An Engineering Self-Study

An Engineering Self-Study Substack chronicles the journey of an inventor aiming to innovate in the hockey equipment industry. It details challenges in design, prototyping, and the quest for creative freedom, illustrating perseverance, adaptation, and a shift towards embracing data and external insights in the invention process.

Innovation and Creativity Engineering and Design Prototyping and Testing Career and Personal Development Sports Equipment Design

The hottest Substack posts of An Engineering Self-Study

And their main takeaways

An Inventor's Quest for the NHL Pt. 41

667 implied HN points • 07 Feb 24

The inventor had setbacks but is now back on track with building prototypes and filming updates.
The inventor is making money as a YouTube partner and finds it rewarding.
There's a philosophical shift towards being less anti-establishment and more open to using data in future designs.

An Inventor's Quest for the NHL Pt. 39

945 implied HN points • 18 Dec 23

🎾 Sports Invention Career Entrepreneurship

The inventor had a change of heart about going back to a 'normal' job.
During job interviews, the inventor realized the desire for creative freedom and experimental work.
The inventor is now seeking funding to continue pursuing the dream of creating innovative hockey equipment.

An Inventor's Quest for the NHL Pt. 40

556 implied HN points • 07 Jan 24

🎾 Sports Invention Hockey Reflections Videos

Build new prototypes regularly to maintain momentum.
Break down tasks into smaller chunks to make them more manageable.
Utilize existing resources efficiently and avoid over-complicating solutions.

An Inventor's Quest for the NHL Pt. 38

611 implied HN points • 06 Oct 23

🕹 Technology Inventions Prototyping Engineering Sports

The deadline was missed for completing the prototype.
Carbon fiber was used to address helmet flexibility for the cage.
Prototype testing revealed areas for improvement before it is ice-ready.

An Inventor's Quest for the NHL Pt. 37

667 implied HN points • 30 Aug 23

🎾 Sports Invention Hockey Testing Design

The inventor faced setbacks and flaws in design iterations.
Despite challenges, the inventor showed optimism and perseverance in improving the product.
The inventor plans to explore a new concept by connecting ropes directly to the helmet.

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An Inventor's Quest for the NHL Pt. 36

611 implied HN points • 31 Jul 23

💼 Business Innovation Entrepreneurship Manufacturing Sports Design

The inventor faced challenges in finding the right design direction for their product.
They learned the importance of load paths to distribute force and reduce stress on welds.
The inventor made adjustments to their design and construction process towards achieving a functional prototype by a set deadline.

An Inventor's Quest for the NHL Pt. 35

778 implied HN points • 21 May 23

🎾 Sports Innovation Manufacturing Prototyping Engineering Testing

Replicating industrial processes can be challenging without expertise and specialized equipment.
Precision bending using manual tools can be satisfying and effective for complex designs.
Seeking help and expertise when facing challenges is essential for successful project outcomes.

An Inventor's Quest for the NHL Pt. 33

723 implied HN points • 04 Mar 23

🎾 Sports Innovation Product Development Engineering

The inventor faced challenges with his product design, such as chafing and broken parts during testing.
Despite setbacks, the inventor persisted and sought solutions to improve the design.
Through trial and error, the inventor identified the need for lateral support in the design to prevent bending issues.

An Inventor's Quest for the NHL Pt. 32

333 implied HN points • 09 Feb 23

Continuing to evolve the hockey product design with experimentation and improvement
Addressing issues like chafing by implementing new solutions like double braid rope
Enhancing safety measures by ensuring a fail-safe mechanism in the product design

An Inventor's Quest for the NHL Pt. 34

1 HN point • 24 Mar 23

🪑 Design Product Development Prototyping Optimism Innovation

The inventor made a big design change by getting rid of the crossbar and coming up with a new concept.
The new design took into account previous failures and was met with optimism.
Quick tests showed promise for the redesigned structure, providing optimism for the future.