IoT and 5G: Future Career

Disclaimer- Presenter
• Most of the contents of this presentation file is collected from internet. The
sources are mentioned with respect in the end 03 slides. Thank you to the
contributors.
• This presentation is to only present the overviews to the newbies. This
presentation can be considered as summarized ideas of hundreds-
thousands of contents available on Internet- for simplified explanation.
• Medium of Lecture- English and Bengali.
• You Need Not to reinvent wheel again by your own, You just need to
explore the inventions and make them applicable.
15-May-20 3

Disclaimer- Audience
• Please put your microphone off while listening.
• You can put your video off for a better experience
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will try to attend your query at the end of the session.
• You need not to take screenshots or slide-copy. Slides can be found
on presenter’s ‘SlideShare’ profile.
• Providing a ‘Feedback’ at the end of the session is necessary- for the
future betterment of the speaker.
• It is possible that, You won’t understand every single word here. But
don’t worry! You can always google for more or mail me!
08-Aug-20 4Information sources are mentioned at Bibliography.

Today’s Agenda
• Industry 4.0
• IIoT
• Industrial Robotics
• Robotics Programming, ROS
• RPA
• Relevant Industry Scenario and Career Opportunities
• Total 126 slides. Please don’t fall into asleep…!!!
08-Aug-20 Information sources are mentioned at Bibliography. 5

Before Starting…
• Today’s lecture is focused on guiding future leaders having industry grade expertise and latest knowledge
• The lecture materials are only the elementary ideas. You need to scratch ground for learning in depth
• Not everyone needs to be academician nor everyone needs to be in industry. But a balance is required,
where we are lagging in. Our innovative minds are either brain-drained or shifting to the places where
opportunity lies.
• We Will Never cope up with the developed countries until or unless we develop our core expertise OR
Proprietary/ IP items in capital machineries (Hardware/Software). It may be developing or building the a
partial or complete solution of capital machineries
• Nobody here wants to make the hand dirty for this, rather we are more comfortable in safe usage. It is due
to lack of opportunities as well as holistic error in strategic development. Our target is to change the
scenario.
08-Aug-20 6

Remember, It is ALWAYS you, who needs to
start.
08-Aug-20 7

Let’s Begin….

Trends: 2025 and beyond
• 10% of people will be wearing clothes connected to the internet
• 80% will have unlimited (sponsored) backup space in the cloud
• There will be one trillion sensors connected to the internet
• 80% of the world’s population will have Internet presence
• The first automobile entirely produced with a 3D printer
• 90% of world’s population will own a smart phone
• 90% of world’s population will have internet access
• 10% of all vehicles on the roads will be driverless
• More than 50% of home appliances will be connected to internet
• More rides will be made on shared cars than on private cars
Source: World Economic Forum 2015

According to the US Bureau of Labor Statistics, these are some
jobs that have a 95% or higher probability of being automated:
• Cashiers
• Office clerks, general
• Secretaries and administrative assistants
• Bookkeeping, accounting and auditing clerks
• Cooks, restaurants
• Team assemblers
• Receptionists and information clerks
• Landscaping and grounds keeping workers
• Shipping, receiving and traffic clerks
• Inspectors, testers, sorters, samplers, and weighers
• Counter attendants, cafeteria/food concession
• Tellers

(Cont.)
• Billing and posting clerks
• Counter and rental clerks
• Driver/Sales workers
• Foodservice hosts and hostesses
• Packaging/Filling machine operators
• Operating engineers and equipment operators
• Bill and account collectors
• Loan officers
• Insurance claims and policy processing clerks
• Claims adjusters, examiners and investigators
• Parts salespersons

(Cont.)
• Dispatchers
• Data entry keyers
• Legal secretaries
• Order clerks
• Payroll and timekeeping clerks
• Molding/Coremaking/Casting machine operators
• Ushers, lobby attendants, and ticket takers
• Library assistants and technicians
• Switchboard operators
• Electrical and electronic equipment assemblers
• Telemarketers

4th Industrial Revolution

Digital disruption created new jobs
10-15 years back
• NO digital/SM marketing
• NO SEO,
• NO Software as a service
• NO Big Data analyst
What happen in next 10-15
years?
• Robot are coming
• Artificial Intelligence rises
• Terminators are coming?

