Senior Software Developer
I’m Pranav Arora, a Senior Software Developer focused on building scalable, data-driven, and technically meaningful software systems.
Senior Software Developer | Energy Software | Cloud & AWS | GIS | IP & System Design | Partnerships
I build software that turns engineering and energy data into practical decision tools — software, cloud, geospatial intelligence, and product delivery. I also work on software and system design in support of patent strategy, collaborate on funding and grant-aligned technical narratives, and engage with AWS, AWS partners, and local partners to align architecture and delivery with ecosystem programs. At Angler Solutions, I contribute to MESO (Model for Energy Systems Optimization): hybrid energy modelling, simulation, GIS analysis, and cloud-native infrastructure.
Senior Software Developer building cloud-native and data-driven software for complex technical domains. Current focus: energy systems software, AWS architecture, GIS-enabled product features, simulation workflows, scalable platform engineering, software and system design in support of IP, funding collaboration, and partnerships across AWS, AWS partners, and the local ecosystem.
I’m Pranav Arora, a Senior Software Developer focused on building scalable, data-driven, and technically meaningful software systems.
I am a software engineer with a strong foundation in full-stack development, cloud systems, and applied problem solving. Over the years, my work has evolved from general web and application development into building more advanced technical platforms that combine software engineering with energy systems, geospatial workflows, cloud infrastructure, and decision-support tools.
Currently, I work as a Senior Software Developer at Angler Solutions, where I contribute to MESO (Model for Energy Systems Optimization) — a platform designed to support energy stakeholders in planning, evaluating, and optimizing hybrid energy systems. My work involves both product engineering and architecture, including backend services, frontend platform capabilities, GIS integrations, AWS deployments (including Terraform-based infrastructure and deployment strategy), serverless systems, simulation workflows, technical planning, and collaboration across software, modelling, and leadership teams. Beyond implementation, I contribute to software and system design work that supports patenting and technical disclosure, help shape narratives and artifacts for funding and programs, and collaborate with AWS, the AWS partner network, and local partners so platform decisions stay aligned with cloud programs and regional opportunities.
What excites me most is solving meaningful technical problems that connect software with real-world impact. I enjoy working on systems that are not only functional, but also scalable, well-structured, and clear enough to support decision-makers, technical users, and future product growth.
Senior Software Developer with experience building cloud-based software platforms, full-stack applications, and technically complex products. Currently focused on energy software, simulation workflows, GIS-enabled analysis, and AWS architecture through work on MESO at Angler Solutions. Strong background in software engineering, backend systems, frontend development, cloud modernization, and technical problem solving, with involvement in IP-oriented system design, funding collaboration, and AWS and local partner engagement. I am interested in building scalable products that connect engineering depth with real-world usability.
I design and build software systems for technical products where engineering, data, and usability need to work together.
My current work includes:
I work across the stack, but my strongest value comes from connecting product thinking, architecture, engineering execution, and technical communication.
Senior Software Developer — Angler Solutions · St. John’s, Newfoundland and Labrador, Canada
At Angler Solutions, I work on MESO, a software platform built to support techno-economic analysis and optimization of hybrid energy systems. My role extends beyond coding alone and includes system design, solution planning, cloud architecture decisions, workflow improvements, and collaboration across technical and business needs.
My recent focus areas include:
I bring together capabilities that often sit in separate people—so there are fewer handoffs, faster alignment from idea to implementation, and one person who can follow a thread from architecture through delivery and stakeholder communication.
I am especially effective where a product needs someone who can hold the technical detail, shape a coherent solution, and help the platform grow into something more mature, observable, and easier to evolve.
Examples of the kind of work I have been involved in:
Contributed to the modernization of MESO from a more traditional container-based setup toward a serverless, cloud-native direction on AWS, with focus on scalability, maintainability, and future readiness — including a deployment strategy grounded in Terraform for infrastructure as code, peer review, and environment parity.
Worked on product capabilities related to geospatial analysis, land suitability workflows, map-based interaction, and integration of spatial constraints to support better energy system planning.
Helped improve how complex simulation systems are exposed through software by making workflows more structured, user-friendly, and scalable.
Contributed to ideas and implementations around dynamic reporting, scenario comparison, and clearer output workflows to make technical results easier to interpret and communicate.
Work on software and system design that supports patent strategy — from articulating novel technical approaches to documenting architecture and workflows for counsel and filing processes.
