Sylhet, Bangladesh
"Hands-on Skills · Real Problem Solving · Practical Innovation"
This proposal outlines two complementary initiatives designed to fill a critical gap in Sylhet's education and innovation landscape. While degree-granting universities and IT training centres address theoretical and software skills, there is a major shortage of practical, hardware-oriented, hands-on problem-solving spaces.
Both proposals are designed to be co-located or closely linked, sharing infrastructure such as 3D printers, soldering stations, and electronics labs, while serving a unified learner community that spans hardware troubleshooting, robotics, and autonomous systems development.
Together, they create a full-spectrum practical innovation ecosystem that complements existing university and IT training initiatives in Sylhet.
An open-lab environment for smartphone repair, circuit design, industrial tool development, and certification. Community-driven, accessible to all skill levels.
✓ Certified Technicians & InnovatorsA structured learning and development space for drones, RC vehicles, and underwater submersibles — from beginner kit-building to autonomous systems.
✓ Micro-Robotics Designers & EngineersOpen Lab · Real Problems · Certified Skills
To create an open, community-driven practical learning institute in Sylhet where students, skilled learners, and professionals work side-by-side on real hardware problems using professional-grade tools and equipment. Unlike classroom-only environments, this institute will be built around doing, fixing, and creating.
Most training institutes in Sylhet focus on software/IT; there is no dedicated practical hardware troubleshooting space.
Smartphone and electronics technicians learn informally with no structured curriculum or recognised certification.
Students learn circuit theory in universities but have no access to labs for personal or freelance projects.
Industrial workers and entrepreneurs lack a facility to prototype and test new tools and equipment.
Skilled learners remain unemployed because they cannot prove competency without recognised certification.
| Service Area | What Learners Do | Real-World Benefit |
|---|---|---|
| 📱 Smartphone Servicing | Diagnose, repair, replace screens, batteries, motherboard faults | Public gets affordable phone repairs; learner earns income |
| ✍ Circuit Design & Development | Design PCBs, build and test prototype circuits, use oscilloscopes & multimeters | Electronics startups and freelancers get a prototyping space |
| 🔧 Industrial Tool Creation | Design jigs, fixtures, sensors, and automation tools for local industries | Factories and workshops get custom tools at low cost |
| ⚡ Electrical Troubleshooting | Diagnose household wiring, panel boards, motors | Households and SMEs get expert diagnostic service |
| 🖨 3D Printing & Fabrication | Design and print mechanical parts, enclosures, prototypes | Product designers and engineers access fabrication without buying machines |
A structured pathway from foundational theory to industry-recognised certification.
Theory basics — electronics fundamentals, tool safety, soldering, component identification.
🕑 4 WeeksSupervised practical sessions — real device troubleshooting, circuit assembly, tool operation.
🕑 6–8 WeeksIndependent or team project — design a circuit, repair a batch of devices, build an industrial tool prototype.
🕑 4 WeeksCompetency-based assessment by industry experts. Successful learners receive a recognised institute certificate.
🕑 Final AssessmentComplete Phases 1 & 2 + written test
Institute-recognised · 2 YearsComplete all 4 phases + pass practical assessment
Institute + Industry-partner · 3 YearsSpecialise in one area (e.g. Smartphone Repair, PCB Design) + portfolio
Nationally recognised + LinkedIn"This is not just a training centre. It is a problem-solving community where every broken device is a learning opportunity and every learner is a solution provider."
Drones · RC Vehicles · Underwater Submersibles
To establish Sylhet's first dedicated Micro-Robotics & Remote-Control Innovation Hub where learners progress from assembling toy-grade kits to designing, programming, and deploying professional-grade autonomous systems — drones, RC ground vehicles, and underwater ROVs/submarines. The hub blends structured education, open development, and community competition.
RC and drone technology is rapidly entering agriculture, disaster management, surveying, and logistics in Bangladesh.
No structured learning pathway exists in Sylhet from beginner kit-building to advanced autonomous system development.
University students have no dedicated space to build and test robotic prototypes or conduct experiments.