Action Fields
Smart Governance
Smart Economy
Smart Mobility
Smart Environment
Smart People
Smart Living
ICT AS COMMON ENABLER

• Approximately there are around 7.62 billion humans on our planet,
but to your surprise, by the year 2021 with an increasing graph of IoT
devices, there may be around 20 billion IoT smart devices up and
running with an increase in the demand of 5g network.

Fastest Growing Topics
• Biometrics and Wearables
• Electric Vehicles/ Carrier
• Transaction (Automation of Cash Transaction or Integration MFS)
• Property Security
• Data Science, Machine Learning, Blockchain

How you decide an IoT Device?
1. The device which has the capability to connect with the internet in any
way.
2. The device which is integrated with technology like sensors, functional
software, some inbuilt technology which support network connections and
also actuators.
- When both these functionalities are combined together - an IoT device is formed.
• Like, Earlier only simple watches were only used to see the time and date,
but now the smart IoT watches allow a user to see heartbeat rate, calorie
count, steps walked etc.

IoT Product Development
• The IoT/Smart Device topology consists of 03 major parts:
• Hardware (Platforms, Sensors, Data Acquisition)
• Connectivity (3G/4G/LTE, LoRA)
• Software (/+firmware) [Control, UX]

IoT Device Lifecycle

IoT Development Platforms for Newbie
• Decide from the followings:
• Hobbyist
• IIOT (Industrial IoT)
Let’s talk about IIoT…

Demand of IIoT Solutions from Industries
• Device management software that connects thousands to hundreds of thousands of sensors, industrial
machines and digital systems. IIoT solutions are usually designed to identify failures and facilitate recovery
from failure.
• Integration through software development kits, development tools and APIs to support business processes
and enterprise systems across the business. There are significant challenges, however, given the array of
back-office applications such as ERP, application performance management, enterprise asset management,
computerized maintenance management systems and more.
• Data management to control and monitor ingestion, storage, accessibility, flow and
• Analytics of data from connected devices, the enterprise and third parties to reveal patterns and
optimization of assets.
• The enablement and management of applications to simplify configuring and operating connected assets
and that enable digital twins.
• Software to allow security audits and ensure compliance, including measures to prevent data loss and to
detect and act on breaches.
• Support for protocols relevant to the industrial domain, such as OPC (Open Platform Communications)
Unified Architecture.
• Engineering-level robustness to prevent downtown.
• Flexibility with no-code interfaces, for example, to allow a range of users to access job-specific applications.
• A combination of cloud computing, on-premises deployment and edge computing.

Basic Topology of IIoT Solution Design

Platforms for developing IoT Solutions:
Hobbyist
• ESP32/ ESP8266
• Arduino
• Raspberry Pi
• Particle
• Intel Edison
• Adafruit Platforms (i.e.Flora)

Platforms for developing IoT Solutions: IIoT
• STM32 Development Boards (i.e. STM32L4 IoT Discovery Kit)
• ZedBoard
• Nvidia Jetson (For Machine Learning)
• Sti Microcontroller Based Platforms
• Sitara ARM series by Texas Instruments
• Other industrial and commercial SoC Platforms.

Platforms for developing IoT Solutions: IIoT
08-Aug-20 30
Sitara ARM MPU is demonstrated within the TI Starter
Development Kit
Information sources are mentioned at Bibliography.

Protocols Used in IoT/Smart Devices
• WiFi
• Bluetooth
• ZigBee
• NFC
• Cellular (3G/4G/LTE)
• LoRaWAN
• MQTT (Message Queue Telemetry Transport)
• DDS (Data Distribution Service)
• AMQP
• RFID
• Z-Wave (Low Range-Home appliance usage)
• Sigfox (Cellular +WiFi)

Sensors: IIoT/ IoT

IIoT Sensor+ HMI ecosystem

7 Practical Examples of IIoT Solution
• Let’s Check the Link !

Cloud Platforms: IoT
• Amazon AWS
• Microsoft Azure IoT Suite
• Google Cloud’s IoT Platform
• IBM Watson IoT Platform
• Cisco IOT Cloud Connect
• Thingworx 8
• Oracle IoT Platform
- There are few more. Choose your one based on studying Pros and Cons of
each platforms and your solution needs.