Collaboration on funding initiatives and programs, together with AWS, AWS partners, and local partners — aligning technical roadmaps, cloud adoption, and regional collaboration with grant and partnership goals.
Supported engineering discipline through structured branching, QA thinking, release workflows, architecture discussions, and documentation that help teams deliver with more clarity and confidence.
Where I bring the most depth day to day.
Grouped for clarity — not an exhaustive inventory. Coding activity (WakaTime)
JavaScript, TypeScript, Python, Java, Vue/Nuxt, Angular, React, FastAPI, Flask, Spring Boot, Node.js
AWS, Terraform (IaC), Lambda, API Gateway, S3, DynamoDB, RDS, ECS, Elastic Beanstalk, CloudFront, IAM, CloudWatch, WAF
SQL, PostgreSQL, Oracle, NoSQL, REST APIs, backend services, authentication, data workflows
Geospatial workflows, map-based interfaces, spatial constraints, land analysis integration, ECharts, data-driven UI
CI/CD, Terraform-driven deployment workflows, GitHub workflows, QA processes, release workflows, architecture documentation, Agile, Scrum, Kanban
Energy software, simulation platforms, scenario analysis, reporting workflows, cloud migration, optimization-oriented systems
Representative themes from recent platform and product engineering — focused on energy, GIS, and cloud.
GitHubSoftware capabilities supporting hybrid energy system modelling, simulation workflows, GIS-based analysis, and cloud-native platform evolution.
Map-based workflows and geospatial capabilities that help users evaluate land suitability, constraints, and technical site intelligence.
Modernization toward a more flexible and scalable AWS-based architecture for simulation and platform services — with deployment strategy and infrastructure expressed in Terraform (IaC) for repeatable environments — and collaboration across AWS, AWS partners, and local stakeholders where programs apply.
Ideas and implementations that help make complex model outputs easier to compare, interpret, and communicate.
Software and system design work that supports patent strategy; collaboration on funding tracks; and engagement with AWS, AWS partners, and local partners to align cloud and product roadmaps with programs and grants.
Secure backend workflows using token-based authentication to support anonymous and cross-platform research interactions.
Professional roles and education.
Senior Software Developer with experience building cloud-based software platforms, full-stack applications, and technically complex products. Currently focused on energy software, simulation workflows, GIS-enabled analysis, and AWS architecture through work on MESO at Angler Solutions — plus software and system design for IP, funding collaboration, and AWS and local partner ecosystems.
Memorial University of Newfoundland, Canada
Courses included:
Cisco Systems, Bangalore
Contributed to the Cisco Contact Center Operations Suite (CCOps) project, aiding Cisco Engineers in troubleshooting Contact Centre issues through automated log collection and problem resolution using the Known Error Database Engine.
Bharat Sanchar Nigam Limited, Jhansi, U.P., India
Understood about how mobile and landline communication works and how a call is setup.
The Electronics Club, SRMIST, Chennai
SRM Institute of Science and Technology, Chennai
Holy Cross Higher Secondary School, Datia, M.P., India
Cathedral College, Jhansi, U.P., India
Angler Solutions, St. John’s, NL, Canada
Memorial University of Newfoundland, St. John’s, NL
Canadian Blood Services, St. John’s, NL
Memorial University of Newfoundland, St. John’s, NL
Earlier roles included web development, software engineering, training, and technical mentoring, which built the broad foundation that now supports platform engineering, cloud systems, and specialized technical software.
I enjoy writing about software engineering, architecture decisions, developer workflows, and practical problem solving. Interests include cloud architecture, AWS-based platform design, Terraform and IaC deployment strategy, engineering for technical products, GIS and data-driven application design, scalable frontend/backend patterns, applied AI and intelligent workflows, and engineering communication.
Dev.toSchedule an introductory meeting (15 minutes) to get acquainted and briefly discuss career guidance, cloud and platform consulting, software delivery, architecture, or other technical topics. Pick a time below, or email first if you’d rather align before booking.
This is an introductory meeting — 15 minutes, subject to availability. It’s a chance to align on goals and see if there’s a fit; deeper work or a formal engagement can be discussed as a follow-up.
Request by email Open scheduler in new tabOpen to software engineering opportunities, cloud and platform architecture, energy-tech and geospatial work, technical collaboration, and product engineering — including conversations that touch IP and system design, funding collaboration, and AWS or local partner ecosystems.
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