Hi, I'm Salma Amin,
7+ years driving design for B2B SaaS & enterprise platforms
From 0-1 to Scale - Leading End to End Product Design
Senior Product Designer with a PhD in Management
Designing systems, workflows, and products for real-world complexity
Hi, I'm Salma Amin,
7+ years driving design for B2B SaaS & enterprise platforms
From 0-1 to Scale - Leading End to End Product Design
Senior Product Designer with a PhD in Management
Designing systems, workflows, and products for real-world complexity
About me
I’m a Senior Product Designer with 7+ years of experience leading the design of 0→1 products and large-scale B2B platforms—specializing in simplifying complex systems and improving how businesses operate at scale.
My work focuses on designing role-based enterprise workflows that are intuitive, efficient, and resilient at scale. I bring a strong scenario-thinking approach—anticipating edge cases, failure points, and system behaviors early to reduce friction and drive better outcomes.
I hold a PhD in Management and a BSc in Computer Science, bringing together systems-level thinking, business strategy, and technical depth. My doctoral research explored talent ecosystems as complex multi-stakeholder systems using systems thinking methods such as feedback-loop analysis and leverage-point identification. The research led to a workforce platform concept that continues to inform my interest in simulation, digital twins, and system-level intervention design.
Before transitioning into product design, I worked as a visiting faculty in management, along with experience as a center coordinator in BPO training institutes and a counselor—building a strong foundation in human behavior, learning systems, and organizational dynamics.
This cross-disciplinary background enables me to navigate complex domains, model system interactions, understand operational constraints, and design solutions aligned with user, business, and engineering needs.
About me
I’m a Senior Product Designer with 7+ years of experience leading the design of 0→1 products and large-scale B2B platforms—specializing in simplifying complex systems and improving how businesses operate at scale.
My work focuses on designing role-based enterprise workflows that are intuitive, efficient, and resilient at scale. I bring a strong scenario-thinking approach—anticipating edge cases, failure points, and system behaviors early to reduce friction and drive better outcomes.
I hold a PhD in Management and a BSc in Computer Science, bringing together systems-level thinking, business strategy, and technical depth. My doctoral research explored talent ecosystems as complex multi-stakeholder systems using systems thinking methods such as feedback-loop analysis and leverage-point identification. The research led to a workforce platform concept that continues to inform my interest in simulation, digital twins, and system-level intervention design.
Before transitioning into product design, I worked as a visiting faculty in management, along with experience as a center coordinator in BPO training institutes and a counselor—building a strong foundation in human behavior, learning systems, and organizational dynamics.
This cross-disciplinary background enables me to navigate complex domains, model system interactions, understand operational constraints, and design solutions aligned with user, business, and engineering needs.
Current Areas of Exploration
AI-enabled workflow automation and agent-based systems
Digital twin concepts and simulation-driven decision support
Process intelligence and operational optimization
Applying systems thinking to complex service and enterprise ecosystems
How I Approach Complex Problems
Great UX starts with defining the right problem. I focus heavily on discovery and framing—ensuring we solve root causes, not just symptoms.
My approach combines three complementary thinking lenses:
Design Thinking to deeply understand user needs, behaviors, and pain points
Systems Thinking to map the broader ecosystem of stakeholders, dependencies, and constraints
Scenario Thinking to anticipate how systems behave over time, including edge cases and real-world variability
This allows me to design solutions that are not only user-friendly, but also scalable, resilient, and aligned with long-term business outcomes.
Current Areas of Exploration
AI-enabled workflow automation and agent-based systems
Digital twin concepts and simulation-driven decision support
Process intelligence and operational optimization
Applying systems thinking to complex service and enterprise ecosystems
How I Approach Complex Problems
Great UX starts with defining the right problem. I focus heavily on discovery and framing—ensuring we solve root causes, not just symptoms.
My approach combines three complementary thinking lenses:
Design Thinking to deeply understand user needs, behaviors, and pain points
Systems Thinking to map the broader ecosystem of stakeholders, dependencies, and constraints
Scenario Thinking to anticipate how systems behave over time, including edge cases and real-world variability
This allows me to design solutions that are not only user-friendly, but also scalable, resilient, and aligned with long-term business outcomes.