IoT Solution Simulators
IoT simulators allow you to design, create and test IoT apps and
devices without actually using real IoT boards.
• MATLAB
• IOTify
• Netsim
• IBM Bluemix
• Ansys IoT Simulator
• BevyWise IoT Simulator

08-Aug-20 37

Advantages/ Disadvantages of IoT Devices?!?!

Barriers of IoT Product Developers in
Bangladesh
• There are 3 major challenges to implementing IoT solutions in
Bangladesh: people, infrastructure, and finance.
• Inadequate Local Market
• Inadequate R&D Facilities
• Less awareness
• Unfavorable Policies
• Unplanned Distribution Channel and Supply Chain
• Bangladesh is based on ‘Human Capital’ rather ‘Tech Orientation’.

Local IoT Market (Bangladesh) Status

• On October 21, 2018, they signed a joint-venture deal with the state-
owned West Zone Power Distribution Company (WZPDCL) to create the
company "Bangladesh Smart Electrical Company Limited".(Hexing)
• 4 largest telcos (GrameenPhone, Robi, Banglalink, Airtel) are investing and
adopted their latest motto of contribution towards economy based on IoT
or Advanced Technologies.
• In August 2017, Robi signed an agreement with Sri Lankan start-up nCinga
to create an IoT solution focused on helping the RMG industries of
Bangladesh.
• Banglalink have their own Vehicle Tracking Service and the Watchmaniss
Security Service, a security service for corporates.
• In 2018, BTRC issued a directive in a preliminary effort to develop policy for
the new technology in Bangladesh and permission to use it in 9 sectors.

• Datasoft inaugurates its IoT device assembling plant at Gazipur Hi-
Tech Park
• More than 30 formal IoT product development startups / companies-
backed by different groups and banks.
• 500+ facebook/ private initiatives on IoT Product developments.
• ICT Ministry/ A2I is funding continuously from few thousands to few
millions.
• In last fiscal year (2019-2020), the government has announced 100
crore funded company to support local entrepreneurs.

Other Hands of 4th Industrial Rev.
• Data Science
• Machine Learning
• 3D Printing
• RPA (Robotic Process Automation)
• Cyber security
• Blockchain
• Automation

Industrial Robotics 4608-Aug-20

Industrial Robotics
• An industrial robot is a robot system used for manufacturing.
Industrial robots are automated, programmable and capable of
movement on three or more axes.
• In the year 2020, an estimated 1.64 million industrial robots were in
operation worldwide according to International Federation of
Robotics (IFR)

Industrial Robotics (Cont.)

World’s First Robot Company
• Unimation was the world's first robotics company. It was founded in
1962 by Joseph F. Engelberger and George Devol and was located in
Danbury, Connecticut. Devol had already applied for a patent an
industrial robotic arm in 1954; was issued in 1961.

Basic Terms for Industrial Robot
•Number of axes
•Degrees of freedom
•Working envelope
•Kinematics
•Carrying capacity or payload
•Speed
•Acceleration
•Accuracy
•Repeatability

Trendy fields for Industrial Robots
– Welding
– Machine Tending
– Removal
– Painting
– Handling
– Packaging
– Palletizing
– Clinical Lab

Fields of Industrial Robotics
• Let’s check some practical example of Industrial robotics, by sector:
http://schleicher.berlin/en/products/industry-examples/

Types of industrial Robots
• Articulated/Jointed arm
Application: Food, Bakery, Manufacturing (Palletizing)
• Cartesian/Rectilinear/Gantry
Application: Electronics ( ICs mounted on PCBs)
• Cylindrical
Application: Palletizing, Grinding process, assembly, handling machine tools.
• Polar/Spherical
Application: Welding etc., extensively used in the car Industry
• SCARA- Selective Compliance Assembly Robot Arm or Selective Compliance
Articulated Robot Arm
Application: Pick and place (usually in assembly operations)Sealant application, machine tool
handling
• Delta
Application: Pick and Place (mostly in assembly)

Types of industrial Robots (cont.)
• If you want to learn more about the types of industrial robots, you
can take a glimpse from here:
https://blog.technavio.com/blog/major-types-of-industrial-robots

