Stories with Tag internship

• Revyl (YC F24) Is Hiring a Front End Engineer Intern

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  Posted: 2025-03-27 21:00:29

  Verbose tl;dr

  Revyl, a Y Combinator-backed startup (F24) building a platform for interactive learning experiences, is seeking a Front-End Engineer Intern. The ideal candidate has experience with React, JavaScript, and TypeScript, and a passion for building user-friendly interfaces. Responsibilities include developing and maintaining Revyl's web application, collaborating with the engineering team, and contributing to the platform's growth and evolution. This is a paid, remote position offering valuable experience in a fast-paced startup environment.

  Revyl, a promising startup currently participating in the prestigious Y Combinator Winter 2024 cohort, is actively seeking a highly motivated and skilled Front-End Engineer Intern to join their dynamic team. This internship presents a unique opportunity for a budding software engineer to contribute meaningfully to the development of Revyl's innovative platform, which focuses on revolutionizing the retail experience through personalized video content.

  The successful candidate will play an integral role in shaping the user interface and user experience of Revyl's cutting-edge web application. They will be responsible for translating design mockups and product specifications into functional and visually appealing web components using modern front-end technologies such as React, potentially gaining experience with Typescript as well. This involves not only implementing new features but also refining and optimizing existing functionalities to ensure a seamless and engaging experience for Revyl's users.

  This internship offers a highly collaborative environment where the intern will work closely with experienced engineers and product managers, providing ample opportunities for learning and professional growth. The ideal candidate possesses a strong foundation in front-end development principles and a demonstrable proficiency in JavaScript and React. While prior internship experience is considered a plus, Revyl emphasizes a passion for building exceptional user interfaces and a willingness to learn and adapt in a fast-paced startup environment. Furthermore, an appreciation for the retail landscape and an understanding of the power of video content in enhancing customer engagement will be highly valuable. This internship offers the chance to contribute directly to a company poised to disrupt the retail industry, gaining invaluable real-world experience and making a tangible impact on a rapidly growing platform. This role is remote, offering flexibility and the ability to contribute from anywhere in the world. The listing emphasizes a preference for candidates located within a +/- 3-hour time difference from Pacific Time to facilitate smoother collaboration and communication with the team, although this is not a strict requirement.

  • Front End Engineering
  • internship
  • software engineering
  • Web Development
  • javascript
  • React
  • html
  • CSS
  • YC
  • Y Combinator
  • startup
  • Early Stage Startup
  • Revyl

  Summary of Comments ( 0 )
  https://news.ycombinator.com/item?id=43498109

  Verbose tl;dr

  Hacker News users discuss the Revyl internship posting, primarily focusing on the low offered compensation ($10/hr) for a YC-backed company. Many commenters express disbelief and concern that such a low rate undervalues the intern's work, especially given the expected skills and the association with Y Combinator. Some suggest that this rate may be a typo or misinterpretation, while others speculate about the potential reasons, including exploiting international interns or simply poor budgeting. A few commenters mention their own higher internship earnings, further highlighting the perceived inadequacy of Revyl's offer. The overall sentiment leans towards criticism of the low pay, questioning the company's priorities and treatment of interns.

  The Hacker News post titled "Revyl (YC F24) Is Hiring a Front End Engineer Intern" linking to a job posting has generated a limited number of comments, primarily focused on the compensation offered.

  One commenter questions the listed salary range of $10-$15/hour, expressing concern that it seems unusually low for a YC-backed company, especially given the typically high cost of living in areas where such companies are often located. They suggest that this might be a typographical error and that the intended range might be $10,000-$15,000/month. They further speculate that even this corrected range might be slightly below market value for such a position.

  Another commenter concurs with the first, expressing surprise at the seemingly low hourly rate. They posit that the figure might represent a monthly payment, mistakenly presented as an hourly rate.

  A third comment offers a different interpretation. This commenter suggests the posting might be targeting international interns residing in countries with lower costs of living, where such an hourly rate could be considered competitive. They highlight the possibility that Revyl might be leveraging a global talent pool due to the remote nature of the internship.

  The overall sentiment in the comments reflects skepticism and surprise regarding the advertised compensation, with several commenters proposing alternative interpretations to reconcile the seemingly low rate with the expectations associated with a YC-backed company. No representatives from Revyl or Y Combinator have responded to these comments to clarify the compensation details within the thread.

