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www.sirenatech.com
SKIP-IoTSirena Knowledge & Information Program
Introduction to real world
advanced technologies with
hands-on experience.
Knowledge about hardware and software integrated systems
which explains how real world products are built.
Introduction to product design
cycle - helps visualise the end
product.
Enriches learning as
students would be able to
correlate their respective
disciplines with SKIP
projects.
Students develop interpersonal
and intra-personal skills
benefiting their overall personality
development, while connecting
with real world technologies.
IoT (Internet of Things)
Vision
Artificial Intelligence (AI)
Machine Learning
Voice Assistants
Deep Learning
Far Field Mic and ASR
Natural Language Processing(NLP)
Wi-Fi
Cloud
Big Data and Analytics
Industrial IoT
3D Printing
Communication Protocols
AWS - IoT
Humanoids
EVK - PCB
Processors
Micro-controllers
LEDs
Speakers
Sensors
IMU
Battery
Camera
Mics
Raspberry Pi
Arduino
Sirena SDK
C programming
C++ Programming
Android Programming
Python Scripting
Windows OS
V rep
Windows SKIP Tool
Android App
CAD
3D Printing Software
Ideation
Sketches
Industrial Design (ID)
Prototyping
• Mechanical Design: 3D
Printing
• Electrical Design: Circuit
diagram, Manufacturing
• Aesthetics
Manufacturing (understanding
materials like plastics, acrylic,
sheet metal & process like
vacuum casting, laser cutting,
injection moulding)
Electrical and Electronics
Object Oriented
Programming
SDLC
Software configuration
Management (SCM)
Programming
Designing
Logical Thinking
Product Life Cycle
Art and Design
Team Work
Presentation Skills
Time Management
Critical Thinking
Personality Development
Creativity and Innovation
Analytical Skills
SKIP-IoT
Technology Hardware Software Design General Concepts Skills
Sirena Hardware Zone
Cloud Computing Zone
Sirena Hardware Zone- General Purpose EVKs- Robots and their accessories- Humanoid Robot- Video Surveillance Hardware- Voice Integrated Platforms- Module Shields- Synchronous Audio Streaming Platforms
3rd Party Hardware Zone- Arduino- Raspberry Pi- Beagleboard- STM32- UDOO- Onion Boards- Xigbee- Bluetooth Modules- ESP32 Wi-Fi Modules- Multiple Sensors- Servos- Smart Motors- Basic electronics kit
Cloud Computing Zone- NVIDIA GPU enabled Ubuntu Systems for R&D- Python- Android- STM32 Workbench- C, C++ Platform- V-rep- LabView-Windows Operating System for Visual Studio
Mechanical /3-D Printing Zone- 3D Printers - Drill machine with accessories- Screw driver toolkit- Dremel toolkit
Assembly/PCB Designing Zone- PCB Design workstation- Hotair guns and its accessories- Soldering station with accessories
3rd Party Hardw
are zone
Mec
hani
cal/3
D P
rintin
g zo
ne
Assembly/PCB Designing Zone
Entr
ance
Presentation Zone
Storage
Lab size 30 x 60 ft
Projector/Writing Board11.0 ft width
Cloud Computing Zone30.0 ft X 4.0 ft
Sirena Hardware Zone30.0 ft X 4.0 ft
Assembly/PCB Designing Zone6.0 ft X 6.0 ft
3rd Party Hardware Zone22.0 ft X 4.0 ft
Mechanical/3D printing Zone22.0 ft X 4.0 ft
Storage15.0 ft X 3.0 ft
SKIP-IoT lab layout
SKIP-IoT Projects
Wi-Fi PLUGDescriptionThis smart device allows you to control your in-house devices such as TV, Lamps, AC,
etc. with one click over your Sirena Smart IoT Plug App. The device is an add on to
your standard power outlets and comes with universal adapters for zero installation
hassles. Simply plug-in the device, install the app and control your devices through
internet or even without internet if you're on your home wi-fi. The device would
allow users to accurately measure power each unit is consuming in the homes.
HardwareSirena IoT Smart Plug device:
• Sirena EVK based IoT SoC Processor
• Relays
• PCB
• Device Casing
SoftwareSirena IoT Plug App on Android:
• Android Studios
• Sirena Robot Library
LearningThe students can learn the entire hardware schematics of the product, go
through the mechanical designs of the product, make changes to them
and 3-D print or PCB fabricate their own. The project allows students to
understand basics of programming an IoT Device, gateway management, TCP
Sockets, Android App Development, GPIO Control, Power Electronics etc.