Top 10 Industrial Robot Manufacturers of the
World-2019
https://www.valuewalk.com/2019/06/top-10-largest-industrial-robot-manufacturers/
5908-Aug-20

More Commercial Industrial Robot Producers
• There are reported 100+ industrial robot manufacturers in the world.
But not all are renowned, nor all are mention-worthy.
• You can take a look at the roughly most dominant 21 companies:
https://blog.technavio.com/blog/top-21-companies-in-the-
industrial-robotics-market

Aggressive Increment of Usage
Year Supply Year Supply
1998 69,000 2008 113,000
1999 79,000 2009 60,000
2000 99,000 2010 118,000
2001 78,000 2012 159,346
2002 69,000 2013 178,132
2003 81,000 2014 229,261
2004 97,000 2015 253,748
2005 120,000 2016 294,312
2006 112,000 2017 381,335
2007 114,000 2018 422,271
0
50,000
100,000
150,000
200,000
250,000
300,000
350,000
400,000
450,000
1995 2000 2005 2010 2015 2020
Supply

Lets watch a video of Industrial Robots
Automaticon 2019 –
Industry 4.0 exhibition

Lets watch another video of Industrial Robots
Automated Manufacturing
Robots - FABTECH

Automation
From Wiki:
• Automation, or Labor-saving technology is the technology by which a
process or procedure is performed with minimal human assistance.
• Automationor automatic control is the use of various control systems
for operating equipment such as machinery, processes in factories,
boilers and heat treating ovens, switching on telephone networks,
steering and stabilization of ships, aircraft and other applications and
vehicles with minimal or reduced human intervention.

Automation Tools
• ANN – Artificial Neural Network
• DCS – Distributed Control System
• HMI – Human Machine Interface
• SCADA – Supervisory Control and Data Acquisition
• PLC – Programmable Logic Controller
• Instrumentation
• Motion control
• Robotics

Difference between Automation and Robotics
• Automation is the process of using physical machines, computer
software and other technologies to perform tasks that are usually
done by humans.
• Robotics is the process of designing, creating and using robots to
perform a certain task.

Lets see some Automation…
Vending Machine in japan Home Automation

Industrial Control Systems
• Industrial control system (ICS) is a general term that encompasses
several types of control systems and associated instrumentation used
for industrial process control.
• Example:
• supervisory control and data acquisition (SCADA)
• distributed control systems (DCS)
• programmable logic controllers (PLCs)
• DCSs were traditionally used to control large processes, while PLC
systems were used to control machines.

Industrial Control Systems (cont.)

Functional manufacturing control levels. DCS (including PLCs or RTUs) operate on
level 1. Level 2 contains the SCADA software and computing platform.

Industrial Robotics Programming
• Robot software is the set of coded commands or instructions that tell
a mechanical device and electronic system, known together as a
robot, what tasks to perform.
• Some robot software aims at developing intelligent mechanical
devices. Common tasks include feedback loops, control, pathfinding,
data filtering, locating and sharing data.
• Different manufacturers use their ‘Proprietary’ Programming
language (scripting/GUI) for controlling their branded robots.

Industrial Robotics Programming
• The fundamental challenge of all robotics is this: It is impossible to
ever know the true state of the environment. Robot control software
can only guess the state of the real world based on measurements
returned by its sensors. It can only attempt to change the state of the
real world through the generation of control signals.

Industrial Robotics Programming (cont.)
• Robot Programming Language Types:
• Visual Programming Language (i.e. LEGO Mindstorms EV3)
• Scripting Language (i.e. RAPID, KAREL etc.)
• Parallel Language (event based programming)
(i.e. URBI- Universal Robot Body Interface, opensource)

Industrial Robotics Programming (cont.)
• VAL (Variable Assembly Language) as one of the first robot ‘languages’
and was used in “Unimate” robots.
• Some dominating
Proprietary, company-wise
Programming language:
Robot brand Language name
ABB RAPID
Comau PDL2
Fanuc Karel
Kawasaki AS
Kuka KRL
Stäubli VAL3
Yaskawa Inform

Difference between PLC & Robot Program
• PLC ( Programmable Logic Controller) programming is widely known
as Ladder Diagram. And Robot Programming is common logic
execution, designed by algorithm.
• The basic difference is ‘Stepped Programming’ (Robot) and ‘Cyclic
Programming’ (PLC)
• A PLC programming will go through every line of code, in every scan,
unless you program it otherwise.
• A typical robot program is read line for line, and doesn't continue
before the operating in the line is done.

