Start with the problem.
Define what the system needs to do, who it serves, and the conditions it needs to work in.
ABOUT / Asif Kingshuk
Understand the parts.
Engineer the whole.
I’m Kingshuk. I build at the intersection of hardware, firmware, and the systems that connect them.
My work has taken me from embedded product development and PCB design to IoT systems and engineering leadership. I’m interested in what happens between the layers: how a physical signal becomes useful information, and how every decision along the way affects the complete system.
01 / THE THREAD THROUGH THE WORK
From curiosity
to connected systems.
Programming and robotics were my starting point. Competitive robotics and technical education led into embedded product development, commercial IoT, and medical-device projects. That path expanded my focus from individual components to the architecture of the complete system.
Today, I’m Lead Hardware and Systems Engineer at HiveTech AI.
Follow my career02 / HOW I APPROACH THE WORK
Think across the boundaries.
Understand the constraints.
Consider the hardware, firmware, connectivity, and software together. Decisions at one layer affect the others.
Build with the whole system in mind.
Connect the technical decisions to the complete product, from its physical interface to the software behind it.
03 / THE FOUNDATION
Education.
Engineering, software, and a broader perspective on product and business.
University of Hartford
Master of Science
Electrical and Computer Engineering
BRAC University
Bachelor of Science
Computer Science and Engineering
Minor in Business Administration
04 / CURIOSITY IN COMPETITION
Selected recognition.
Finalist
Singapore Autonomous Underwater Vehicle Challenge
More recognition5 awards
Runner-Up
Esho Robot Banai
Finalist
Power and Energy Hackathon
National Winner
National High School Programming Contest
Winner
National Science Exposition
National Finalist
National Science Carnival
05 / SHARING THE WORK
Engineering is
a team effort.
Lead engineering and project-management responsibilities across hardware, embedded systems, and product development.
Robotics mentoring, technical training, and programming instruction, alongside involvement in technical clubs.
Leadership & teaching06 / WHAT KEEPS ME CURIOUS
Still exploring.
Connected sensing
How sensors, embedded software, and connectivity turn physical signals into useful information.
Intelligent edge systems
Bringing intelligence closer to devices, within the constraints of embedded hardware.
Open infrastructure
Self-hosted services, personal infrastructure, and local AI experimentation.
Have a system in mind?
Let’s connect