Carmine Piparo

Full-time · Remote

Design and development of the systems and methodologies behind carbon accounting and Life Cycle Assessment, with scope that has widened from implementation into ownership across sustainability data, calculations and cross-team initiatives.

• Systems design for carbon accounting & LCA
• Cross-functional collaboration across engineering, product and sustainability
• Audit support & data reliability — calculations that stay defensible under scrutiny
• End-to-end ownership of features and improvements

• Systems design
• LCA
• Audit support
• Methodology

Full-time · Hybrid

Implementation across data, calculations and sustainability product features, and the stretch where sustainability requirements started translating reliably into engineering systems.

• Carbon accounting implementation
• Sustainability data & LCA workflows
• Increasing technical ownership and autonomy

• Python
• SQL
• Calculations

Full-time · Hybrid

Arrived with the sustainability and engineering background and built the technical foundation to work in a product environment: a deliberate move from domain expertise to hands-on engineering inside carbon accounting systems.

• Developed coding proficiency in Python, Pandas and SQL
• Applied them to sustainability data, calculations and early product features

• Python
• Pandas
• SQL

Full-time

Part of the Iberian sales team, bridging the gap between external companies and InnoEnergy assets, and building connections with investors and future partners.

• Created and ran “Let's Talk Energy”, an event on the Portuguese National Plan for Energy and Climate and the role of innovation in the energy transition — it led to active cooperation between InnoEnergy, the EIB and EY in Portugal.
• Co-organised “The Reverse Pitch”, a closed-door open-innovation event where companies pitched their problems to start-ups I personally selected. Resulting proposals represented potential deals worth over €270k.

• Business development
• Energy transition
• Events

Workshop

Introduced the smart-house concept and gave participants concrete, practical measures to cut household energy consumption. Delivered with the Portuguese energy cooperative Coopérnico and seven fellow EIT InnoEnergy master's students.

• Energy efficiency
• Facilitation

Programme

Our group project was selected as one of the two best feasible projects out of ten in the final pitch competition — a microturbine for non-motorised boats, generating electricity for GPS units, phones and fish finders.

• Entrepreneurship
• Pitch

Competition

Energy-system analysis and sustainable energy system design for the Faroe Islands. Member of the winning KTH team, judged by Jardfeingi (the customer), SWECO, and KTH–UPC on technical validity, customer acceptance and overall feasibility.

• Energy systems
• Award

Erasmus — Chemical EngineeringPardubice, Czech Republic

• Organic chemistry, technology and synthesis; air and water pollution control; membrane processes; safety engineering; industrial toxicology