Difference between PLC & Robot Program
• A well programmed plc is all seeing. It can see everything at once.
• A robot can see the current line, and that's it.
That's also why there isn't a stop button in the robot program. The
robot wouldn't see it.

Sample Ladder Coding (PLC)

Sample Industrial Robot Programming

A Commercial Multipurpose Bot (Khepera-iv)

Remarkable 05 Industrial Robots (according to Lucarobotics)
#1:
Valkyrie Robots
• Developed in collaboration
with NASA and
the University of Edinburgh

#2:
Atlas
• Atlas, developed by Boston Dynamics
• has the ability to balance while
performing tasks such as carrying
items even when it is pushed.
• Atlas’s hardware takes advantage of
3D printing.

#3:
SPOT MINI
• Spot Mini is the first robot from
Boston Dynamics that is becoming
commercially available.
• This robot is designed to be used in a
variety of functions including security,
manufacturing and delivery.

#4:
HRP-5P
• HRP-5P is an advanced humanoid.
• Created by AIST, HRP-5P is a research
robot designed to be able to assist with
building and manufacturing processes.
• With the construction sector contributing
7% of the UK’s overall GDP, this could be
a game changer for large and small
businesses alike.

#5:
BAXTER
• Baxter, built by Rethink Robotics,
was introduced in September 2011 and
is one of the first collaborative robots.
• Baxter has a screen ‘face’ that allows it
to display dynamic facial expressions to
show its mood.

Robotics Simulator
• RoboLogix
• RoboDK
• RokiSim
• Bastian Solution (Toyota)- Simulation Solution Service Provider
• Webots
• Gazebo
• V-Rep
• Microsoft Robotics Developer Studio
• RoboGuide
• RobotExpert
• RobotStudio (ABB)
• WorkSpace
• RoboWorks

Robotics Simulator (cont.)
• RoboLogix
Picture: RoboLogix Simulator- demo picture

Robotics Simulator (cont.)
• Lets check two sites of robot simulator software:
- https://robodk.com/index
- https://www.parallemic.org/RoKiSim.html
- http://www.workspace5.com/WorkspaceLT/Features.htm
- https://new.abb.com/products/robotics/robotstudio (free for 2020!)

ROS (Robotics Operating System)/ Framework
• Robot Operating System (ROS) is a set of software libraries and tools
that helps you build robot applications. You can also write your own
programs for ROS e.g. in C/C++ or Python.
• Software in the ROS Ecosystem can be separated into three groups:
• language-and platform-independent tools used for building and distributing
ROS-based software;
• ROS client library implementations such as roscpp,rospy and roslisp
• packages containing application-related code which uses one or more ROS
client libraries.

Architecture of Multi-Level robot
control using ROS

• Robot Operating System (ROS or ros) is robotics middleware (i.e.
collection of software frameworks for robot software development).
ROS itself is not a real-time OS (RTOS). It is possible, however, to
integrate ROS with real-time code.
ROSVersionreleasefrom
differentDistro

Why should I Learn ROS?

ROS/Robot Programming
• 2 good reads:
An Introductory Robot Programming Tutorial
https://www.toptal.com/robotics/programming-a-robot-an-introductory-tutorial
An Introduction to Robot Operating System: The Ultimate Robot Application
Framework
https://www.toptal.com/robotics/introduction-to-robot-operating-system

Robotic Process Automation (RPA)

Robotic Process Automation (RPA)
• According to Wiki:
• “Robotic process automation (or RPA) is a form of business process automation
technology based on metaphorical software robots (bots) or on artificial intelligence
(AI)/digital workers. It is sometimes referred to as software robotics (not to be
confused with robot software).”
• In traditional workflow automation tools, a software developer produces
a list of actions to automate a task and interface to the back-end system
using internal application programming interfaces (APIs) or dedicated
scripting language.
• In contrast, RPA systems develop the action list by watching the user
perform that task in the application's graphical user interface (GUI), and
then perform the automation by repeating those tasks directly in the GUI.
This can lower the barrier to use of automation in products that might not
otherwise feature APIs for this purpose.

