• Leading a team of electrical and mechanical engineers, managing human resources including recruitment, training, development, and performance evaluation.• Fostering an innovative and productive work culture, as well as setting goals and targets for the team.• Developing and implementing engineering strategies for IoT, including short-term and long-term plans.• Evaluating current industry trends and new technologies to ensure the company remains at the forefront of innovation.• Overseeing projects from conception to implementation, including scheduling, budgeting, and risk management.• Ensuring projects run according to established quality, time, and budget standards.• Leading the design and development process of IoT hardware, including component selection, circuit design, and mechanical system integration.• Collaborating with the software team to integrate electronic solutions with software platforms.• Supervising product testing and validation to ensure compliance with industry standards and customer requirements.• Analyzing testing data for iteration and design improvement.• Working closely with other departments, such as marketing, sales, and customer support, to ensure successful product integration in the market.• Communicating with stakeholders and customers to gather feedback and requirements for further product development.• Ensuring all products and processes comply with relevant industry standards, including safety, reliability, and environmental compliance.• Keeping up with developments in IoT-related regulations and standards.• Encouraging innovation and research to develop more efficient and effective IoT solutions.• Updating the knowledge and skills of the team through training and professional development.• Responsible for department budget management and efficient resource allocation.• Cultivating and maintaining relationships with vendors, partners, and suppliers to ensure access to the latest technologies and materials.

The course "New and Renewable Energy" aims to provide a deep understanding of new and renewable energy resources, renewable energy technologies, as well as the social and environmental implications of their use. This course will cover the fundamentals of renewable energy, its potential and challenges, as well as the latest innovations in renewable energy technology. The learning approach used is Research-Based Learning, where students will be engaged in research and further exploration of current topics in new and renewable energy that are relevant to their field of study. Students will be encouraged to develop analytical, synthesis, and critical and creative thinking skills through research-based assignments. 1. Introduction to New and Renewable Energy: Definition and characteristics of new and renewable energy; and the potential and benefits of using renewable energy.2. Solar Energy: Solar energy technology: solar cells, solar power generation; and the applications of solar energy in smart technology and artificial intelligence.3. Wind Energy: Wind turbine technology: horizontal and vertical turbines; and the application of wind energy in distribution systems and electrical grids.4. Hydropower Energy: Hydropower technology: hydroelectric power plants, small-scale hydropower; and the social and environmental impacts of hydropower.5. Biomass and Waste Energy: Utilization of biomass and organic waste as energy sources; and technologies for converting biomass and waste into energy.6. Geothermal Energy: Geothermal energy potential and utilization technologies; and the application of geothermal energy in heating systems and power generation.7. Challenges and Innovations in Renewable Energy: Sustainability and the integration of renewable energy systems; and the latest energy storage technologies.8. Machine learning implementation at Renewable Energies Industries9. Implementation of Drone and IoT at Reneawble Energies Industries

1. Project NIVA [Non Invasive Vascular Analyzer] carry out product development for medical devices. Non-Invasive based in collaboration with academics from the Bandung Institute of Technology.Medical devices that are being developed are to measure the elasticity of blood vessels and can perform initial analysis for blockage of blood vessels.NIVA can perform calculations by generating 15 parameters for a doctor to analyze continuous results regarding blood vessels.Such as Systolic Diastolic, ABI (Ankle Brachial Index), BaPWV (Brachial Ankle Pulse Wave Velocity), Large Artery Compliance (c1), Small Artery Compliance (C2), VA (Vascular Age), AUI (Augemantation Index), Stiffness Index (SI). ), Systolic Amplitude (SA), Pulse Width (PW), Inflection Point Area (IPA), Pulse Interval (PI), Delay Time (DT) and Heart Rate (BPM)2. Technical Responsible for medical Devicesbe one of the technical persons in charge of medical devices that have been and will be running in the company.for now what is currently underway is the assembly for the GENOSE COVID 19 device in collaboration with PT. Swayasa.Checking and controlling goods from goods delivered, goods arriving and end users.3. Sertifikasi ISO13485 untuk Assembly Line manufaktur Alat Kesehatan

1. Doing simple ERP system development, for Logistics management system.2. Clients : PT. Prima Power NusantaraAddress : Menara Engineering, Jl. Ciputat Raya No.123, RT.1/RW.8, Pondok Pinang, Kebayoran Lama, South Jakarta City, Jakarta 123103. Carry out System Analysis for Logistics Management Needs.4. Design and develop with team [ 4 people]5. Perform application commissioning test6. Provide training to Users regarding the use of the Application

Working for Yudistira Energy Group. Project Smart System automation.Designing Mechanical Electrical Plumbing for 11 Towers at Cicayur.

Responsible for information management systems from the public works ministry (PUPR). In the PADAT KARYA Project, the first stage is in 2018 in 107 villages throughout Indonesia.The task is to collect data and process data every week to get analysis from each village in the development of labor-intensive project development.

A two-year intensive leadership development journey.The Global Leaders Program combines face-to-face workshops and online learning with real-world experiences in order to prepare students for leadership roles in their communities, with Indonesian companies, and in international organizations in Indonesia and abroad.This experiential learning is delivered by expert facilitators using the XL Curriculum, which was developed by world-renowned educational thought leaders, and is the result of extensive research into the needs and aspirations of young Indonesians.

is a container of Computer System students to channel student activities and creativity. Through Himaskom, Computer Systems students can continue to foster professionalism about science in the field of computers and capabilities in the fields of management and organizations aimed at advancing the Computer System itself. Inside the Himaskom structure there are fields, namely: Regeneration Academic Interest and talent Social Informatics and Computers

The TA is responsible for maintaining a safe, instructive atmosphere in the laboratory at all times. The TA must follow all safety guidelines at all times in the laboratory, and must enforce these guidelines for all students in the laboratory. TA's are generally expected to attend all pre-lab sessions, all laboratory sessions, and any other meetings scheduled by the course instructor or the lab coordinator. The TA is required to be familiar with all experimental procedures and calculations involved in an experiment prior to entering the laboratory and must be prepared to lecture briefly on this material. TA's are also responsible for grading laboratory reports and pre-lab assignments. The TA is required to maintain an accurate grade and attendance record.

The TA is responsible for maintaining a safe, instructive atmosphere in the laboratory at all times. The TA must follow all safety guidelines at all times in the laboratory, and must enforce these guidelines for all students in the laboratory. TA's are generally expected to attend all pre-lab sessions, all laboratory sessions, and any other meetings scheduled by the course instructor or the lab coordinator. The TA is required to be familiar with all experimental procedures and calculations involved in an experiment prior to entering the laboratory and must be prepared to lecture briefly on this material. TA's are also responsible for grading laboratory reports and pre-lab assignments. The TA is required to maintain an accurate grade and attendance record.