Dip Chakraborty

Software Engineer

PreneurLab Digital

Lead the design, development, and implementation of core software products. Delegate tasks and provide counsel on all aspects of projects. Supervise code assessment to ensure quality and accuracy. Work directly with clients on requirements, SRS documents, and project plans.

Software Engineer

IftiSoft

Managed up to 5 projects simultaneously while meeting tight deadlines. Consulted with clients on optimal system design approaches. Created multiple presentations and proposals monthly for stakeholders.

President

UIU Robotics

A progression from trainee to president, shaped by increasing responsibility, technical ownership, and trust earned across levels, developing judgment in collaboration, decision-making under pressure, and aligning technical ambition with organizational reality.

Campus Lead

Meta Developer Circle (UIU)

Led a campus-wide developer community by organizing conferences, hands-on sessions, and peer-led knowledge sharing around modern software practices, with direct exposure to evolving ecosystems such as React and PyTorch.

Campus Trainer

Arduino

Delivered hands-on training on Arduino and embedded systems, guiding participants from theory to working prototypes with a strong focus on practical debugging, sensor integration, and system-level thinking.

Executive Member

Bangladesh Robotics Foundation

Supported the planning and execution of robotics and STEM outreach programs, contributing to community engagement, coordination efforts, and the promotion of applied robotics education.

Automation Pipelines

Designed event-driven automation pipelines to replace manual operational workflows, supporting high-volume internal operations. Reduced repetitive human actions by ~60–70%, shortened turnaround time across critical flows, and enabled teams to scale operations without proportional headcount growth.

Payroll & Finance Workflows

Built RBAC-based payroll workflows for 20,000+ users, driven by attendance data with multi-level approvals, notifications, and audit-friendly controls. Improved payout accuracy, reduced payroll disputes, and made financial operations traceable, compliant, and safe to evolve at scale.

Access Control & Identity Management

Designed a physical access control system using RFID-based devices for a corporate client with 2,000+ daily users. Centralized identity mapping and device synchronization reduced operational costs by ~40% and significantly lowered system-error-related support requests compared to legacy vendor solutions.

Customer Purchase & Support Assistant Platform

Built conversational platforms for renowned telecom clients, serving 10,000+ users and handling millions of queries. Integrated payment gateways and RAG-based pipelines, achieving ~90% response accuracy and reducing human support effort by ~20% across customer purchase and support flows.

Staff & Capacity Management Systems

Developed staff and capacity management systems used by 300+ daily users, enabling visibility into attendance, workload, and allocation. Improved planning accuracy, reduced last-minute scheduling conflicts, and supported more predictable operational decision-making.

Multi-Module Enterprise Platforms

Worked on SaaS-based, multi-module enterprise platforms designed for long-term extensibility. Established clear module boundaries and shared primitives, enabling independent feature evolution while keeping the overall system stable, maintainable, and scalable.

IoT Device Interfaces

Built backend interfaces for IoT devices handling asynchronous events, unreliable connectivity, and device state synchronization. Improved system resilience in real-world conditions and reduced manual intervention during device failures and recovery scenarios.

API Orchestration Layers

Designed API orchestration layers coordinating workflows across internal services and third-party integrations. Simplified client logic, reduced duplicated business rules, and improved fault isolation and observability across multi-step operational flows.

Support Assistants

Developed voice- and video-based support assistants using an agentic approach to guide users through complex systems. Reduced onboarding time, lowered dependency on human support, and improved user comprehension of workflows through guided, contextual interactions.