Syeda Kashaf Kulsoom
Electronic Engineer
Bachelor of Engineering in Electronic Engineering
NED University of Engineering & Technology
CGPA: 3.716/4.0
About Me
Bridging the Gap Between Hardware and Software
Hello! I am Syeda Kashaf Kulsoom, an Electronic Engineer with a passion for building smart, practical systems. I recently graduated with a Bachelor of Engineering from NED University of Engineering & Technology, maintaining a 3.716 CGPA and earning the Ehsaas Undergraduate Scholarship for four consecutive years.
My technical expertise lies in designing IoT and embedded solutions, where I love turning theoretical ideas into real-world applications. From developing environmental monitoring tools to automating industrial furnace systems, I focus on creating scalable technology that makes a tangible impact on the industry and the environment.
Beyond the lab, I am deeply committed to Educational Leadership. I have designed curriculum modules and mentored over 300 national and international students in innovation and design thinking. Whether I am optimizing a RISC-V processor or teaching a robotics workshop, I am driven by a curiosity to understand how things work and a desire to improve them.
Currently, I am seeking to deepen my research in embedded systems and IoT, with the goal of advancing these technologies through doctoral studies.
Professional Focus
An electronics engineer passionate about building smart, practical systems that bridge hardware and software.
Experience
Ranges from designing IoT and embedded solutions to teaching and leading technical teams in EdTech.
Passion
Loves turning ideas into real-world projects, such as environmental monitoring tools, home automation, and mentoring students in hands-on workshops.
My Skills
A collection of technologies and tools I work with to bring ideas to life
Technical Skills
Core Competencies (Soft Skills)
Problem-Solving & Critical Thinking
Ability to analyze complex technical challenges and engineer practical solutions.
Leadership & Mentorship
Experienced in leading technical teams and mentoring over 300 students.
Adaptability & Teamwork
Proven effectiveness in collaborative environments, from academic group projects to industrial teams.
Time Management
Strong ability to multitask and meet tight project deadlines.
Research Interests
My research is deeply rooted in the intersection of hardware and software, with a specific focus on:
Core Focus Areas
Embedded Systems & IoT
Designing resilient architectures for the Internet of Things, focusing on sensors, actuators, and real-time data acquisition.
Digital Systems & Computer Architecture
Exploring methods to enhance the efficiency of embedded platforms through tighter hardware-software integration.
Automation & Control
Developing intelligent control systems that automate complex processes for industrial reliability.
Research Philosophy
I am committed to moving beyond theoretical models by developing practical, scalable systems. My goal is to bridge the gap between academic research and real-world utility, particularly in environmental monitoring and industrial automation. I am highly motivated to advance this work through doctoral studies.
Work Experience
My professional journey and the experiences that shaped my career
Educational Leadership & Mentorship
EdTech
- •Designed curriculum/training modules for innovation, design thinking, and project execution
- •Mentored over 300 national and international students
- •Led technical teams in educational technology projects
- •Conducted hands-on workshops and training sessions
Internship - Maintenance & Services Division
Peoples Steel Mills Ltd.
- •Completed two-week internship in Maintenance & Services Division
- •Gained hands-on experience in industrial maintenance systems
- •Applied engineering principles in real-world industrial environment
- •Successfully completed internship with recognition certificate
Education & Certifications
Bachelor of Engineering in Electronic Engineering
NED University of Engineering & Technology
Graduated
CGPA: 3.716/4.0 - Specialized in Electronics, Embedded Systems, and IoT
Professional Certifications & Training
Arduino & Circuit Designing With Simulation Course
Issued by: Robo Station
Date: May 2022 – June 2022
Details: Awarded for exceptional performance and successful completion of the course curriculum.
Industrial Internship Program
Issued by: Peoples Steel Mills Ltd.
Date: March 2023 – April 2023
Details: Completed a two-week intensive training in the Maintenance & Services Division (M&S-II), gaining practical industrial knowledge.
Competitions & Recognition
Certificate of Appreciation (Research Co-Author)
Event: 2nd International Conference on Technology Driven Climate Action (CLIMATECH 2025)
Contribution: Recognized for invaluable contribution as a Co-Author for the abstract on LoRaWAN-based mobile IoT systems.
Innovation Fair Exhibitor
Event: Generation's School Innovation Fair 2023
Contribution: Recognized for exhibiting the 'IoT-Based Air Quality Monitoring & Control System' project.
Circuit Soldering Competition
Event: PROCOM '23 at FAST University
Contribution: Certificate of participation for competing in the circuit soldering challenge.
Featured Projects
A showcase of my recent work and projects that demonstrate my skills and expertise
IoT-Based Air Quality Monitoring & Control System
The Goal:
To monitor dangerous gases and particulate matter in real time and automatically clear the environment when safety thresholds are exceeded.
Key Features:
Designed a real time dashboard for data tracking and an automated alert system using LEDs and buzzers. The system can trigger actuators, such as fans, to improve air quality autonomously.
The Tech:
LoRaWAN Environmental Monitoring System
The Goal:
To create a long-range, low-power system for monitoring climate data.
Key Features:
Successfully integrated multiple sensors to collect accurate temperature, humidity, and CO2 data, which was validated through experimental testing.
The Tech:
RISC-V Single Cycle Core
The Goal:
To design and verify the architecture of a single-cycle processor.
Key Features:
Designed the complete datapath including the ALU, instruction memory, and control unit. Verified the design through rigorous simulation.
The Tech:
Automatic Furnace Control System
The Goal:
To improve industrial safety and efficiency by automating furnace temperature regulation.
Key Features:
Replaced manual intervention with an automated control loop that adjusts operations based on real-time temperature readings, ensuring consistent product quality.
The Tech:
Advanced Home Automation System (IoT)
The Goal:
To enable advanced remote monitoring, security enhancements, and energy optimization.
Key Features:
Built using a Raspberry Pi to enable comprehensive home automation with remote monitoring capabilities, security features, and energy optimization.
The Tech:
Home Automation System (Bluetooth)
The Goal:
To provide accessible, local remote control of household devices.
Key Features:
Built using an ESP8266 and Bluetooth module for accessible, local remote control of household devices.
The Tech:
Round-Robin Arbiter
The Goal:
To manage resources efficiently in digital systems.
Key Features:
Implemented a scheduling algorithm focused on fairness and verified it for efficient resource management.
The Tech:
Scholarly Work & Publications
Research contributions and publications in embedded systems, IoT, and environmental monitoring
Conference Proceedings
Development of a LoRaWAN-based Mobile IoT System for Real-Time Climate Monitoring
Journal Submissions
Design, Development, and Evaluation of an ML-IoT Enabled Environment Quality Monitoring System
EQA - International Journal of Environmental Quality
A manuscript detailing the creation of a machine-learning-enabled system for precise environmental quality assessment.
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Technical Articles & Reports
IoT-Based Air Quality Monitoring and Control System
Contribution: Contributed to literature review, system architecture design, result analysis, and conclusion
Technical Articles (Published on ResearchGate)
The Key Technologies Enabling the Metaverse
ResearchGate
Mechatronic Components and System Integration in a Humanoid Robot (Tesla Optimus)
ResearchGate
Internet of Things in Smart Agriculture: Transforming Traditional Farming
ResearchGate
Get In Touch
Have a project in mind or want to collaborate? I'd love to hear from you!
Let's Connect
I'm always open to discussing new projects, creative ideas, or opportunities to be part of your visions. Feel free to reach out through any of the channels below.