Turnkey Laboratory Setup &
Centers of Excellence for Institutions
Empowering Schools, Engineering Colleges & Research Institutes with end-to-end modern lab setups across Embedded Systems, IoT, AIoT, Robotics, PCB Design, and Drone Tech — fully backed by industry-standard hardware, accredited curricula, and the KiwisIoT Cloud Dashboard ecosystem.
The KiwisIoT 360° Lab Setup Methodology
We don’t just ship hardware in boxes. We partner with your institution from initial spatial floor planning to faculty certification, student manual authoring, and lifetime technical support.
Architectural & Spatial Planning
Custom 2D/3D floor layouts designed for your exact room dimensions. Includes ESD anti-static workbenches, overhead power drops, centralized air venting, and safety protocols.
Industry-Standard Equipment & Toolkits
Complete inventory of microcontrollers (ESP32, STM32, ARM), digital oscilloscopes, function generators, soldering rework stations, sensors, actuators, and drone/robot kits.
KiwisIoT Institutional Cloud Platform
Exclusive campus cloud dashboard licenses. Students design custom real-time dashboards, trigger logic events, stream live telemetry, and analyze sensor trends from anywhere.
Accredited Curricula & Lab Manuals
Comprehensive experiment handbooks aligned with AICTE, Anna University, UGC, and autonomous syllabi. Step-by-step circuit diagrams, sample code, and viva questions.
Faculty Development Programs (FDP)
On-campus 3 to 5-day hands-on training sessions conducted by certified Kiwistron engineers. Professors and lab instructors receive verified Master Trainer certifications.
Warranty, AMC & Component Buffer
Guaranteed 1 to 3-year hardware warranty, rapid faulty component replacement, annual maintenance visits, and regular firmware and dashboard updates.
Explore Lab Domains & Specifications
Select a domain below to inspect hardware equipment, syllabus experiments, software stack, and career learning outcomes.
Customized Solutions for Every Educational Scale
Whether establishing an Atal Tinkering Lab in high school or setting up an advanced university Center of Excellence, our packages match your budget and accreditation criteria.
Schools & ATL Hubs
Designed for Classes 6 to 12. Introduces students to electronics, sensors, block coding, and hands-on robotics.
- Atal Tinkering Lab (ATL): 100% compliant STEM equipment & consumables
- Modular Sensors: Safe, low-voltage plug-and-play electronic modules
- Coding Curriculum: Guided transition from Scratch block code to Python
- KiwisIoT Cloud: Visual real-time dashboards designed for young learners
- Exhibition Mentorship: Complete project support for science fairs & hackathons
Engineering Departments
For ECE, EEE, CSE, IT, Mechatronics & Mechanical. Aligned with AICTE model curriculum & NBA standards.
- 15–30 Workstations: Dual-student benches with DSOs & function generators
- Multi-Protocol IoT: Complete testbeds for LoRaWAN, Zigbee, MQTT & HTTP
- Edge AI & TinyML: High-performance development boards with vision sensors
- Capstone Incubation: Final-year project guidance, research papers & patent filing
- Certified FDP: 5-Day hands-on Faculty Development Program with certificates
Centers of Excellence (CoE)
Designed for Universities, Autonomous Colleges, and Research Centers targeting funded grants, patents, and innovations.
- High-Compute AI: NVIDIA Jetson Orin & Google Coral TPU workstations
- Rapid Fabrication: Precision PCB prototyping & benchtop CNC milling
- Autonomous Robotics: ROS2 ground robots & indoor UAV flight testing cages
- Private Cloud: Dedicated institutional on-prem/private IoT deployment
- Grant & IP Support: Co-authorship, patent filing & research grant proposals
Why Our Hardware + Cloud Platform Outperforms Generic Labs
Traditional college labs trap student experiments on isolated bench instruments. With KiwisIoT, every microcontroller, sensor, and robotic kit connects to our live cloud dashboard platform for real-time telemetry, remote analytics, and automated alerting.
Live AIoT Anomaly Detection
Integrated ML models analyze high-frequency telemetry streams to spot anomalies in temperature, vibrations, or current draws in real time.
Interactive Advanced Control Widgets
Students command motors and mobile robots in real-time using built-in On-Screen Joysticks, Robot Control Panels, PIN Lock Keypads, and GPS Maps.
Remote Lab Accessibility
Students access their lab dashboards and experiment metrics securely from their dorm or home, enabling true 24/7 hybrid and project-based learning.
Built for NBA, NAAC & NEP 2020 Accreditation
Our turnkey laboratory ecosystems directly fulfill statutory accreditation benchmarks for Program Outcomes (POs), modern tool usage, student innovation, and indexed publications.
NBA Accreditation
Provides verifiable quantitative evidence for PO5 (Modern Tool Usage) and PO3 (Design/Development of Solutions) through industry-standard cloud telemetry and embedded nodes.
NAAC Compliance
Powers departmental incubation facilities, student hackathon prototypes, seed-funded experiments, and patent filing readiness mandated by NAAC Peer Team evaluators.
AICTE Guidelines
100% aligned with AICTE model curricula for IoT, Robotics, Embedded Systems, and Microcontroller Interfacing across Autonomous & Affiliated Engineering Colleges.
NEP 2020 Framework
Empowers cross-disciplinary experiential learning, hands-on maker culture, and industrial employability skills in line with National Education Policy mandates.
Frequently Asked Questions by Deans & Principals
Common questions regarding institutional procurement, installation schedules, syllabi customization, and AMC support.
What is the standard turnaround time for complete turnkey lab setup?
Standard lab setups typically take 2 to 3 weeks from purchase order approval. This includes bench layout planning, hardware delivery, tool station setup, cloud platform provisioning, and the on-campus Faculty Development Program (FDP).
Can we customize the hardware kits according to our university's syllabus?
Yes, 100%. We routinely map experiments to autonomous colleges, state technical universities (e.g. Anna University, VTU, JNTU, KTU), and deemed universities. Our academic team customizes the lab handbooks and provides matching sensor configurations.
How does Faculty Training (FDP) work?
Our senior embedded & IoT engineers visit your campus for an intensive 3 to 5-day hands-on training workshop. Faculty members work through every experiment, learn dashboard configuration, troubleshooting procedures, and receive official Kiwistron Certified Lab Instructor credentials.
What happens if components break or wear out during student use?
Every lab setup package includes a Buffer Consumable Kit (extra microcontrollers, jumpers, sensors, ICs). Furthermore, our Annual Maintenance Contract (AMC) covers replacement of damaged components and scheduled preventative maintenance visits.
How does the KiwisIoT Cloud licensing work for students?
Institutions receive a Campus Enterprise Tier or bulk student dashboard licenses. Each student team gets their own credentials to build customized dashboards, link hardware via secure tokens, set up automated email/SMS alerts, and access AI anomaly detection.
Ready to Upgrade Your Institution's Technical Labs?
Schedule an initial consultation with our technical academic team. We will prepare an architectural lab layout, equipment catalog, and commercial quotation tailored to your campus requirements.
