Green Software: Cut Energy and Carbon from Your Code
Sustainable & Green Computing: leave with an SCI measurement with defined boundaries, efficiency changes and a before/after comparison.
Not scheduled yet — no date, time or fee fixed. The most-voted topic is hosted next.
1:1 or squad batch · join the community or channel
Learn this topic with a mentor
Don't want to wait for the webinar? Pick how you'd like help. Nothing is paid now — you see the fee before anything is booked.
- Bring your own work — code, campaign, report or plan
- Mentor matched to this topic
- Time, format and fee confirmed by email first
What this session would cover
Proposed outline — the mentor finalises the agenda once this topic is scheduled.
- 1Why sustainable & green computing matters — the common problem: Software's energy use is invisible, so waste is never measured or reduced.
- 2Core concepts in plain language: Energy efficiency, carbon-aware computing, hardware efficiency, resource utilization, efficient software design, workload placement
- 3Going further: measurement boundaries, software carbon intensity, sustainable infrastructure operation
- 4Framework walkthrough: Software Carbon Intensity, ACM Code of Ethics, Technology Readiness Levels
- 5Practical workflow, built live: An SCI measurement with defined boundaries, efficiency changes and a before/after comparison.
- 6How to measure it: Energy per request, Client satisfaction, Reproducible results
- 7An illustrative case (a fictional example, not a client result), then live Q&A on your own situation
Who it's for
- • Experienced developers and consultants
- • Tech educators and mentors
- • Technology strategists
You'd leave with
- An SCI measurement with defined boundaries, efficiency changes and a before/after comparison.
- A working understanding of Software Carbon Intensity and ACM Code of Ethics
- A short list of measures to track: Energy per request, Client satisfaction, Reproducible results
More topics in IT: Engineering Leadership & Consulting
ERP, CRM and Enterprise Systems Explained for Developers
Enterprise Information Systems: leave with an enterprise-system landscape map, master-data ownership matrix and sync rules.
0 votes · View topic →
Enterprise Integration: Connect Systems Without Spaghetti
Enterprise Integration & Interoperability: leave with an integration architecture, canonical data model, schema mappings and a legacy adapter.
0 votes · View topic →
From Senior Developer to Tech Lead: Leading Engineers
Engineering Management & Technical Leadership: leave with a decision record, delegation plan, engineering-standards doc and a 1:1 template.
0 votes · View topic →
Agile Delivery That Actually Delivers
Project, Programme & Delivery Management: leave with a Kanban board with WIP limits, cycle-time data, a probabilistic forecast and a risk register.
0 votes · View topic →
Technical Writing for Engineers: Design Docs and Runbooks
Technical Communication & Knowledge Management: leave with a design doc/RFC, an operational runbook and a documentation-ownership map.
0 votes · View topic →
Software in Different Industries: Rules, Data and Systems
Industry-Specific Computing: leave with an industry systems map, key data standards and a regulatory-constraints checklist for one sector.
0 votes · View topic →