Here is a review of EMBEDDED SYSTEMS & ROBOTICS COURSE with Atopet Automations Limited.

FEATURING
o Microcontrollers
• ARM, Cortex M3 microcontrollers
• Arduino UNO/Nano microcontrollers
• Microchip PIC Microcontrollers
• Raspberry Pi


o Software
• Embedded C/C++ C/C++ Compiler e.g Kiel-C UVision5, Embedded Python
• ARM online compiler/Arduino Software IDE/ Microchip MpLAB IDE
• Proteus Professional, Multism, Utiliboard
• Tera Term, Cool term, serial monitor, etc.

BASIC AND INTERMEDIATE Courses
1. Introduction
The Embedded System, its characteristics and examples. Review of the
microprocessor and introduction to microcontroller. Microcontroller
architectures, memory map, instruction set.

2. Microcontrollers Core, Memory, and Architectures
Microcontroller Architectures, e.g. ARM Cortex-M3, Memory Technologies:
review of technologies applicable in embedded environment.

3. Sensors Interfacing I: Digital and Analogue Input/Output
Review of digital I/O, InfraRed PIR Motion Sensor, techniques of analogue
I/O, Data Acquisition – resolution and accuracy, ADCs, PWM sources and
applications. Interfacing to power devices, dc and stepper motors, dc
sources, servos etc, Piezo Buzzer, TruOpto Light Dependent Resistor (LDR),
LM335AZ - Temperature Sensor, LCD Display, Ultrasonic Module HC-SR04
Distance Sensor and One Wire Digital Temperature Sensor - DS18B20

4. Data Communications
Serial Ports, Review of simple serial protocols, e.g. SPI, I2C bus.
Overview of advanced and high reliability data links, eg CAN bus.

5. Dealing with Time
Interrupts and their structures, latency, priorities, overview of complex
counter/timer structures and their applications

6. Software Development
Survey of embedded C, C++, Software Design. Structured software design.
Challenges of applying C to embedded environment. Typical C compilers.
Safety conscious C. Overview of multitasking. The Real Time Operating
System (RTOS): tasks, priorities, scheduling.


ADVANCED Course
1. Power Supply, Processing and Management
Supply management. Brown-out and reset issues. Design for Low Power: power
supply and management in a power conscious environment. Features of a low
power microcontroller and their application, optimization through use of
Sleep and Idle modes, and clock switching, Low power circuit design.

2. Internet of Things (IoT)
How the Next Evolution of the Internet Is Changing Everything, IoT as a
Network of Networks, Online and Offline Embedded systems, WIFI, People and
Things Connecting to Internet, Wireless Sensor Networks (WSN) etc

3. Advance Communication
Advanced and high reliability data links, e.g. CAN bus, LIN bus. Physical
limitations on data links e.g. Ethernet, USB etc. Internet-linked embedded
systems.

4. Cut-edge Technology in embedded Systems
Advanced Languages Survey - Java Application on embedded Systems,
Multitasking and its relative merits in embedded environment. The Real
Time Operating System (RTOS) etc

SPECIALISED Course
5. Sensors Interfacing II: Digital and Analogue Input/Output
i. Humidity, Dew point and Temperature Sensor (DHT22)
ii. Ultrasonic Range Finder Srf05 & Srf08
iii. Ultrasonic Transmitter/Receiver
iv. Infrared Receiver Module
v. HC-05 Wireless Bluetooth RF Transceiver Module serial.

6. Specialty
i. ARM Controller + Bluetooth: SM-RN RN42 module data serial transfer (M2M)
ii. ARM Controller + LinkSprite JPEG Infrared Color Camera TTL Interface:
Capture high pixel images and save into flash memory
iii. Network ARM Controllers using I2C protocol
iv. Networked ARM Controllers using CAN protocol
v. ARM Controller + EasyVR Shield 2.0: Voice Recognition Shield, voice
programmed into controllers and use for automation.
vi. ARM Controller + RN-XV WiFly: IoT (WIFI data transfer)
vii. ARM Controller + Ethernet: IoT
viii. PIC 18f + Bluetooth: Windows App – interfaces with PC (Laptop) GUI
to control and monitor devices. PIC RF Solutions with Bluetooth Module
TOOTHPIC-V2
ix. Arduino + 1Sheeld – Mobile Automation - integrated plugin on Android
smartphone for control of devices with your phone and Arduino; features
LCD Screen, Gyroscope, Switches, LEDs, Accelerometer, Magnetometer, GSM,
Wi-Fi, GPS… etc

Graduate Trainee (Embedded systems and Robotics) Atopet Automations Limited

Duties and Responsibilities:

The main job of a trainee engineer is work as per the guidelines and instructions of his manager and deliver to the best of his abilities.
He will be responsible to perform and carry out any project undertaken by the senior management of the company.
He might have to assist his seniors in developing a new project.
He should have the ability to improvise on existing engineering techniques in force in the company in order to make them more feasible and cost effective.
He might be given some basic guidelines and expected to showcase his engineering skills on them.
His main responsibility is to cultivate and learn professional behavior and mannerisms from this traineeship.
He might have to conduct sampling activities and take decisions on them along with the consent of his manager.
He might be required to work out an exhaustive budget and devise new methods for achieving the company’s goal.
He may need to gather information relating to latest engineering techniques and pass them to the technical team for incorporation

Relevant degree or qualification in technical fields and Engineering, with I.T compliance.
Skills and Specifications:

A Trainee engineer must be adept in technology advancements and other engineering aspects
Must be able to work in a team
Must be proficient in mathematics and analytical subjects.
Must have the ability to understand complex scenarios and decode them with ease
Must have great interpersonal skills.
Must be a quick observer and ready to learn new things.
Problem solving skills
Up-to-date knowledge of technologies
Good organisational and time management skills
For programming, knowledge of one or more programming languages relevant to the role
Some may require experience with database management systems
An ability to work to deadlines
A good eye for detail
Required Skills
computer programming : 1 year or less
engineering : 1 year or less
electrical electronics : 1 year or less

Source: http://www.careers24.com.ng/jobs/adverts/136295-graduate-trainee-embedded-systems-and-robotics-rivers/?jobindex=1

Visit: http://atopetautomations.com/index.php/join-us

Where are they doing this stuff?

Atopet Automations Limited
#44 Road 8, Pipeline Rumukwrushi, Port Harcourt

Embedded systems and robotics are interdisciplinary fields at the intersection of hardware and software engineering. Embedded systems involve the integration of specialized computing devices into larger systems to control and monitor various applications. In robotics, these embedded systems play a crucial role in powering the intelligence and control mechanisms of robots, enabling them to perform tasks autonomously.

These systems are omnipresent in our daily lives, from household appliances to industrial machinery and smart devices. Robotics, on the other hand, encompasses a wide range of applications, from manufacturing and healthcare to space exploration and entertainment.

To delve deeper into the intricacies of embedded systems and robotics, individuals can benefit from an embedded system certification course. Such a course equips participants with the skills and knowledge needed to design, implement, and troubleshoot embedded systems, preparing them for a career in this rapidly evolving field. Certification serves as a valuable credential, validating one's expertise and enhancing their prospects in the exciting realms of embedded systems and robotics.