BS Internet of Things

Program Overview

Credit Hours

134

Duration

4 Years

Semesters

8

Attendance

Full-time

The BS Internet of Things program at Superior University is a 4-year NCEAC-accredited undergraduate degree dedicated to the design, development, and deployment of connected intelligent systems. Students develop expertise in embedded systems, sensor and actuator technology, wireless communication protocols (Wi-Fi, Bluetooth, Zigbee, LoRaWAN, MQTT), IoT cloud platforms (AWS IoT, Azure IoT, Google Cloud IoT), edge computing, data analytics for IoT, IoT security, and smart systems applications in manufacturing, healthcare, agriculture, and smart cities.

The program produces IoT engineers capable of building complete connected systems — from hardware design and firmware through cloud integration and data analytics. The 3U1M model ensures one full year of IoT industry engagement before graduation.

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PROGRAM ACCREDITATIONS

HEC Accrediated

HEC Accrediated

NCEAC Accrediated

NCEAC Accrediated

Why Choose BS Internet of Things at Superior University?
Embedded Systems & Microcontrollers

Embedded Systems & Microcontrollers

Designing and programming small-scale computing units that control devices and systems.

Wireless Communication & Networking

Wireless Communication & Networking

Enabling devices to connect and exchange data through Wi-Fi, Bluetooth, Zigbee, and other protocols.

Sensor Integration & Device Connectivity

Sensor Integration & Device Connectivity

Linking sensors to hardware for real-time monitoring, automation, and smart applications.

Data Collection, Cloud Computing & Analytics

Data Collection, Cloud Computing & Analytics

Gathering data from devices, storing it in the cloud, and applying analytics for insights and decision-making.

Edge Computing & Real-Time Processing

Edge Computing & Real-Time Processing

Performing computations locally on devices to reduce latency and improve responsiveness.

IoT Security & Privacy Management

IoT Security & Privacy Management

Protecting connected systems against cyber threats, ensuring secure data transmission and user privacy.

Professional Certifications

AWS IoT Certification

AWS IoT Certification

Microsoft Azure IoT Developer

Microsoft Azure IoT Developer

Cisco IoT Associate

Cisco IoT Associate

Google IoT Core

Google IoT Core

CompTIA IoT+

CompTIA IoT+

Key Skills You Will Learn
Embedded Systems & Microcontrollers

Embedded Systems & Microcontrollers

Wireless IoT Protocols

Wireless IoT Protocols

MQTT & IoT Messaging

MQTT & IoT Messaging

Cloud IoT Platforms

Cloud IoT Platforms

Edge Computing

Edge Computing

IoT Data Analytics

IoT Data Analytics

IoT Security

IoT Security

Smart Systems Design

Smart Systems Design

Career Outcomes

IoT Engineer

Embedded Systems Developer

IoT Solutions Architect

Smart Systems Integration Specialist

International Partners

Marmara University - Istanbul
Yeditepe University - Istanbul
Halic University - Istanbul
Boise State University - USA
Westcliff University - USA
University of Essex - UK
University of Craiova - Romania

Tools and Technologies

Programming & Development


  • C-C++
    C-C++
  • Python
    Python
  • JavaScript
    JavaScript
  • Embedded-Systems
    Embedded-Systems
  • Arduino
    Arduino
  • Raspberry Pi
    Raspberry Pi
  • ESP32
    ESP32
  • STM32
    STM32

Networks & Communication


  • Wi-Fi
    Wi-Fi
  • BLE
    BLE
  • ZigBee
    ZigBee

Admissions & Eligibility

Domestic Applicants

Intermediate or Equivalent

International Applicants

Intermediate or Equivalent

⚠️ Important

Always refer to the Admissions Office for the current criteria, deadlines and documentation.

