ENGINEERING MEETS IMPACT — WHERE LEAN THINKING SHAPES REAL SOLUTIONS
I’m a B.Eng. Production Engineering student at DTU with a focus on Lean, continuous improvement, quality management, supply chain, and data-driven production.
I combine engineering methods with hands-on production experience and use tools such as Power BI and Python to analyse processes, identify improvement opportunities, and support practical solutions.
Explore my engineering portfolio below — featuring DTU projects in production, quality, Lean, supply chain and sustainability, alongside hands-on manufacturing experience.
CORE ENGINEERING COMPETENCIES
My engineering profile combines production, quality, supply chain and data analysis with a practical approach to continuous improvement.
LEAN & CONTINUOUS IMPROVEMENT
Process improvement, waste reduction, flow and structured problem-solving.
QUALITY MANAGEMENT & GMP
Quality principles, risk assessment and GMP within regulated production environments.
SUPPLY CHAIN
Supply chain planning, material flow, inventory and production network understanding.
PRODUCTION PLANNING
Production systems, MPS/MRP, capacity and efficient manufacturing flow.
POWER BI & DATA ANALYSIS
Using production data to identify patterns, communicate performance and support decisions.
PYTHON & DATA
Academic experience with Python for data analysis and engineering problem-solving.
AUTOMATION & INDUSTRY 4.0
Understanding digital production, automation and Industry 4.0 technologies.
PROJECT MANAGEMENT
Project planning, coordination and structured execution of engineering projects.
SELECTED ENGINEERING PROJECTS
Selected projects from my Production Engineering studies at DTU, applying engineering methods to real production, quality, sustainability and supply chain challenges.
PRODUCTION & QUALITY IMPROVEMENT — LEO PHARMA
Academic project focused on production and quality improvement in a pharmaceutical manufacturing context. The project applied structured engineering methods to analyse processes, identify improvement opportunities and connect operational performance with quality requirements.
Focus: Production • Quality Management • Process Improvement • Pharmaceutical Manufacturing
LIFE CYCLE ASSESSMENT — TANDEX
Life Cycle Assessment of a Tandex interdental brush, examining the environmental impact across the product life cycle. The analysis identified manufacturing as the dominant contributor, accounting for approximately 85% of the calculated climate impact.
Result: 0.048 kg CO₂-eq GWP100 per analysed product system, with manufacturing contributing 84.7%.
Focus: LCA • Sustainability • Manufacturing • Data Analysis
SUPPLY CHAIN & PRODUCTION PLANNING — DTU
Engineering work with supply chain network design, production planning, material flow and inventory. Projects include quantitative evaluation of production and location decisions using cost, productivity and operational factors.
Methods: MPS/MRP • Material Flow • Network Design • Inventory • Production Planning
