Academic CV & Resume
Md. Suhail Mujtabir
Hardware-Software Integrator | Systems Architect
Professional Summary
Textile Engineering undergraduate with advanced systems architecture expertise, bridging material science and digital infrastructure. Proven ability to design and deploy end-to-end hardware-software integrated systems at scale. Demonstrated leadership across multiple technical organizations with focus on innovation, automation, and scalable solutions. Positioned to advance Smart Manufacturing and AI-assisted textile engineering through rigorous research and systems thinking.
Education
Bachelor of Science in Textile Engineering
Expected 2026Ahsanullah University of Science and Technology (AUST)
Major: Apparel Manufacturing
Academic Mentorship: Dr. Mohammad Tajul Islam
Higher Secondary Certificate (HSC)
2021GPA: 5.00 | Academic Excellence
Technical Skills
Systems & Architecture
Next.js 15 (App Router), React, TypeScript, Scalable Database Design, API Architecture
Hardware-Software Integration
ESP32, NFC/Sensor Integration, Real-time Communication Protocols, IoT Systems
Data Infrastructure
Supabase, PostgreSQL, Real-time Database Sync, SQL, Data Modeling
AI & Automation
Machine Learning Concepts, Python, Data Processing, Automation Design
Design & Tools
Tailwind CSS, UI/UX Modernization, Adobe Illustrator, Responsive Design
Programming Languages
JavaScript, TypeScript, Python, C, C++, C#, SQL
Featured Projects
NFC Card Activation & Web Access System
Hardware-Software IntegrationArchitected and deployed an end-to-end NFC system managing 200+ users with real-time hardware-software synchronization. Engineered custom ESP32 NFC reader prototype with sensor integration, built scalable Next.js frontend, and integrated Supabase backend for comprehensive data management and user administration.
Key Achievements:
- • Proved feasibility of real-time hardware-software integration at production scale (200+ users)
- • Demonstrated scalability from prototype validation to enterprise-level deployment
- • Built complete infrastructure spanning physical hardware, backend APIs, and responsive UI
Event Management Ecosystem
Software ArchitectureDesigned and deployed a modular event management platform supporting 40+ student organizations with minimal resource constraints. Built on Next.js with Supabase backend, enabling real-time event data management, multi-organization support, and participant tracking.
Key Achievements:
- • Optimized architectural decisions under real-world budget and resource constraints
- • Validated scalable system design supporting organizational growth at multiple orders of magnitude
- • Demonstrated operational excellence through seamless multi-tenant platform operation
Leadership & Academic Engagement
Founding Vice President, AUST Model United Nations Cell
March 2026 - Present
Established inaugural MUN Cell at AUST. Recruited and managed 40+ student delegates. Developed foundational framework for research-focused Model United Nations activities.
Chairperson, AATCC AUST Student Chapter
February 2026 - Present
Direct operations of first international AATCC student chapter in Bangladesh. Coordinate industrial collaborations and organize technical webinars on advanced textile topics.
Executive Head of Process Automation, AUST Innovation & Design Club
March 2024 - January 2026
Led large executive teams executing technical events and business initiatives. Managed public relations and corporate sponsorships bridging academia and industry.
Internship Experience
Contributing Intern, LEAD Academy
December 2023 - June 2024
Focused on affiliate marketing and sales promotion strategies.
Communication Intern, Youth School for Social Entrepreneurs (YSSE)
December 2023 - May 2024
Supported communication, networking, executive operations, and human resources functions.
Research Interests & Areas of Focus
Smart Manufacturing
Digital transformation of textile manufacturing processes through IoT, real-time monitoring, and data-driven optimization.
Digital Twins
Virtual representation of physical manufacturing systems for simulation, optimization, and predictive maintenance.
AI in Textile Engineering
Machine learning applications for quality control, process optimization, and material property prediction.
Hardware-Software Systems
Integration of embedded systems, IoT devices, and cloud infrastructure for industrial applications.
For more information about my work and projects, please visit my portfolio.