Engineering portfolio

My professional portfolio covers all projects where I have had a proper contributing role, usually in the form of project management, design, calculations, or all three and more. This portfolio covers both academic and professional engineering projects. Go to my portfolio to see my recommendation from Kirkholm Maskiningeniører A/S.

• See portfolio

Photography portfolio

My photography portfolio shows my journey to photograph and catalogue the many beautiful parts of nature in Denmark and Scandinavia – mostly birds.

• See portfolio

Printed canvases & more

You can buy many of my pictures in physical form through my Print-On-Demand webstore on Printify. All the canvases are available in a variety of sizes.

• Visit Printify store

Do you need a competent mechanical engineer recommended by Kirkholm Maskingeniører A/S?

I'm currently looking to work, as I will be graduating from DTU in February 2026 with a BEng in Mechanical Engineering, specialising in mechanical design, product development and CAD.As a part of my education, I interned at Kirkholm Maskingeniører A/S, where I delivered high-quality work, especially for an intern. My work efficiency and technical skills resulted in a strong recommendation from their CTO, Jacob Mac Rygaard, which can be viewed with the button on the right.If you need a mechanical engineer, then don't hesitate to contact me at +45 91 999 668.My engineering projects are shown below and my CV can be found on the right.

• Recommendation
• CV
• Contact info

My work at Kirkholm Maskingeniører A/S

Internship at Kirkholm Maskiningeniører A/SSummary
• In my 5th semester I worked as a mechanical engineering intern at Kirkholm Maskiningeniører A/S.
• I worked on a multitude of different projects, but had a couple of ongoing projects that I worked on the entire time I was there.
• I got to speak with customers and suppliers, and also got to present my very own solution to a customer's problem, which another consulting engineering firm had failed with - the customer was very satisfied to say the least.
• I developed my skills within parametric CAD, sheet metal CAD, product development, customer contact and supplier contact.
• My longest project ended with a finished prototype of a packaging machine for one of Kirkholm's customers - the prototype had some clear problems, but was a solid foundation for further work.
• I gained great insight into the daily life at a consulting engineering firm and various production companies.
• Due to confidentiality I cannot show pictures of my work at Kirkholm, but to the right is a picture from Kirkholm's LinkedIn. Here I am shaking hands with my project supervisor at Kirkholm, Martin Lindemann.Special thanks
• Jacob Mac Rygaard, Kirkholm CTO
• Martin Lindemann, senior engineer and internship supervisor
• Lennart Keglberg, CEO
• The rest of Kirkholm

My work at DTU Danstar

Volunteer work at DTU DanstarSummary
• I joined DanSTAR during my 2nd semester at DTU and embarked on a challenging and rewarding journey of rocket science.
• I worked as a part of the Mechanical Team, with one of my biggest projects being redesigning the structure for the refueling system. The previous structure was made of wood, which was obviously not a safe material. If the wood happened to catch fire, this could explode the fuel tank.
• During the redesign project for the refueling system I worked together with the machining engineers at DTU Ballerup and DTU Lyngby, as well as the rest of the Mechanical Team.
• I later joined the board of DanSTAR, where I ventured my opinion on operational and management matters.
• My primary focus during my time on the board was the deteriorating work culture and HR management at DanSTAR, which, in my opinion, was a result of poorly defined HR management strategies. Before I left DanSTAR, I constructed a strategic HR management implementation plan, which was to be used to avoid unfortunate HR management situations.
• I left DanSTAR shortly after concluding my work on the HR management strategy to focus on other projects.Special thanks
• Amalie Pernille Rasmussen
• Eskil Mathias Rasmussen
• Onisim-Florin Pacurar
• The rest of DanSTAR

Product development with Naturpark Kongernes Sjælland and Naturstyrrelsen

62999 - Innovation PilotSummary
• Group of 7 people.
• Received a pitch from a selection of companies, where the team then had to choose a pitch to work further with.
• Two product development rounds, first round of 3 weeks as practice, second round lasted the rest of the course.
• Each round ended with the selection of a winner, which was the best group in the company's eyes. Our group won both rounds, as we identified from an early stage what it was that the customers wanted.
• The product development process involved the classic Double Diamond process, among many other methods.
• The deliverables in each round consisted of 20-page design reports and reflection reports.
• I was the only person in my group who received the letter grade A (12).My role
• It was quickly evident that the team lacked a leader who could organize and structure the team's efforts. I stepped up and filled that role through both innovation rounds.
• My most important role was to develop our pitch to the customers and then present it. I was one of the few in the group who voluntarily signed up to present, as I find it easy to present in front of people and am fluent in English.
• I also contributed a lot with planning, document writing, research and idea generation.Credit
• Emil V. S. Olsen
• Hebba El-Zayat
• Mahmoud A. Elkhatib
• Michael S. Jakobsen
• Nete S. Hangel
• Steffen B. Bryld

