Choosing the Right Engineering Field at TDU

Rather than comparing fields based on rankings, trends, or preconceived ideas about personality, consider the following five points: (1) subjects that can hold your interest over time; (2) activities you want to pursue, such as experiments, programming, and design; (3) issues you want to explore, such as health, food, the environment, AI, information, energy, and disaster prevention; (4) whether you want to focus on one specialty or also study related fields; and (5) how you want to learn, through lectures, exercises, experiments and practical training, projects, and other formats. At Tokyo Denki University, the School of Science and Engineering at Saitama Hatoyama Campus provides examples of courses offered within divisions. At the School of Engineering at Tokyo Senju Campus, the stated approach is for students to specialize in one of six fields. It is important to check not only the school but also the differences among departments, divisions, and courses. Compare approaches to learning as well. In the School of Science and Engineering, foundational subjects such as mathematics, natural science, and information processing are offered mainly in the first year, along with problem-solving exercises, experiments, and practical training. The School of Engineering also systematically provides lectures, exercises, experiments and practical training, and workshops in addition to foundational education. A further point to consider is whether you want to continue studying both foundational and practical subjects, rather than only topics that already interest you.

The School of Science and Engineering at Saitama Hatoyama Campus is structured so that students can combine a sub-course in another area with a primary focus on the specialty of their division. Students select one main course from their own division and one sub-course from either the same division or another division, with academic guidance. Foundational subjects such as mathematics, natural science, and information processing are offered mainly in the first year, and the curriculum also incorporates exercises, experiments and practical training, and problem-solving learning. The School of Engineering at Tokyo Senju Campus has a three-stage structure consisting of foundational education, experiments and practical training and workshops, and a broad range of specialized subjects. In the early years, students acquire foundational engineering knowledge and skills. In the later years, they select specialized subjects according to their interests and future direction. Experiments and practical training are provided in every year. When choosing, comparing whether you want to combine your primary field with a sub-course or progressively deepen your specialization within a department can make the differences between these approaches easier to understand. You should also check how technical activities you want to continue, such as experiments, exercises, and workshops, are arranged within the curriculum.

Compare curricula using the student handbook and course allocation tables corresponding to your year of enrollment. First, check which courses are required and which are elective. Next, see in which years subjects such as mathematics, physics, chemistry, experiments, programming, and design exercises are offered. Comparing when specialized subjects begin, how electives are arranged, and the path leading to the graduation research project will also make it easier to understand differences in what you will study. At the School of Science and Engineering at Saitama Hatoyama Campus, the stated policy is to offer foundational subjects such as mathematics, natural science, and information processing mainly in the first year. Experiments and exercises, programming, design exercises, project courses, and other subjects are then arranged according to the division and course. The Division of Science and the Division of Information System Design also state a policy of providing consistent guidance through the writing and oral presentation of the graduation thesis. At Tokyo Senju Campus, check the course allocation table corresponding to the school, department, and year of enrollment. In the School of Engineering materials for the 2026 academic year, some first-year mathematics courses and physics experiments are required, while the required or elective status of subjects such as basic physics needs to be checked by department. Because handbooks and course allocation tables may be corrected or updated, review the latest versions when applying and before enrollment.

When comparing fields, consider not only the subjects that interest you but also the foundational disciplines and technical activities you want to pursue. Topics such as AI and healthcare overlap with multiple fields. Differences such as writing programs, designing circuits, building and controlling machines, and conducting experiments on materials or biological phenomena can serve as criteria for your decision. At the School of Science and Engineering at Saitama Hatoyama Campus, examine the structure of its divisions and courses. The Division of Information System Design covers areas such as software, information systems, and intelligent information. The Division of Electronic and Computer Engineering focuses on hardware and software or medical engineering. The Division of Mechanical Engineering has courses corresponding to design and analysis and to manufacturing and control, while the Division of Life Science has courses corresponding to health and medicine and to food and the environment. The stated academic guidance is for students to choose a main course from their own division and a sub-course from either the same division or another division. At Tokyo Senju Campus, compare the primary focus of each school and department. In the School of Engineering, the Department of Electrical and Electronic Engineering builds on circuits and electromagnetism before advancing to electric power and machinery, electronic systems, and electronic devices. The Department of Information and Communication Engineering covers both computer systems and communications, while the Department of Applied Chemistry is built around organic chemistry, inorganic and analytical chemistry, physical chemistry, and chemical engineering. The Department of Mechanical Engineering and the Department of Advanced Mechanical Engineering overlap in some areas, but the latter also covers advanced related fields in addition to conventional mechanical engineering. Research examples show that medical devices span electrical and electronic engineering, mechanical engineering, and information and communications, while AI spans fields including information and life science. Rather than making an either-or choice based only on an applied topic, it is important to compare foundational subjects, experiments and exercises, and research methods.

