Turing Work From Home Opportunity 2024 | Hiring Business Research Analyst | Apply Now

Qualifications

• English Proficiency: High level of reading and writing comprehension in English.
• Analytical Skills: Good research and analytical skills.
• Feedback Skills: Ability to provide constructive feedback and detailed annotations.
• Creative Thinking: Creative and lateral thinking abilities.
• Independence: Self-motivated and able to work independently in a remote setting.
• Commitment: Available for up to 40 hours/week during US business hours.
• Technical Setup: Desktop/Laptop set up with a good internet connection.

Preferred Qualifications:

• Bachelor’s degree in Engineering, Literature, Journalism, Communications, Arts, Statistics, or related field, or equivalent experience in these areas.
• Professional writing experience in roles such as business analyst, research analyst, copywriter, journalist, technical writer, editor, or translator.
• Proficiency in Excel and Google Suite.

Job Description & Responsibilities:-

Turing is looking for candidates with strong analytical and English comprehension skills. The ideal candidate should have the ability to read, summarize, and break down large content into smaller logical blocks, conduct research online, validate claims made in the content through online research, and work with the LLM (Large Language Models) to solve puzzles!

Your role is critical in helping fine-tune and improve large language models (like gpt), and will make you an expert on how to leverage AI to be a better analyst. This is your chance to future-proof your career in an AI-first world!

What does day-to-day look like:

Your role involves analyzing and creating scenarios to improve LLM models. You’ll provide correct answers and explanations to help models learn from their mistakes. Here are a few examples:

• Based on a given distribution of sales by month across locations, could you analyze which location has grown the most? (Hint: what time period should we look at? should we account for sudden variability at the beginning?)
• In a small town, there are four distinct neighborhoods: Oak, Pine, Maple, and Elm. A postman is assigned to deliver mail and can only deliver to two neighborhoods in one day, with certain rules (e.g. Oak is always visited before Pine). If he delivers to Oak and Elm on the first day, which neighborhoods does the carrier deliver to on the second day?

Note: No other prior specialized domain experience is needed.