• Vpternlog: When three is 100% more than two

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  Posted: 2025-01-19 05:24:25

  Verbose tl;dr

  The blog post "Vpternlog: When three is 100% more than two" explores the confusion surrounding ternary logic's perceived 50% increase in information capacity compared to binary. The author argues that while a ternary digit (trit) can hold three values versus a bit's two, this represents a 100% increase (three being twice as much as 1.5, which is the midpoint between 1 and 2) in potential values, not 50%. The post delves into the logarithmic nature of information capacity and uses the example of how many bits are needed to represent the same range of values as a given number of trits, demonstrating that the increase in capacity is closer to 63%, calculated using log base 2 of 3. The core point is that measuring increases in information capacity requires logarithmic comparison, not simple subtraction or division.

  The blog post "Vpternlog: When three is 100% more than two" delves into a nuanced exploration of percentage calculations and their potential for misinterpretation, particularly when applied to ternary logic in the context of computer science. The author posits that a common misconception arises when comparing binary (two-state) systems to ternary (three-state) systems. Specifically, the erroneous assumption is frequently made that ternary logic offers a 50% increase in capacity or efficiency over binary logic. This assumption stems from the straightforward observation that three is 50% larger than two.

  However, the author argues that this simplification overlooks the fundamental nature of percentage change calculations. A proper assessment requires considering the relative change in capacity. To illustrate, the author demonstrates that moving from two states to three states represents a 100% increase, not a 50% increase. This is because the increase (one additional state) is calculated relative to the original number of states (two), and one is 100% of two.

  Further elaborating on this concept, the author emphasizes that percentages are inherently multiplicative factors, representing changes relative to an initial value. Therefore, an increase of 50% implies multiplying the original value by 1.5 (1 + 0.5), while an increase of 100% implies multiplying by 2 (1 + 1). In the case of transitioning from two states to three, the multiplication factor is indeed 1.5, but the percentage increase corresponding to this factor is 50%, not the other way around. The author elucidates this point with a clear mathematical breakdown of the percentage change formula: [(new value - old value) / old value] * 100%.

  Finally, the post underscores the importance of precision in language and calculations, particularly when dealing with technical concepts like percentage change. The seemingly small difference between a 50% increase and a 100% increase can have significant implications in the realm of computer science and engineering, where even fractional differences in efficiency can translate to substantial real-world gains. The author's ultimate message is a cautionary one, urging readers to carefully consider the underlying mathematics when making comparisons based on percentages.

  • internship
  • vp
  • ternary operator
  • programming
  • C++
  • performance
  • optimization
  • benchmarking
  • branch prediction
  • misconceptions
  • Software Development
  • blog
  • pvk.ca

  Summary of Comments ( 1 )
  https://news.ycombinator.com/item?id=42753953

  Verbose tl;dr

  Hacker News users discuss the nuances of ternary logic's efficiency compared to binary. Several commenters point out that the article's claim of ternary being "100% more" than binary is misleading. They argue that the relevant metric is information density, calculated using log base 2, which shows ternary as only about 58% more efficient. Discussions also revolved around practical implementation challenges of ternary systems, citing issues with noise margins and the relative ease and maturity of binary technology. Some users mention the historical use of ternary computers, like Setun, while others debate the theoretical advantages and whether these outweigh the practical difficulties. A few also explore alternative bases beyond ternary and binary.

  The Hacker News post "Vpternlog: When three is 100% more than two" (linking to an article about ternary logic) generated a moderate amount of discussion, with several commenters exploring different facets of ternary computing.

  One of the most compelling threads revolved around the practical applications of ternary logic. A commenter pointed out the historical use of ternary in the Setun computer, highlighting its potential advantages in terms of efficiency for certain operations. This sparked further discussion about the reasons why ternary computing hasn't become mainstream, with theories ranging from the difficulty in manufacturing reliable ternary hardware to the entrenched dominance of binary logic in the computing industry. The challenges in designing ternary logic circuits were also mentioned, emphasizing the complexity compared to their binary counterparts.

  Another interesting discussion thread emerged around the interpretation of the article's title. Some users debated the mathematically correct way to express the relationship between two and three, while others focused on the nuances of the percentage increase calculation. This led to a clarification about the difference between saying "three is 100% more than two" versus "three is 50% larger than two," highlighting the importance of precise language when discussing mathematical concepts.

  Furthermore, a commenter brought up the topic of balanced ternary, a system that uses -1, 0, and 1 as its three states. They explained how this system simplifies certain mathematical operations and offered an example of representing numbers in balanced ternary. This introduced a different perspective on the potential benefits of ternary logic beyond the simple 0, 1, and 2 system.

  Some users also discussed the potential benefits of ternary logic in specific applications, such as representing fractional values and optimizing certain algorithms. While acknowledging the challenges in widespread adoption, they suggested that ternary could hold promise for niche applications where its unique properties could be leveraged.

  Finally, there was a brief mention of other alternative number systems beyond binary and ternary, acknowledging the broader landscape of computational possibilities and the ongoing exploration of different approaches to information processing.