At the School of Science and Engineering at Saitama Hatoyama Campus, students choose one main course from their own division and one sub-course from either their own division or another division. This structure allows students to study another area while maintaining a primary specialization. Foundational subjects such as mathematics, natural science, and information processing are offered mainly in the first year. When considering your preferred program, check the specialized content of the main course separately from the range of options available for the sub-course. Students studying at Tokyo Senju Campus in the 2026 academic year ordinarily select subjects from the curriculum of their own department. In some cases, they may take subjects offered by other schools or departments, but procedures are required, and enrollment may not be permitted depending on capacity or approval from the instructor. This is a course enrollment system and does not mean that students can freely change departments. The University has also announced a policy to make general education subjects such as Mathematics, Information, and Natural Science and Technology common to all schools at both Tokyo Senju and Saitama Hatoyama campuses beginning in the 2026 academic year. Opportunities to study foundational subjects and the possibility of changing direction in the future are separate matters. If you think your interests may change, do not assume that you will be able to change your affiliation after enrollment; instead, check both the primary specialization and the related fields in which you can take courses.

The subjects to emphasize before enrollment differ depending on the program you are considering. At the School of Science and Engineering at Saitama Hatoyama Campus, sufficient foundational proficiency in mathematics and English is identified for all divisions as desirable preparation before enrollment, with additional subjects and topic ranges specified for each division. At the School of Engineering at Tokyo Senju Campus, the foundations of mathematics, physics and chemistry, and English are similarly emphasized as desirable preparation. For example, the Department of Applied Chemistry explicitly specifies a sufficient understanding of high school chemistry. These are areas considered desirable to study before enrollment and are not presented as admission requirements. The demands of the programs cannot be ranked in a simple way. The School of Science and Engineering is structured around selecting main and sub-courses and undertaking exercises, experiments, and practical training in addition to lectures. The School of Engineering also systematically provides lectures, exercises, experiments, and practical training. Both campuses have Learning Support Centers where students can ask questions, seek advice on study methods, and receive individual tutoring by appointment. Courses related to qualifications and internships are available, but they do not guarantee that students will obtain qualifications or employment. The School of Engineering has a stated policy of offering graduate-level courses in advance to students with outstanding grades or strong motivation to study. The career-path data table for graduates and program completers in the 2025 academic year (March 2026) provides University-wide totals and does not show further-study or employment outcomes for specific fields. If qualifications, employment, or graduate study are important to you, check the courses and latest career information for the department or division you are considering.

Before making a final decision, check the official curriculum for the school, department, or division you are considering. Review the required courses, the sequence of study, and the content of experiments, production work, and research, and consider whether they are likely to sustain your interest. For 2027 admissions, the eligible schools and schedules differ by admissions method. Be sure to check the latest official information, including admissions policies and requirements. At open campus events, it is important not only to listen to explanations but also to see the actual learning environment. The 2026 information for Saitama Hatoyama Campus included planned exhibitions by division, laboratory tours, and opportunities to ask students individual questions. At Tokyo Senju Campus, information was also provided on exhibition rooms for individual departments, laboratories, and tours led by student staff. Check the latest information for event content and schedules. Prepare specific questions. Comparisons become easier if you ask faculty members about the sequence in which students learn after enrollment, students about memorable classes and technical activities, and engineers about the activities involved in their actual work and the studies that provide its foundation. For academic support, both Saitama Hatoyama and Tokyo Senju campuses have Learning Support Centers where students can ask about questions arising from classes and seek advice on study methods. Small-group lectures and individual tutoring by appointment are also provided.