Jonathan Magnes Email & Phone Number

Copenhagen, Dk

København, Capital Region, Denmark

🌍 Life Cycle Assessments and Carbon Footprint Analysis:- Conduct comprehensive life cycle assessments (LCA) of buildings to evaluate their environmental impact.- Calculate carbon footprints by analyzing energy consumption, material use, and waste generation throughout the building's life cycle.- Identify key areas for improvement and recommend sustainable strategies to minimize carbon emissions.💡 Sustainability Strategies:- Collaborate with stakeholders to develop and… Show more 🌍 Life Cycle Assessments and Carbon Footprint Analysis:- Conduct comprehensive life cycle assessments (LCA) of buildings to evaluate their environmental impact.- Calculate carbon footprints by analyzing energy consumption, material use, and waste generation throughout the building's life cycle.- Identify key areas for improvement and recommend sustainable strategies to minimize carbon emissions.💡 Sustainability Strategies:- Collaborate with stakeholders to develop and implement innovative sustainability strategies for buildings.- Explore renewable energy options, energy efficiency measures, and sustainable material choices to enhance environmental performance.- Advise on best practices and policies to reduce the ecological footprint and promote sustainable development.📊 Energy and Material Data Analysis:- Gather and analyze energy consumption and material data from building operations and construction processes.- Utilize advanced analytical tools and techniques to identify trends, patterns, and opportunities for optimization.- Extract meaningful insights to support evidence-based decision-making and drive sustainability goals.📈 Data Visualization with Power BI:- Leverage Power BI to create dynamic and visually compelling dashboards and reports.Present complex energy and material data in a clear and intuitive manner to facilitate understanding and stakeholder engagement.- Empower decision-makers with actionable visualizations to drive sustainability initiatives and track progress. Show less

København, Capital Region, Denmark

Copenhagen, Capital Region, Denmark

Automating design and calculations of- Energy, Indoor Climate and Life Cycle- Structural performance- Technical drawings

Copenhagen, Capital Region, Denmark

In the unit for public housing I had the responsibility to:- Form partnerships and encourage sustainability through goals and economic incentives- Discuss with stakeholders on how to fulfill the sustainability requirements- Approve applications with demands for architecture, energy optimization and sustainability (DGNB)

Køge

Design project of several tiny houses and a greenhouse that are supposed to be cheap, sustainable and CO2 negative.My main responsibility was to:- Sketch, conceptualize and detail the design and function- Calculate and size the energy and material demand- Analyzing the demand and showcase different solutions- Contact suppliers and compare prices/quality

Copenhagen Area, Capital Region, Denmark

I have assisted 2nd year students in Mathematics II for 3 terms, by- Guiding through difficult exercises without directly giving the solutions- Presenting and clarifying difficult theory on the board (differential equations, Fourier analysis, etc)- Evaluating weekly assignments and grading- Demonstrating advanced Maple methods- Communicating abstract information in a simple way

Dtu Lyngby

I have assisted 2nd year students in Thermal Building Physics for 3 terms, by- Guiding through difficult exercises without directly giving the solutions- Presenting and clarifying difficult theory on the board (thermodynamics, numerical analysis, etc)- Evaluating big assignments and grading- Demonstrating advanced building simulation software methods in IDA ICE, COMSOL, Heat 2 and Excel

- Analyzing the students difficulties- Guiding the student through difficult tasks- Managing and giving assignments

Sealand Region, Denmark

In collaboration with EverShelters and Roskilde Festival, we worked on potential refugee shelters- Setting up 25 shelters as efficiently as possible, taking notes and optimizing- Testing, maintaining and reviewing living conditions for a full week- Creating a user-manual, which could be used to simplify the assembly method

Master Of Engineering (M.Eng.), Architectural Engineering

- Design and right-sizing of a HVAC system in a high-rise building while maintaining the interests of the architect, structural engineer.

Master Of Architecture - March, Architecture

- Designing adaptable facades for various climates - Biomimicry to optimize building physics and minimizing building services Master.

Bachelor'S Degree, Architectural Engineering

- Indoor climate and thermodynamic simulations within a building envelope - Design methods and technical understanding of building systems.

Bachelor Of Architecture - Barch, Environmental Design/Architecture

- Urban planning of a district by integrating local stakeholder - Investigating waste-reducing behavioral design - Environmental design.