About Engineering235
Shaping the Future of Nuclear Through Communication, Insight, and Innovation
Engineering235 is a nuclear-focused media, communications, and knowledge platform dedicated to advancing understanding of modern nuclear technology. We create technically accurate content, amplify industry voices, and connect professionals across the global nuclear ecosystem. Our mission is simple: make nuclear energy accessible, trusted, and understood — by everyone from policymakers and professionals to the next generation of engineers.
Born from the recognition that nuclear innovation is outpacing public communication, Engineering235 serves as a bridge between reactor developers, utilities, regulators, policymakers, investors, and the broader energy community. Modern nuclear technology is evolving rapidly — yet the narrative around it hasn’t kept pace. We exist to change that.
What We Do
Engineering235 operates at the intersection of technical storytelling, industry outreach, and digital engagement.
1. Nuclear-Focused Journalism
We publish high-quality reporting, deep-dive explainers, and thoughtful commentary on:
- Advanced reactor technologies
- Microreactors and modular systems
- Nuclear policy and regulation
- Energy markets and decarbonization
- Industry milestones and partnerships
Our writers and collaborators come from nuclear engineering, policy, and scientific communication backgrounds — ensuring every piece is rooted in accuracy, expertise, and clarity.
2. Strategic Communications for Nuclear Companies
We partner with developers, suppliers, and energy organizations to craft compelling narratives that support:
- Public education and outreach
- Licensing and permitting initiatives
- Investor and stakeholder communications
- Workforce development
- Industry visibility and credibility
We help companies tell their story with precision, technical confidence, and professionalism — especially in an era where nuclear momentum is accelerating.
3. A Growing Network of Nuclear Platforms
Engineering235 powers and supports multiple aligned platforms that strengthen the nuclear ecosystem:
- World Nuclear Forum — a hub for collaboration, thought leadership, and industry-wide discussion
- Nuclear Advocacy Resource Group — expanding advocacy efforts with cutting-edge nuclear companies from the ground up
- Specialized media channels across LinkedIn, newsletters, and technical communities
Together, these platforms amplify the voices of nuclear innovators and drive informed conversations that matter.
Our Philosophy
Nuclear is experiencing a global resurgence — but communication is still its greatest bottleneck. Engineering235 exists to solve that.
We believe:
- Nuclear deserves clear, professional representation
- Accuracy and accessibility are equally important
- The industry benefits when information is transparent and compelling
- Great communication accelerates deployment, investment, and public trust
- A connected nuclear community is a stronger nuclear community
Our work is shaped by these values every day.
Who We Serve
Engineering235 works with:
- Advanced reactor developers
- Nuclear startups and suppliers
- Utilities and energy providers
- Policymakers and advocacy groups
- Students, educators, and early-career professionals
- Investors and organizations evaluating nuclear opportunities
Whether you’re deploying a reactor, growing an energy company, or simply learning about the future of clean power, Engineering235 is built for you.
Our Vision
To become the leading media and communications engine for the nuclear renaissance — supporting the companies, innovators, and ideas that will define the next century of clean energy.
We aim to be the trusted source people turn to when they want clarity, credibility, and community in the nuclear world.

Tyler J Cummings
“My name is Tyler, and I am pioneering this site to aid in the growth of nuclear knowledge. With an education in chemical engineering and a background in nuclear engineering and paper manufacturing, I have a wide range of knowledge. I also conducted research with the great Professor John C. Berg at the University of Washington where we worked on colloidal sciences in herbicidal manufacturing.”