Wi-Fi Sensor NodeDescriptionThis smart device allows you to install any generic sensor such as IR Sensor, PIR Sensor,
Touch Sensor, Ultrasonic Sensor, SHARP Sensor, Limit Switch, Air Quality Sensors etc.
to the cloud directly through inbuilt gateway on the device. Simply configure the
device using your android app, connect your sensor, and get live sensor readings
over the internet with interactive graphs.
HardwareSirena IoT Smart Sensor Node:
• Sirena EVK based IoT SoC Processor
• STM32 MCU Interface
• PCB
• Device Casing
SoftwareSirena IoT Smart Sensor App on Android:
• Android Studios
• Sirena Robot Library
STM32 Sirena Library for Sensors, ADC, I2C, UART
LearningThe students can learn the entire hardware schematics of the product, go through
the mechanical designs of the product, make changes to them and 3-D print or PCB
fabricate their own. The project allows students to understand basics of programming
an IoT Device, gateway management, TCP Sockets, Android App Development, GPIO
Control, ADC Conversions, MCU Programming, C Programming etc.
Energy Monitor
Electric Meter
ENERGY CONSUMPTION
DescriptionThis smart device is an add on to the Wi-fi Sensor Node with Hall Effect Sensor for
AC Current measurement. The device will let you monitor live energy consumption
for specific devices as well as the entire house over the internet. Interfacing these
measurements with your Wi-fi Plug will allow you to even shut devices of high usage
when you’re out of house.
HardwareSirena IoT Smart Sensor Node:
• Sirena EVK based IoT SoC Processor
• STM32 MCU Interface
• PCB
• Device Casing
SoftwareSirena IoT Smart Sensor App on Android:
• Android Studios
• Sirena Robot Library
STM32 Sirena Library for Sensors, ADC, I2C, UART
LearningThe students can learn the entire hardware schematics of the product, go through
the mechanical designs of the product, make changes to them and 3-D print or PCB
fabricate their own. The project allows students to understand basics of programming
an IoT Device, gateway management, TCP Sockets, Android App Development, GPIO
Control, ADC Conversions, MCU Programming, C Programming etc.
Wi-Fi IR Blaster Node
Television
IoT PLUG APP
AC
Music System
DescriptionThis smart device will be able to record your existing IR based remotes for devices
such as TV, AC, Music System etc. and let you create buttons of your own choice on
the App. Once setup, you can control all your house devices with this IR Blaster over
the internet or even locally using your phone.
HardwareSirena IoT IR Blaster:
• Sirena EVK based IoT SoC Processor
• STM32 MCU Interface
• PCB
• Device Casing
SoftwareSirena IoT Plug App on Android:
• Android Studios
• Sirena Robot Library
STM32 Sirena Library for Sensors, PWM, Timers ADC, I2C, UART etc.
LearningThe students can learn the entire hardware schematics of the product, go through
the mechanical designs of the product, make changes to them and 3-D print or PCB
fabricate their own. The project allows students to understand basics of programming
an IoT Device, gateway management, TCP Sockets, Android App Development, GPIO
Control, ADC Conversions, PWM, MCU Programming, C Programming.
Smart Presentations
LISTENING...
DescriptionWith this solution, You will be able to add Voice controls to your presentations
as well as control your Display systems with the help of Wi-fi Plug. With software
running on your PC in the background, it will be able to launch your presentations,
switch between slides and interact with your smart phone too. Moreover, after the
presentation you can simply shut down your display device using a voice command.
HardwareSirena IoT Smart Plug device:
• Sirena EVK based IoT SoC Processor
• Relays
• Microphones
• Speakers
• PCB
• Device Casing
SoftwareSirena IoT Plug App on Android:
• Android Studios
• Sirena Robot Library
• Sirena Voice Services Library
• Python Libraries for Presentation control
LearningThe students will get the exposure to voice assistant libraries interacting with
Google Speech recognition, Amazon Polly, Snowboy Hotword Detection etc. They
will also learn to control input devices to computers such as keyboard, mouse etc.
programmatically using Python. The Concepts of Wi-fi Plug will also be redefined
with the context of this application.