Hobbyists buy kits online but have no community, mentorship, or test facilities to advance their skills.
Underwater ROV technology can benefit Sylhet's haor region for environmental monitoring and fisheries management.
From beginner kit assembly to professional autonomous system deployment.
Fixed-wing, multi-rotor, FPV racing, autonomous mapping
RC cars, off-road rovers, tank-type robots, line followers
Remotely operated underwater vehicles, mini-submarines
Understand RC and robotics fundamentals. Assemble a pre-designed kit (drone or RC car). Learn basic radio control, ESCs, motors, batteries. Fly/drive safely.
🕑 4 WeeksDesign and build from scratch using off-the-shelf components. Learn soldering, frame fabrication, flight controller setup, and firmware flashing (Betaflight, ArduPilot).
🕑 6 WeeksIntroduction to embedded programming — Arduino, ESP32. Add autonomous features: GPS waypoint navigation, obstacle avoidance, sensor fusion. For ROV: depth control, camera feed.
🕑 6 WeeksCapstone project: design a novel application (agricultural drone, delivery rover, environmental ROV). Document design, test in real environment, present findings. Earn Innovation Certificate.
🕑 8 WeeksThemed challenges — fastest RC car, most stable drone hover, deepest ROV dive in the tank.
Open competition for all skill levels; attracts media attention and sponsors.
Weekend workshops for secondary school students to spark interest in robotics and engineering.
Shared build logs, tutorials, and a component marketplace for the wider community.
Invite agriculture companies, disaster management agencies, and film houses to see drone applications.
| Sector | Application | Who Benefits |
|---|---|---|
| 🌿 Agriculture | Crop monitoring, pesticide spraying drones | Farmers in haor & upland regions |
| 🚨 Disaster Management | Search & rescue drones, flood-area mapping | CDMP, local disaster committees |
| 🌊 Environment | ROV water quality monitoring in haors | Research institutions, NGOs |
| 🎥 Media & Film | Aerial videography for events & documentaries | Media houses, wedding & event industry |
| 🏫 Education | STEM demonstration kits for schools | Secondary schools, coaching centres |
| 🚚 Logistics | Last-mile delivery drone prototyping | E-commerce, pharmaceutical companies |
"From a toy RC car to a haor-monitoring ROV — every build begins with curiosity, and this hub gives that curiosity a place to land."
A full-spectrum practical innovation ecosystem for Sylhet
Both proposals are designed to be co-located or closely linked, sharing infrastructure (3D printers, soldering stations, electronics labs) and learner communities. Together they create a full-spectrum practical innovation ecosystem that serves learners at every level — from smartphone repair to autonomous drone deployment.
P1: Circuit design, PCB, smartphone repair
P2: ESC wiring, FC soldering, ROV electronics
P1: Industrial tool prototyping, enclosures
P2: Drone frames, ROV housings, RC car bodies
P1: Industry technicians, PCB designers
P2: Drone pilots, robotics engineers, researchers
P1: Hardware troubleshooting certificates
P2: RC / drone / ROV builder certificates
P1: Repair clinics, circuit design showcases
P2: Drone cups, ROV demo days
These proposals directly complement the broader educational infrastructure being planned for Sylhet.
Can use the Open Lab and RC Hub as industry-linked practical facilities and internship sites for engineering students.
Can collaborate on embedded programming, IoT, and AI-driven drone autonomy courses with shared resources.
Certificate holders from both institutes are natural recruits for university engineering programmes and advanced study.
Research papers on haor ROV monitoring or agricultural drones can be co-authored with IT Research Center mentors.
"Practical skills + Hardware knowledge + Innovation mindset =
Engineers and creators who build solutions for Bangladesh."
This is a conceptual project proposal open for review, investment consideration, and partnership discussions. We welcome engagement from investors, educational institutions, government bodies, and industry partners.
For investment inquiries, partnership discussions, or further information about this proposal, please reach out to the project initiator. All financial projections, detailed timelines, and infrastructure costs will be finalised in a comprehensive feasibility study upon initial engagement.