Translating student workflows into interfaces that feel clear, premium, and usable.
About the Creator
Independent Builder
ITER, SOA University
Mrinall Samal builds campus software with product taste and engineering discipline.
B.Tech CSE student working across interface systems, backend architecture, and the details that make software feel trustworthy.
ITERasn hub is the clearest expression of that work so far: a student platform shaped end to end, from public-facing identity and responsive UI to APIs, data flow, analytics, and AI-assisted tools. The goal is not to make something flashy. It is to make something clear, fast, and credible.
Current direction
Refining student software into a product experience that feels deliberate instead of improvised.
Comfortable moving from page structure and motion systems into APIs, auth, and data flow.
Making every screen feel intentional, from wide desktops to narrow mobile devices.
Quick map
A cleaner way to scan the work, focus, and collaboration fit.
Start with the key signals below, then jump straight to the part of the page that matters to you.
Approach
Built around clarity, systems thinking, and restraint.
The most interesting part of software is where product decisions and engineering decisions start affecting each other.
Most academic software solves the function and forgets the experience. My work sits in that gap: translating cluttered student workflows into interfaces that are easier to understand, easier to trust, and easier to come back to.
At ITER, the classroom sharpens the fundamentals. Outside it, hands-on product building forces better decisions around structure, state, data, responsiveness, and maintainability. That combination is what makes these projects valuable to me.
What I care about most is building something coherent, where the visual layer, interaction design, and backend logic all feel like parts of the same system instead of disconnected pieces.
Clarity over noise
Reduce friction, tighten hierarchy, and keep the interface useful under real student workloads.
Systems over one-offs
Reusable patterns, cleaner structure, and decisions that scale beyond a single screen or feature.
Polish with purpose
Motion, surfaces, and copy should reinforce trust, not compensate for weak product thinking.
Academic Path
Formal training, applied through real product work.
A foundation in computer science, reinforced by building outside the syllabus.
B.Tech in Computer Science and Engineering
2024 - 2028ITER, SOA University, Bhubaneswar
Focused on algorithms, data structures, web technologies, databases, and software engineering while building live product experience alongside the degree.
Full-stack development
Database systems
Software engineering
Higher Secondary Education
2021 - 2023Science Stream with Computer Science
Built the base in mathematics, analytical thinking, and computing that now supports product development and problem solving.
Mathematics
Computer science
Problem solving
Capabilities
A builder's stack, not a checkbox list.
Each area combines tools with the kind of decisions required to ship a usable product.
Frontend systems
Interfaces with hierarchy, motion, and responsive discipline.
HTML, CSS, JavaScript
Core
Landing pages, dashboards, responsive layout systems, and component polish.
React and component thinking
Applied
Structured UI work with reusable patterns and maintainable interaction logic.
Motion and presentation
GSAP
Animation used to improve rhythm, orientation, and perceived quality.
Backend architecture
APIs, auth flows, data models, and the plumbing behind the experience.
Node.js and Express
Primary
Service design, route architecture, middleware, and feature delivery.
PostgreSQL and MySQL
Production-minded
Schema thinking, data flow, and backend decisions shaped around real use cases.
Authentication and integrations
Reliable
JWT, role-based access, external services, and feature coordination across layers.
Product delivery
From code to deployment, with enough rigor to keep shipping cleanly.
Git, GitHub, VS Code
Daily
Versioned workflows, issue-solving, and steady iteration across the stack.
PWA and mobile behavior
Shipping
Offline-minded thinking, installation flows, and touch-friendly interfaces.
Deployment stack
Render, Firebase, Docker
Pragmatic infrastructure choices that support fast iteration without unnecessary weight.
Selected Work
One flagship product, supported by focused systems work.
The emphasis is on building real surfaces and tightening the details that make them feel finished.
Flagship platform
In progress
ITERasn hub
A student platform designed to make academic workflows feel cleaner and more coherent across public pages, role-based dashboards, academic tools, AI features, and mobile-ready interactions.
Surface
Landing experience, dashboards, profile flows
Systems
APIs, auth, data handling, deployment
Features
Analytics, library tools, assistant workflows
Intent
Fast, credible, student-centered software
Node.js
Express
PostgreSQL
Socket.IO
PWA
AI features
Interface direction
Public-facing brand and landing systems
Designing the visual layer so the product has a stronger point of view, clearer hierarchy, and less of the interchangeable look common in generic student platforms.
Visual systems
Responsive layout
Motion design
Delivery layer
Mobile-first and platform behavior
Extending the product with PWA thinking, responsive patterns, and production-minded delivery so the experience stays useful beyond a single screen size.
PWA
Touch UX
Deployment
Stack Notes
Pragmatic tooling, chosen to keep the product moving.
The stack favors speed of iteration, maintainability, and enough depth to support a growing platform.
Why this stack
Lean enough to move fast, deep enough to support real product complexity.
ITERasn hub uses practical technologies that support multi-role logic, real-time capability, structured data, and a responsive experience without adding unnecessary weight.
What it enables
Multi-role experiences with shared product consistency
Structured academic data, analytics, and content flows
Responsive delivery across desktop, tablet, and mobile
Real-time and AI-assisted features layered into the platform
Contact
Open to thoughtful collaborations and product-minded conversations.
Email is the best route for internships, freelance work, or discussing how this platform is built.
Email
samalmrinall9@gmail.com
Best for collaboration, internships, and detailed conversations.
Websitemrinall.dev
Portfolio site with selected work, design direction, and product-focused case studies.
GitHub@MrinallSamal-byte
Code, experiments, and the implementation side of the work.
LinkedInMrinall Samal
Professional updates, background, and direct outreach.
Project context
Student-built, independent, and intentionally experimental.
ITERasn hub is an educational project and is not an official ITER or SOA University product. Any demo content or simulated data is used to prototype features and showcase engineering work.