Smart Curtains
SMARTCURTAINS
DescriptionThe control comes as a smart solution to most commonly found drapes, blinds
and curtains. Adding IoT to the blinds will allow the user to control the blinds
automatically using voice commands or their smart phones. The users can also
configure the timings for automatic drawings based on local sunrise and sunset.
Connecting with smart Wi-fi plugs and energy monitor, this can save unnecessary
electricity wasted on lights.
HardwareSirena IoT Smart Plug device:
• Sirena EVK based IoT SoC Processor
• Encoded High Torque Motor
• STM32 MCU
• PCB
• Device Casing
SoftwareSirena IoT Curtain App on Android
STM32 Sirena Library for Sensors, ADC, I2C, UART
LearningExtending the concepts learnt with the Energy monitor, Wi-fi Plug and Wi-fi
Sensors, the students will learn how to conserve electricity with connected devices
communicating with each other. This will involve multi-cast messages and broadcasts
in the room. Moreover, the students will also learn how to interface encoded motors
with MCU and Processor for accuracy and repeatability in design.
Surveillance CameraDescriptionWith the surveillance camera, you can install a webcam on the Sirena EVK based EVK.
On configuration with your app, you can automatically view the feed locally on the
network for your robots or simply view the feed over the internet on your phone. The
device will also let you watch the feed on your PC for extended applications such as
Computer vision/Image processing etc.
HardwareSirena EVK with USB Port
• Sirena EVK Based SoC Processor
• Battery
• Webcam
• PCB
• Device Casing
SoftwareSirena Webcam Viewer on Android:
• Android Studios
• Sirena Robot Library
Sirena Webcam Viewer on Java, V rep, Python:
• Sirena Libraries for respective languages
• Sirena Libraries for motion detection
• Sirena Libraries for saving videos/frames
LearningThe students will learn the concepts of video compression, video transmission as
well as concepts of computer vision for motion detection and saving their videos.
The students will also learn how to create video viewing applications on Android.
Face FollowerDescriptionExtending the Surveillance Camera project, this project will allow the users to
program a subset algorithm to track faces using a robotic arm to manipulate the
camera. Applications could range from dynamic video chats where the person can
be moving the room while on a video call.
HardwareSirena EVK with USB Port
• Sirena EVK Based SoC Processor
• Battery
• Webcam
• Robotic arm
• PCB
• Device Casing
SoftwareSirena Webcam Viewer on Android:
• Android Studios
• Sirena Robot Library
Sirena Webcam Viewer on Java, Python:
• Sirena Libraries for respective languages
• Sirena Libraries for motion detection
• Sirena Libraries for saving videos/frames
• Sirena Libraries for face tracking
LearningExtending the concepts learnt in the surveillance camera project, students will now
be able to learn the concepts of Haar Cascades and OpenCV and implement a face
tracking algorithm along with robotic arm inverse kinematics.
Automatic Plant Watering SystemDescriptionThis project displays and amalgamation of Wi-fi Plug and Wi-fi Sensor Node in one
project. The project will consist of a soil moisture sensor along with a water flow
meter and a solenoid valve. The entire system will be separately maintaining each
potted plant.
HardwareSirena EVK with USB Port
• Sirena EVK based IoT SoC Processor
• Water flow sensor
• Water solenoid valve
• Soil moisture sensor
SoftwareSirena IoT Plants App on Android
STM32 Sirena Library for Sensors, ADC, I2C,UART
LearningExtending the concepts learnt with the Wi-fi Plug and the Wi-fi Sensor Node, this
project will allow students to learn about sensor linking with output through MCU.
The properties for user specifications or specific plant requirements can be changed
over the internet/ local wi-fi network using the App. This will allow students to learn
how to push properties updates to the EVK node through internet.
© 2018 Sirena Technologies Pvt. Ltd.
Sirena Technologies was formed with a purpose to bring innovative
world-class products to the market; designed and developed in
India, leveraging global ecosystem. The company, primarily, focuses
on products for education and aims at transforming education
through its disruptive technologies – with strategic focus on
price sensitive markets. Sirena’s completely home grown Robotic
platform along with its first real Humanoid NINO, brings unique
value proposition for the technical institutions & schools providing
them an opportunity to do research, learn & contribute and there
by bridging the gap between education and real-world technology.
PhoneEmailWeb
To Know More: +91 78999 25747: contactus@sirenatech.com: www.sirenatech.com
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