Developing a bicycle trailer ambulance product concept

62696 - Product developmentSummary
• Five person group.
• Fictional pitch asking for a bike trailer ambulance product.
• Research, design and prototyping.
• Culminated in a 1:5 scale working product, a 20 page report and an oral presentation and pitch.
• Only team to receive an A (12) grade.My role
• Planning and organising the project and tasks.
• Making sure that the team was utilised effectively.
• Research, idea generation, report writing, presenting.Credit
• Maks D. Bragt
• Rasmus T. Mortensen
• Marius Thun
• William Bendix

Numerical analysis of internal combustion engine

62146 - Mechanical Product AnalysisSummary
• Five person group.
• The project was to be completed within 5 days.
• Required answering and calculating many different values for a theoretical ICE using numerical methods in Excel.
• The deliverable was a 13-page report answering all the given questions and tasks.
• The letter grade received for the report was an A (12) grade.My role
• Planning the project.
• Taking charge on structuring and writing the report.
• Was the most knowledgeable about ICE's having previously worked with them.
• Collaborating on calculations with Rasmus T. Mortensen.Credit
• Maks D. Bragt
• Catrine U. Frølund
• Rasmus T. Mortensen
• Hjalmer Elmegaard

Simulating a simple car suspension system

62646 - Modelling and programmingSummary
• Three person group.
• This project called for programming the simulation of a car suspension using differential equations for a car suspension system using MATLAB.
• The deliverable was a 10 page report and description of the program and theory.
• The project received the top grade available in the course.My role
• For this project, I actually ended up coding the entire program myself, as my teammates were otherwise occupied. This also meant writing most of the report myself.
• This was an enormous challenge, but ended up being a very fulfilling experience.Credit
• Rasmus T. Mortensen
• Hjalmar Elmegaard

Strength testing polymers

41787 - Production technologySummary
• Five person group.
• The focus of the project was to analyse the material properties of plastics formed with different production methods.
• Using statistical methods as a means to assess quality and production tolerances for series production.
• The deliverable was a 20 page report.My role
• Making the G-code for the plastic specimen mold and CNC milling the mold.
• Injection molding 20 different specimens for each of the 4 plastic types.
• Strength testing 50 different plastic specimens.
• Data management and analysis for the different tests and specimens.
• Structuring and writing the report.Credit
• Maks D. Bragt
• Magnus Kramhøft
• Mathias Bording
• Tobias F. Bro

CNC machining and metrology

41787 - Production technologySummary
• Five person group.
• This project involved producing milled and lathed products to test the skill of the group. The products were evaluated using different types of tolerances, like achieving a certain roughness or diameter.
• Use of MasterCAM to make G-code.My role
• Designed all the G-code used for the project - with help from expert machinists at DTU.
• Worked with the machinists to produce the products.
• In charge of structuring and writing the report.Credit
• Catrine U. Frølund
• Maks D. Bragt
• Mathias Bording
• Tobias F. Bro

Reverse engineering and CAD

62145 - Documentation of productsSummary
• Solo project.
• Use SolidWorks to reverse engineer a product to the point of being able to make an assembly drawing of the entire product.
• The product in questions was a RS PRO Pneumatic 5 port Valve Actuator, for which everyone in the course was given their own physical product that could be measured.
• The deliverable was a technical report including realistic renders of the product, an assembly drawing for all the components of the product and a technical drawing for a complex component of the product.
• I received the letter grade B (10).My role
• Using precise measurement methods to determine product dimensions.
• Utilising parametric design in SolidWorks.
• Learning to manage different part configurations.
• Using cosmetic threads.
• Applying correct materials, paint and labels for realism.
• Using gear mates correctly.
• Much, much more.

Designing and constructing a terrace

Design and construction of terrace in North ZealandSummary
• Design of terrace in Solidworks according to customer's wishes, approx. 9 m².
• Purchased materials and built the terrace at the location where the customer had requested it.
• Constructed and installed the terrace myself, which took 10 days.
• The customer was very satisfied with the result, especially since I had explained that it would be quite difficult with the design they had chosen - primarily because of the boards that need to be cut at 45 degrees and align with each other at the ends.
• The result was extremely solid, especially because the customer chose to go with an over-dimensioned design, even though I had given them a more economical option with fewer posts.