Why RPA?
(cont.)

How RPA Works-Example

Benefits of RPA in your business/process
• Cost savings
• Significant process improvements
• Redeployment of resources to higher value functions
• Improved productivity
• Improved quality
• Improved customer service
• Improved compliance
• With RPA, organizations can leverage quick-to-deploy, cost-efficient tools to
infuse efficiency and intelligence to their processes- thereby significantly
impacting their profits and revenue.

Usage of RPA in venture

RPA Platforms
• Most Common/ Popular Platforms on 2020 are: (according to G2 ratings)
• Automation Anywhere
• UiPath RPA | Robotic Process Automation
• Blue Prism
• Pega Platform
• WinAutomation by Softomotive
• Laserfiche
• Datamatics TruBot
• Automate Robotic Process Automation
• Intellibot - Robotic Process Automation platform
• Nintex RPA
• ElectroNeek RPA
• Workfusion Intelligent Automation Cloud
• IBM Robotic Process Automation with Automation Anywhere
• Attrio Hyperautomation

Differences between Traditional Automation
and RPA

RPA- Life Cycle
• Typically 04 stages in a RPA life cycle:
• Analysis
• Bot Development
• Testing
• Support & Maintenance

Real-time example of RPA in Industry
• Website Scrapping

Real-time example of RPA in Industry
• Customer Order Processing
• Incoming Customer E-mail Query Processing
• Transferring Data from one system to another
• Call center operations/ IVR systems incorporating intelligent interaction with
callers
• Payroll Processing
• Forms Processing
• Client profile updates
• Claims Processing
• Generating Premium renewals
• Requests for Overdraft protection
• Exception Processing

Real-time example of RPA in Industry (cont.)
• Account Reconciliation
• Credit card applications
• Patient registration
• Shipping notifications
• Member eligibility and billing
• Onboarding
• Compliance reporting
• Change of address processing
• Fraudulent account closing
• Customer complaints processing

Real-time example of RPA in Industry (cont.)
• Data cleansing
• Order Updates
• Expense management
• Extracting data from PDFs, scanned documents and other formats
• Periodic report preparation and dissemination
• Data validation
• Generating mass emails
• Updating scorecards
• Automated testing
• Software installations
• Candidate sourcing

Career in RPA
• Positions:
• Developer
• Project Manager
• Solution Architect
• Business Analyst
• Associate
• Process Consultant
• Lets check on Upwork!

E-Vehicle/ Autonomous Vehicle

Future of Industrial Robotics in Bangladesh
• “Industrial robot imports rose to 97 units in fiscal 2018-19 from 73 the
previous year. A year earlier, 152 units of robots were brought in,
according to data from customs.” – The Daily Star, Aug 20, 2019
• “RFL’s Paul said local firms will have to adopt advanced technology to
reduce production cost to compete with Chinese and Vietnamese
firms in the global market.” – The Daily Star, Aug 20, 2019
• “Robots take up jobs that are repetitive in nature, he said, citing the
example of the use of machines in sweater factories and a slump in
demand for labours.” – The Daily Star, Aug 20, 2019
11108-Aug-20 Information sources are mentioned at Bibliography.

11208-Aug-20

Source: https://www.dhakatribune.com/uncategorized/2016/02/07/robots-to-take-over-70-of-jobs
Robots to take over 70% of jobs?
11308-Aug-20

Universal Robot- A Collaborative Robot
(Cobot)

Universal Robot- A Collaborative Robot
(Cobot)
115
Picture: UR Cobot in manufacturing industry
https://pbs.twimg.com/media/ERTHGjDXUAA7zUA
08-Aug-20

Potential Industries for UR/IR
• Pharmaceuticals
• Automobile
• Micro-Electronics
• Courier Services
• Food Manufacturing
• Any industry with ‘précised’ Pick&Place opportunities

Automobile Manufacturers/Assembler in
Bangladesh-2020
• Bangladesh Honda Private Limited (a subsidiary of Honda)
• Bangladesh Machine Tools Factory
• Jamuna Automobiles
• Aftab Automobiles
• Niloy-Hero Motors (joint venture between Hero MotoCorp and Niloy Motors)
• PHP Automobiles [With Proton from Malaysia]
• Pragoti [ Govt. Enterprise- with Mitsubishi and Mahindra Motors]
• RoadMaster Motors
• Runner Automobiles/ Runner-UM Motors
• Walton Hi-Tech Industries Limited [Discontinued]
Source: https://www.revolvy.com/page/Automotive-industry-in-Bangladesh 11708-Aug-20

