The problem PlaceMe Daddy solves

1.Efficient Matching: Candidates simply upload their CVs and wait, eliminating the need for them to spend time searching for job opportunities or preparing for specific interview questions. PlaceMe Daddy automatically matches candidates with interviewers based on their skills and experience, streamlining the process for both parties.

2.Enhanced Interview Quality: By providing interviewers with parsed information from candidate CVs, including relevant skills, experience, and qualifications, PlaceMe Daddy ensures that interviews are focused and relevant. Interviewers can tailor their questions based on this information, leading to more insightful evaluations of candidates.

3.Time-Saving for Companies: Companies save time and resources by outsourcing the interview process to qualified interviewers selected by PlaceMe Daddy. They can trust that interviews will be conducted efficiently and professionally, allowing them to focus on other priorities.

4.Anonymity and Fairness: Maintaining anonymity between the interviewer, candidate, and client ensures a fair and unbiased evaluation process. Candidates are assessed based on their skills and qualifications alone, without any preconceived biases or preferences.

5.Streamlined Reporting: PlaceMe Daddy generates comprehensive reports based on interview feedback and candidate evaluations, providing companies with valuable insights into candidate performance and suitability for the job role.

Overall, PlaceMe Daddy simplifies the hiring process for both companies and candidates by automating the matching process, enhancing interview quality, and providing valuable insights for informed decision-making.

Challenges we ran into

Navigating the integration between Django, FastAPI, and the frontend posed significant challenges for our project. We encountered a myriad of errors including CORS issues and variable inconsistencies, leading us to troubleshoot extensively. One major breakthrough came when we identified that FastAPI's sporadic reboots were disrupting the communication process, causing terminations. To mitigate this, we refactored certain methods to be asynchronous and incorporated the 'await' function. Through error handling and refinement, we successfully resolved these issues, ensuring smoother communication and enhanced stability in our system architecture.