NEXT STEPS

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Program Roadmap

Explore courses roadmap in BS Internet of Things
CourseCredit Hours
Ideology and Constitution of Pakistan2
Leading with Character3
Functional English3
Discrete Structures3
Applied Physics (Theory)2
Applied Physics (Lab)1
Application of Information & Communication Technology (Theory)2
Application of Information & Communication Technology (Lab)1
Fehm-e-Quran - I1
Pre-Calculus3
Total Credit Hours21
CourseCredit Hours
Programming Fundamentals (Theory)3
Programming Fundamentals (Lab)1
Calculus & Analytical Geometry3
Digital Logic & Design (Theory)2
Digital Logic & Design (Lab)1
Digital Marketing3
Generative Artificial Intelligence3
Computational Statistics3
Pre-Algebra3
Total Credit Hours22
CourseCredit Hours
Object Oriented Programming (Theory)3
Object Oriented Programming (Lab)1
Computer Networks (Theory)2
Computer Networks (Lab)1
Linear Algebra3
Database Systems (Theory)3
Database Systems (Lab)1
Introduction to Internet of Things3
Total Credit Hours17
CourseCredit Hours
Data Structures & Algorithms (Theory)3
Data Structures & Algorithms (Lab)1
Web Technologies (Theory)2
Web Technologies (Lab)1
Information Security (Theory)2
Information Security (Lab)1
Microcontrollers for IoT Devices (Theory)2
Microcontrollers for IoT Devices (Lab)1
Computer Organization & Assembly Language (Theory)2
Computer Organization & Assembly Language (Lab)1
Total Credit Hours16
CourseCredit Hours
Analysis of Algorithms3
Mobile Application Development (Theory)2
Mobile Application Development (Lab)1
Artificial Intelligence (Theory)2
Artificial Intelligence (Lab)1
Introduction to Devops (Theory)2
Introduction to Devops (Lab)1
Network Protocols for IoT (Theory)2
Network Protocols for IoT (Lab)1
IoT Analytics and data visualization with Cloud Services (Theory)2
IoT Analytics and data visualization with Cloud Services (Lab)1
Total Credit Hours18
CourseCredit Hours
Technopreneurship3
Operating Systems (Theory)2
Operating Systems (Lab)1
Wireless Communication Networks3
Cloud Computing (Theory)2
Cloud Computing (Lab)1
IoT Applied Machine Learning (Theory)2
IoT Applied Machine Learning (Lab)1
Introduction to Security of Internet of Things and Cyber-Physical Systems (Theory)2
Introduction to Security of Internet of Things and Cyber-Physical Systems (Lab)1
Total Credit Hours18
CourseCredit Hours
Expository Writing3
Computer Architecture (Theory)2
Computer Architecture (Lab)1
Software Engineering3
Multivariable Calculus3
Introduction to Management2
Final Year Project (part-I)2
Total Credit Hours16
CourseCredit Hours
Technical & Business Writing3
Islamic studies2
Fehm-e-Quran - II1
Professional Practices2
Final Year Project (part-II)4
Civics and Community Engagement3
Total Credit Hours15

Specializations

Smart Systems & Embedded IoT
Smart Systems & Embedded IoT
Industrial IoT (IIoT)
Industrial IoT (IIoT)
IoT Cloud & Edge Computing
IoT Cloud & Edge Computing
IoT Security & Privacy
IoT Security & Privacy
IoT Data Analytics & AI
IoT Data Analytics & AI

TRANSFORMATIONAL JOURNEY

Discover your 3C Advantage

Character


Security-First IoT Design — IoT devices control physical systems — compromised IoT can endanger lives. This program builds engineers who embed security from the design phase, never treating it as an afterthought, and who refuse to deploy connected systems with known security vulnerabilities.

Courage


The Courage to Connect the Physical World — IoT engineering operates at the intersection of hardware, firmware, networking, and cloud — requiring courage to master multiple domains simultaneously and persist through the inevitable integration challenges.

 

Competence


Full-Stack IoT Engineering Competence — Students develop hands-on competence in embedded systems, wireless protocols, cloud IoT platforms, edge computing, IoT security, and data analytics — producing complete IoT engineers capable of designing, building, and deploying connected systems end-to-end.

FAQs

Frequently Asked Questions

The BS Internet Of Things is a 4-year undergraduate degree program comprising 8 semesters. It is meticulously designed to ensure employability by integrating Superior University's signature 3U1M framework (Three years in University, One year in Market), providing students with practical, hands-on industry experience before graduation.

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