Freelance Career:
IoT/ IIoT/ Robot Programming
• Fiverr
• Upwork
• Linked In Jobs
• https://www.toptal.com/robotics
Let us check some job scenarios on Upwork & toptal.
08-Aug-20 118
Most of the contents of this presentation file is collected from internet. The sources are mentioned with respect in the end 03 slides. Thank you to the contributors.

Opportunities of IoT based Solution
Developers in Bangladesh
• Home Appliance Manufacturers (Walton, Minister, Singer)
• RMG (Sewing, Washing, Knitting)
• FMCG Manufacturing (City, TK, Unilever, Square)
• Smart Home Automation (smart energy meter, product automation)
• Agriculture/ Agro-Tech (harvester, pesticide sprayer, Cold Storage)
• Process Automation ( Chittagong Port/ Courier Warehouse)
• Government Enterprises (Traffic Signal, Camera based retro-reflactor
Number plate reader, Public Transport)
• Public Health (Thermal Scanner, Air pollution detector)
• Any Assembling/Manufacturing factories
08-Aug-20 119
Most of the contents of this presentation file is collected from internet. The sources are mentioned with respect in the end 03 slides. Thank you to the contributors.

Future of Jobs (according to World Economic Forum)
• Complex Problem Solving
• Critical Thinking
• Creativity
• People Management
• Coordinating with Others
• Emotional Intelligence
• Judgement and Decision Making
• Service Orientation
• Negotiation
• Cognitive Flexibility
Are all these jobs for
Science Background Students?
Or Commerce Background Students?
Or Arts Background Students?
Or XYZ –any Background Students??

A Great OPEN resource of Industrial Robotics
• Do you know a full-fledged book on Robotics by an
academician is available for reading free online?
• Open access peer-reviewed Edited Volume: (2006)
Industrial Robotics
Programming, Simulation and Applications
Edited by: Kin-Huat Low
Nanyang Technological University, Singapore
Link:
https://www.intechopen.com/books/
industrial_robotics_programming_simulation_and_
applications

Few Suggestions
• Choose any ‘Specific Track’ and make a significant milestone.
• Always make schedule, track your progress
• Make your portfolio site- Publish whatever you have learnt, whatever
you have achieved. Link all your online presence there.
• Build your habit of ‘Reading’. And then on ‘Research’.
• ‘Documentation’ of a particular knowledge, software, solution,
product-Anything you name- is and should be the first priority to go
through before moving with that.

Bibliography-1
• https://en.wikipedia.org/wiki/Industrial_robot
• https://en.wikipedia.org/wiki/Automation
• https://en.wikipedia.org/wiki/Robot_software
• https://www.quora.com/What-is-the-difference-between-PLC-programming-and-robot-programming
• https://i.ytimg.com/vi/PXTugTfrG88/maxresdefault.jpg
• https://www.plcmanual.com/wp-content/uploads/2012/04/3.jpg
• http://www.k-team.com/khepera-iv
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Bibliography-2
• https://web2u43.com/industrial-robots-types-applications/
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• https://blog.technavio.com/blog/major-types-of-industrial-robots
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• https://en.wikipedia.org/wiki/Sitara_ARM_Processor
• https://www.statista.com/statistics/1084823/global-ros-based-robot-market-volume/
• https://www.transparencymarketresearch.com/robot-operating-system-market.html
• https://www.bloomberg.com/press-releases/2019-05-16/the-rise-of-ros-nearly-55-of-total-commercial-robots-shipped-in-2024-
will-have-at-least-one-robot-operating-system-package
• https://en.wikipedia.org/wiki/Real-time_operating_system
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• https://www.softwaretestinghelp.com/iot-devices/
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• https://www.ubuntupit.com/top-15-standard-iot-protocols-that-you-must-know-about/

Thank You.
Signing Off:
Redwan Ferdous Farhan
redwan.contact@gmail.com
https://sites.google.com/view/redwanferdous 126

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