Case Studies
Selected B2B enterprise projects where I’ve led end-to-end product design—spanning 0→1 platform creation and large-scale system redesigns.
These case studies are presented in a concise, text-first format to highlight problem framing, design decisions, and business impact.
More detailed walkthroughs and visuals can be shared upon request.
Redesigned a logistics platform to support scale across users, workflows, and regions—structuring complex operations into efficient, error-resistant systems and improving overall operational accuracy.
Logistics Tech | B2B Platform | Redesign for Scale | Multi-User Systems | Multi-Region | Workflow Optimization | Middle East
Logistics Operations Platform
Omnichannel eCommerce | B2B SaaS | 0→1 Systems Design | MVP | Role-Based Workflows
Architected an omnichannel OMS from the ground up—defining the MVP and designing the foundation for scale through structured data, workflows, and system behavior, enabling accurate and scalable multi-channel operations.
Omnichannel eCommerce Order Management System (OMS)
Developed as part of my doctoral research, this project translates systems-level analysis into a platform-based product solution to improve coordination and decision-making in complex supply–demand systems.
Systems Thinking | Platform Design | Service Design | Multi-Stakeholder Systems | Scenario Modeling | Research-Driven Design
Talent Supply Chain Systems
Systems Thinking | Service Design | Workflow Design | Service Blueprinting | Journey Mapping | Ecosystem Mapping
Award-winning systems and service design concept exploring how educational ecosystems can be redesigned through systems thinking, workflow mapping, stakeholder coordination, and adaptive intervention pathways to improve educational continuity and workforce readiness.
Designing a Student Support & Workforce Readiness System
Case Studies
Selected B2B enterprise projects where I’ve led end-to-end product design—spanning 0→1 platform creation and large-scale system redesigns.
These case studies are presented in a concise, text-first format to highlight problem framing, design decisions, and business impact.
More detailed walkthroughs and visuals can be shared upon request.
Logistics Tech | B2B SaaS | Redesign for Scale | Multi-User Systems | Multi Region Operations - Middle East
Logistics Aggregator Platform
Redesigned the platform to support expansion across features, operations, and regions—structuring workflows for scalable multi-user, multi-region operations and improving operational accuracy through reduced errors.
Architected an omnichannel OMS from the ground up—defining the MVP and designing the foundation for scale through structured data, workflows, and system behavior, enabling accurate and scalable multi-channel operations.
Omnichannel eCommerce Order Management System (OMS)
Omnichannel eCommerce | B2B SaaS | 0→1 Systems Design | MVP | Role-Based Workflows
Systems Thinking | Platform Design | Service Design | Multi-Stakeholder Systems | Scenario Modeling | Research-Driven Design
Talent Supply Chain Systems
Developed as part of my doctoral research, this project translates systems-level analysis into a platform-based product solution to improve coordination and decision-making in complex supply–demand systems.
Systems Thinking | Service Design | Workflow Design | Service Blueprinting | Journey Mapping | Ecosystem Mapping
Designing a Student Support & Workforce Readiness System
Developed Award-winning systems and service design concept exploring how educational ecosystems can be redesigned through systems thinking, workflow mapping, stakeholder coordination, and adaptive intervention pathways to improve educational continuity and workforce readiness.
PhD Research Frameworks
Key outcomes from my PhD in Management — Design Thinking and Systems Thinking-based models proposing physical and digital interventions for real-world problems.
A Systems Thinking-based digital solution from my PhD research — holistically addressing regional skill shortages and mismatches by connecting talent, employers, and training ecosystems.
The Hiring Desk - Job Portal
Hold & Direct Student Filter Model
A Design Thinking-based framework proposed for a research convention competition — offering proactive, empathy-driven interventions to reduce dropout rates and develop a skilled workforce in education systems.
My PhD Research in A Nutshell
Critical analysis of skill shortages and their impact on the financial services sector — exploring causes, effects, and systemic solutions through a comparative study of banks and insurance companies in Aurangabad City.
Get in touch
Get in touch