need

  • Specification proposals
  • Quotations that meet school reimbursement requirements
  • Test records for acceptance
  • Operation manuals

Deliverables (as agreed per project)

  • Finished product and spare parts
  • System architecture diagrams
  • Sample code
  • Follow-up technical consultation

Same engineering team

From the same engineering team that builds production-line equipment

The group's engineering team also develops measurement and monitoring equipment for the semiconductor, steel, and other industries. School projects follow the same design process and test standards.

  • 01You can talk with us before you have a specification, and we will help turn your needs into one
  • 02We validate with a prototype first, then build the final version once it works
  • 03One research vehicle or dozens of classroom sets—we can take on either
  • 04If students will modify the system later, we can arrange training

What we build

Project types

Each category lists projects we have actually delivered. Items marked with a red arrow have full write-ups you can open.

CategoryProjects we have delivered
ROS robots and mobile vehiclesCustom mobile platforms with integrated LiDAR, cameras, and compute
  • Mecanum wheel, omnidirectional wheel, and Ackermann mobile platforms
  • Smart robots with grippers
  • Self-driving car teaching platforms
  • Maze robots for competitions
Field-sensing IoTWe deploy sensor nodes and send the data to cloud dashboards
  • Microalgae carbon-fixation monitoring
  • Irrigation for greenhouses and ecological parks
  • Collection environment monitoring
  • Air quality sensor boxes
Edge AI and visual recognitionEdge computing with cameras or millimeter-wave radar
  • Face recognition door locks
  • Underwater organism recognition and counting
  • Image processing and depth inspection platforms
  • Millimeter-wave smart care
Teaching equipment and lab setupWhole-class equipment planning, including specification proposals and acceptance documents
  • Smart factory lab kits
  • AI computing platforms
  • ESP32 lab kits
  • Single-board computer classrooms
Interactive kits and custom exhibitsDedicated devices for courses, events, or exhibitions
Lesson plans, training, and campsCourse material development, teacher training, and student camps
  • Sensor lesson plans and four seed teacher workshops
  • High school Edge AI camp
  • Teacher professional development
  • Training records over the years

Case studies

Case studies

Projects with full write-ups of needs, approach, and results.

View all cases

How it works

Process

From the first discussion to delivery, one project engineer is responsible.

  1. Initial consultation

    We learn about the purpose, functional requirements, operating environment, funding source, and timeline.

  2. Specification review and quote

    We provide a feasibility assessment and architecture plan, and issue a quotation that meets school reimbursement rules.

  3. Development and validation

    Circuit design, mechanical prototyping, and firmware development, followed by hardware and software integration testing.

  4. Acceptance, delivery, and support

    We deliver the finished product and operation manual, and provide follow-up technical consultation.

Inquire about a project

Your message goes straight to our team, and we usually reply within one business day.

  • 01Tell us the purpose, audience, and target completion date
  • 02Add reference projects or specifications in the notes if you have them
  • 03Custom projects are quoted by requirement, and we do not publish prices
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Looking for something else

Needs beyond schools and research institutions

Engineering and R&D commissions for companies, as well as component purchasing, are handled by two other sites in our group.