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whats wrong with new devs?

programming#software engineer#software engineering#developer#web design#web development#programmer humor
218K views|4 months ago
💫 Short Summary

The video discusses impostor syndrome in the tech industry, emphasizing the need for self-acceptance and continuous improvement. It also touches on the challenges of social media validation, the influx of new engineers in web development, and the disconnect between traditional programming education and job requirements. The importance of creating a culture of performance for high-quality software is highlighted, along with optimizing code for user satisfaction. Personal anecdotes and reflections on game programming are shared, underscoring the learning process in the field.

✨ Highlights
📊 Transcript
Discussion on impostor syndrome and pressure in the tech industry.
The tweet criticized software engineers for lack of knowledge, sparking controversy online.
Many professionals experience impostor syndrome and the need to constantly prove themselves.
Comparing oneself to others and feeling inadequate is a common experience in the industry.
Emphasis on self-acceptance, understanding challenges, and promoting a positive work environment.
Impostor syndrome stems from unrealistic comparisons to highly skilled individuals, leading to feelings of inadequacy.
The speaker suggests using these feelings as motivation to improve rather than focusing on external comparisons.
Impostor syndrome is a natural part of learning and growth, with the key being to acknowledge current shortcomings while striving for progress.
The speaker, a programmer for 30 years, emphasizes the importance of continuous improvement in a complex field like programming.
Overall, impostor syndrome should be reframed as a catalyst for personal development rather than a source of self-doubt.
Importance of recognizing deficiencies as opportunities for growth.
Approach self-improvement with humility and willingness to learn from others.
Criticism of social media culture for promoting superficial validation.
Importance of ambiguous and incendiary content on social media platforms.
Negativity generates more interactions and attracts followers.
Clean code as a topic can lead to broader audience engagement due to varying interpretations.
Challenges of communicating effectively in a space driven by ambiguity and controversy.
Exploring the complexities of content creation for maximum impact based on audience size and participation.
The influx of new engineers is primarily in web development, with a higher barrier to entry in recreational hardware.
Many aspiring engineers see web development as a way to improve their lives and secure employment, while there is a lack of professional ambition in recreational hardware.
The motivations behind learning web development are discussed, as well as the varying attitudes towards different engineering fields.
Disconnect between traditional programming education and real-world job requirements.
Emphasis on irrelevant skills like knowledge of specific frameworks and tools over actual programming ability.
Industry criticized for prioritizing checkbox skills and administrative tasks over genuine coding proficiency.
Lack of focus on essential programming principles.
Advocacy for a curriculum shift towards practical coding expertise.
The impact of low-quality software on the software industry.
Modern software practices lack emphasis on producing high-quality, low-bug software, leading to negative consequences.
Examples like QuickBooks and Gmail are used to highlight the ramifications of this lack of emphasis.
Competition is crucial for driving improvement in software quality, but overcoming incumbents and lock-in effects poses a challenge.
There is uncertainty on how to convince individuals to prioritize software quality and take more responsibility.
Importance of Creating a Culture of Performance
Challenges in accurately measuring performance and its impact on developers.
Prioritizing performance to enhance user satisfaction, with examples from personal experiences.
Difficulty in sustaining efforts for continuous improvement and culture change within a company.
Importance of optimizing code for performance in applications.
Fast results lead to improved user engagement and increased spending on services.
Prioritizing performance is crucial for businesses to avoid losing money.
Less code results in faster execution, following the mantra of 'less code equals faster speed'.
Removing unnecessary layers of code led to faster software performance and fewer bugs.
Revenue increased after implementing the changes, despite initial resistance.
Addressing underlying issues improved stability and user satisfaction.
The focus shifted from superficial optimizations to fixing fundamental problems.
This resulted in a more efficient and effective system.
Discussion on web programming, Montana time, and personal experiences with game programming.
Speaker shares childhood memories from Montana and preference for the West Coast.
Appreciation for conversation with Casey and admiration for his show and engineering skills.
Reflection on struggles with game programming, highlighting growth and learning process.
Segment covers topics from personal anecdotes to professional admiration.
Importance of learning in game programming.
Writing a class called movable game object is crucial for real game programmers.
Speaker reflects on their experience of realizing writing the class was a bad idea.
Mentions Dante's Inferno and Seven Levels to emphasize the learning curve and challenges in game development.