• Assist HR in 100 participants screening and selecting CVs and candidate applications, arranging tests and interviews, and conducting initial interviews to assess candidates qualifications and suitability for job placements in Japan. • Assist in coordinating with prospective workers for Japan in the recruitment process, Japanese language and SSW training, and departure to Japan. • Managed and updated the candidate database, assisted in preparing recruitment reports, Japanese language and SSW, and regular departures to Japan, as well as maintained documentation related to the recruitment process until departure to Japan.

• Spearheaded a business with a monthly turnover exceeding hundreds of thousands of dollars, achieving consistent growth and profitability through the successful sale of hundreds of products to a satisfied customer base numbering in the hundreds.• Managed the packaging and shipping operations nationwide in Indonesia, ensuring 95% on-time deliveries and maintaining a customer satisfaction rate of 90% due to reliable and efficient service.• Successfully promoted products by creating captivating marketing materials that captured the attention of customers, resulting in a 25% increase in sales and heightened brand visibility.

• Successfully cultivated hydroponic plants, resulting in a 30% increase in plant yield and quality compared to traditional methods.• Efficiently managed waste in the surrounding environment, reducing waste-related incidents by 20% and maintaining a clean and eco-friendly atmosphere.• Developed and implemented engaging educational content on social media platforms, resulting in a 50% increase in follower engagement and knowledge dissemination in the field of hydroponics and environmental management.

• Wrote and published blog posts that improved website engagement by 35%.• Developed an infographic that was shared widely, resulting in a 25% increase in brand visibility.• Developed a brand guideline document that ensured consistency across all marketing materials.• Developed visual content for social media that boosted engagement rates by 35%.• Increased website traffic by 50% through targeted SEO strategies.

Plant Cultivation Basics involve a series of practices, techniques, and fundamental procedures used in the process of planting and caring for crops to ensure their healthy growth and maximize yields. This includes soil cultivation, clearing the land of weeds, and preparing the appropriate soil structure for the intended crops. It may involve the use of pesticides or organic control approaches.Conducting a Practicum on the Topic Effects of Plant Spacing and Planting Patterns on the Growth and Yield of Sweet Corn (Zea mays saccharata Sturt)The purpose of this practicum is to determine the effects of plant spacing and planting patterns on the growth and yield of sweet corn (Zea mays saccharata). The results of the practicum showed that different plant spacing and planting patterns led to varying outcomes.In the application of different plant spacing and planting patterns, both monoculture and intercropping treatments yielded differing results. For the height of sweet corn plants, the treatment with a plant spacing of 70x30 cm in a monoculture pattern exhibited the fastest growth, while the slowest growth occurred in the intercropping treatment with a spacing of 70x40 cm. The timing of tassel emergence in both monoculture and intercropped corn was nearly the same, occurring when the corn was around 49-54 days old, or approximately 8 weeks from planting.As for the length of corn cobs with kernels, the monoculture treatment with a spacing of 70x30 cm had the longest cobs, while the intercropping treatment with a spacing of 70x40 cm had the shortest cobs. In terms of the diameter of corn cobs with kernels, the monoculture planting pattern with a spacing of 70x30 cm had the largest cob diameter, while the smallest diameter was observed in the intercropping pattern with a spacing of 70x40 cm.

Agricultural ecology aims to integrate ecological principles into agricultural practices to create a more sustainable, resilient, and environmentally friendly food production system. Its a multidisciplinary field that bridges the gap between traditional agriculture and modern environmental science. In the agricultural ecology lesson, a practical experiment was conducted on the EFFECT OF LIGHT INTENSITY ON THE GROWTH OF CORN (Zea mays L.) AND GREEN BEANS (Vigna radiata) with the following findings:Based on the observations during the experiment, it can be concluded that the cultivation of corn and green beans should take into account the growing medium, appropriate fertilizer dosage, watering patterns, and the level of light intensity received by the plants. These factors can significantly affect the growth process of the plants to achieve the desired results.The cultivation of corn under low light intensity resulted in shorter plant height and fewer leaves. This is because corn is classified as a C4 plant, which requires high light levels.Regarding green beans under high light intensity, two sets of data were observed, labeled as T and H, representing measurements of plant height. The data indicated that green beans grown under high light intensity had shorter plant height compared to those grown under low light intensity. This phenomenon is due to the process of etiolation, in which plants can grow rapidly due to an increase in the auxin hormone but experience disruptions in the photosynthesis process. As a result, the plants develop soft stems and yellow leaves, indicating a lack of chlorophyll. Light intensity is a crucial factor in the plant growth process.So, in summary, the experiment showed that light intensity has a significant impact on the growth of corn and green beans, with different effects on each type of plant.

Soil Science Fundamentals is a field of study that examines the physical, chemical, biological, and ecological properties of soil. Soil science plays a crucial role in agriculture, environmental sustainability, and natural resource management. Organisms in the soil play a significant role in breaking down organic matter, improving soil quality, and influencing nutrient cycles. The study of soil biota helps to understand the dynamics of soil ecosystems. It assists in determining the physical and chemical properties of the soil. Soil Science Fundamentals provide a knowledge base for understanding how to efficiently manage soil, whether in the context of agriculture, forestry, or environmental conservation. Based on the field trip activities conducted in UB Forest, it can be concluded that UB Forest has a high biodiversity, including the presence of mahogany, coffee, taro, and chili plants. Observations in UB Forest were carried out at three sub-points, namely in seasonal crops, agroforestry land, and production forest. These three sub-points are located in different locations and elevations, resulting in differing physical, chemical, and biological observation data at each point.Based on the obtained results, it is known that the land physiography of UB Forest under study has a 33% slope, with a wavy macro-relief and terrace-shaped micro-relief. The land is dominated by mahogany trees.Furthermore, the data also indicate that both production forest and agroforestry land have similar structures and textures, which are rounded clump structure and sandy clay texture, whereas seasonal crop land has angular clump structure and dusty clay loam texture. The most suitable land use is found in the production forest land. This is because, based on observations, the production forest land has more vegetation and soil biota diversity compared to seasonal crop land and agroforestry land. The abundance of vegetation and soil biota serves as an indicator of more fertile soil.