Tingkat attrition berdasarkan sumber rekrutmen

Metrik kualitas perekrutan lain yang dapat Anda pertimbangkan adalah tingkat attrition, yaitu seberapa sering karyawan yang direkrut keluar dari perusahaan. Tentukan saluran rekrutmen mana yang memiliki tingkat attrition tertinggi dan terendah.

Pada latihan sebelumnya, keluaran berupa data frame dengan saluran rekrutmen dan rata-rata pencapaian kuota. Akan lebih mudah untuk melihat saluran mana yang karyawannya berkinerja tertinggi jika datanya diurutkan dengan arrange().

Latihan ini adalah bagian dari kursus

Analitik SDM: Mengeksplorasi Data Karyawan di R

Petunjuk latihan

recruitment dan dplyr sudah dimuat di workspace Anda.

Gunakan summarize() untuk menghitung tingkat attrition di dalam setiap sumber rekrutmen. Simpan hasilnya dalam kolom baru bernama attrition_rate.
Urutkan hasilnya berdasarkan tingkat attrition, dari yang terendah ke tertinggi, lalu simpan ke avg_attrition.

Latihan interaktif praktis

Cobalah latihan ini dengan menyelesaikan kode contoh berikut.

# Find the average attrition for the sales team, by recruiting source, sorted from lowest attrition rate to highest
avg_attrition <- recruitment %>%
  ___ %>% 
  ___ %>% 
  ___

# Display the result
avg_attrition

Edit dan Jalankan Kode

Latihan ini adalah bagian dari kursus

Analitik SDM: Mengeksplorasi Data Karyawan di R

SkillTag.level.intermediateSkillTag.label

4.8+

Mulai Kursus Gratis

In this chapter, you will get an introduction to how data science is used in a human resources context. Then you will dive into a case study where you'll analyze and visualize recruiting data to determine which source of new candidates ultimately produces the best new hires. The dataset you'll use in this and the other chapters in this course is synthetic, to maintain the privacy of actual employees.

Exercise 1: Selamat datang di kursus ini!Exercise 2: Aplikasi analitik sumber daya manusia (HR)Exercise 3: Melihat data rekrutmen Exercise 4: Rekrutmen dan Kualitas Perekrutan Exercise 5: Mengidentifikasi kelompok dalam data Exercise 6: Angka penjualan berdasarkan sumber rekrutmen Exercise 7: Tingkat attrition berdasarkan sumber rekrutmen

Latihan Saat Ini

Exercise 8: Memvisualisasikan data rekrutmen Exercise 9: Memvisualisasikan perbedaan kinerja penjualan Exercise 10: Memvisualisasikan perbedaan attrition Exercise 11: Menarik kesimpulan

Gallup defines engaged employees as those who are involved in, enthusiastic about and committed to their work and workplace. There is disagreement about the strength of the connection between employee engagement and business outcomes, but the idea is that employees that are more engaged will be more productive and stay with the organization longer. In this chapter, you'll look into potential reasons that one department's engagement scores are lower than the rest.

Exercise 1: Analyzing employee engagement Exercise 2: Importing the survey data Exercise 3: Which department has the lowest engagement?Exercise 4: Comparing other factors by department Exercise 5: Visualizing the engagement data Exercise 6: Visualizing several variables at once Exercise 7: Visualizing several variables at once with facets Exercise 8: Drawing conclusions from graphs Exercise 9: Is that difference meaningful?Exercise 10: Statistical significance - disengaged employees Exercise 11: Statistical significance - vacation days Exercise 12: Drawing conclusions from the tests

When employers make a new hire, they must determine what the new employee will be paid. If the employer is not careful, the new hires can come in with a higher salary than the employees that currently work at the same job, which can cause employee turnover and dissatisfaction. In this chapter, you will check whether new hires are really getting paid more than current employees, and how to double-check your initial observations.

Exercise 1: Paying new hires fairly Exercise 2: Importing the pay data Exercise 3: Is the difference significant?Exercise 4: Omitted variable bias Exercise 5: Omitted variable bias examples Exercise 6: What other differences exist?Exercise 7: What does the pay difference look like now?Exercise 8: Are hourly hires paid more?Exercise 9: Linear regression Exercise 10: New hire pay: a simple regression Exercise 11: New hire pay: accounting for job levels Exercise 12: Drawing conclusions from the tests

Performance management helps an organization keep track of which employees are providing extra value, or below-average value, and compensating them accordingly. Whether performance is a rating or the result of a questionnaire, whether employees are rated each year or more often than that, the process is somewhat subjective. An organization should check that ratings are being given with regard to performance, and not individual managers' preferences, or even biases (conscious or subconscious).

Exercise 1: Joining HR data Exercise 2: Importing the two datasets Exercise 3: Joining performance data Exercise 4: Performance ratings and fairness Exercise 5: Focus on high performers Exercise 6: Comparing distributions of high performers Exercise 7: Checking for omitted variable bias Exercise 8: Logistic regression Exercise 9: Linear and logistic regression Exercise 10: Performance ratings: a simple logistic regression Exercise 11: Performance ratings: accounting for job levels Exercise 12: Conclusions and recommendations

In many industries, workplace safety is a critical consideration. Maintaining a safe workplace provides employees with confidence and reduces costs for workers' compensation and legal liabilities. In this chapter, you'll look for explanations for an increase in workplace accidents.

Exercise 1: Employee safety Exercise 2: Importing and joining the accident data Exercise 3: Where is the highest accident rate?Exercise 4: Where did the accident rate increase most?Exercise 5: Focusing on the location of interest Exercise 6: Focusing on the problem location Exercise 7: Bringing in more data Exercise 8: Checking for omitted variables Exercise 9: Is that change isolated to the problem location?Exercise 10: Explaining the increase in accidents Exercise 11: Using regression to identify change drivers Exercise 12: What can you conclude?Exercise 13: Conclusion