Careers After TDU

According to university materials published in May 2026, Tokyo Denki University had a total of 2,448 enrolled students graduating or completing their programs in the 2025 academic year (March 2026). Of these, 715 advanced to graduate school or similar programs, for an advancement rate of 29.2%. The employment rate was 94.6%, and the corporate job offer rate was 98.8%. In figures excluding the evening division, the advancement rate was 30.2%, the employment rate was 95.0%, and the job offer rate was 99.1%. However, the three rates use different denominators. The advancement rate is the proportion of enrolled students who advanced to graduate school or similar programs. The employment rate is the proportion employed by companies, as teachers, as public employees, or in similar positions among the number of enrolled students excluding those advancing to graduate school or similar programs. The job offer rate is the proportion of students seeking corporate employment who received corporate job offers. All are university-wide figures and do not indicate results by department or graduate program, or the pathway of any individual.

When considering your future path, it is important to examine not only the school name but also the department, academic group, and laboratory themes. For the School of Science and Engineering at Saitama Hatoyama, the 2027 Laboratory Guide materials present examples such as advancing to graduate school or becoming a junior or senior high school teacher after mathematical research, joining KDDI after information science and security research, and joining Terumo after life sciences research. At Tokyo Senju, examples of pathways from research in fields such as materials and chemistry, electrical and mechanical engineering, information and media, and architecture and design include AGC, NTT DOCOMO, and Taisei Corporation. Because themes and pathway examples vary among laboratories even within the same department, compare how they relate to what you want to study. Advancing to graduate school is also presented as an option in multiple departments, academic groups, and laboratories. However, the pathway examples in the Laboratory Guide do not represent proportions for an entire department or academic group and do not guarantee future outcomes. Consider whether employment or graduate school better suits your studies, together with the official career data for the 2025 academic year.

Your field of study is an important basis for considering your future path. Even among mathematics laboratories, examples include advancing to graduate school, becoming a teacher, and working for companies or local governments. These pathways are only past examples and do not guarantee future outcomes. The policies of the School of Science and Engineering emphasize broad foundational knowledge, the ability to identify and solve problems, and communication skills, in addition to specialized knowledge and technical skills. Opportunities to learn through practice, including experiments, practical training, projects, and graduation research, are also presented. The skills developed and approaches to learning vary by department, academic group, and laboratory. When choosing a field, compare not only the research themes that interest you but also how you will study and which abilities you want to develop. Because pathway examples include both employment and graduate school, consider whether you want to deepen your specialization further and check the latest information on departments, academic groups, and laboratories.

Official alumni examples introduce work such as solving corporate challenges through IT, managing building construction, supporting infrastructure essential to daily life, and developing remotely operated hydraulic excavators or technologies in the field of chemistry. Even within science and engineering, software development, on-site supervision, infrastructure, and product or technology development involve different ways of working. The 2027 Laboratory Guide includes themes such as design, prototyping, and evaluation; research connecting laboratory technologies to practical-scale applications; improving the performance of production machinery; and software development. Pathway examples include national and local governments as well as companies. However, these examples mainly indicate employers and may not identify specific occupations such as research, design, production, or public service. The official materials reviewed for this page also did not provide specific alumni examples of technical sales roles. When comparing pathways, it is important to consider not only the industry but also which stages you want to be involved in, such as analysis, design, prototyping, evaluation, or on-site coordination. Official alumni interviews also present examples in which not only technical knowledge but also dialogue, problem analysis, and the ability to coordinate projects are applied at work.

The School of Science and Engineering has a policy of developing the ability to identify and solve problems through exercises incorporating problem-based learning and through experimental and practical training courses. Depending on the academic group, project courses and graduation research are also arranged systematically as students progress through the academic years. Content and year-by-year progression vary by academic group. When choosing your intended field, examine not only course titles but also the progression through experiments, production work, and graduation research. The Monozukuri Centers at Hatoyama and Senju provide machinery, measuring instruments, tools, and other equipment used for metalworking, electrical work, and assembly. As a rule, users perform the processing and assembly themselves. Senju also has woodworking equipment and space for large-scale experiments. Career preparation opportunities include courses and information sessions involving internships. In an official student example, a student attended an information session in April of their third year and used a five-day work experience program to help consider future pathways. This is one example, and students must confirm participation timing and enrollment procedures with their affiliated school or program.

Both employment after completing an undergraduate degree and advancement to graduate school are possible pathways. First, consider the work that interests you in relation to the research themes you want to pursue further. Examples of pathways from mechanical engineering in previous years include employment with companies, local governments, and educational institutions, as well as advancement to graduate school. Pathways vary by field and laboratory, and individual examples do not guarantee future outcomes. In the overall 2025 figures, 715 of 2,448 enrolled students advanced to graduate school or similar programs, for an advancement rate of 29.2%. There were 1,640 employed graduates and program completers, for an employment rate of 94.6%. This overall total includes undergraduate schools and graduate schools and is not a result for undergraduate programs alone. In addition to corporate employment, the employment rate includes those employed as teachers, public employees, and in similar positions, and represents their proportion among the number of enrolled students excluding those advancing to graduate school or similar programs. It is important not to compare it directly with the advancement rate. If you are considering graduate school, examine what you can pursue further in each graduate program. For example, the Architecture graduate program describes building on knowledge gained as an undergraduate and conducting research through literature reviews, experiments and analysis, discussions with faculty members, conference presentations, and other activities. Compare not only employer names but also whether to pursue your desired work immediately after completing your undergraduate degree or after continuing your research.

Tokyo Denki University provides support appropriate to each stage, from a first-year career design program and communication courses to individual consultations with faculty and staff and career research seminars led by alumni. Students also have opportunities to consult specialist staff who handle company information and senior students who have completed their job searches. Students concerned about job searching because of a disability or individual characteristics may consult the appropriate office on each campus, regardless of whether they have a medical certificate or other documentation. Qualification opportunities vary by department and academic group. Examples presented include the Fundamental Information Technology Engineer Examination, first-class architect, and plumbing work construction management engineer qualifications. However, admission or graduation alone does not necessarily confer a qualification. Obtaining a qualification requires passing the prescribed examination or meeting other requirements. Graduates of JABEE-accredited courses in the Department of Electrical and Electronic Engineering and the Architecture and Urban Environment academic group are exempt from the First-Stage Professional Engineer Examination and become eligible to register as Associate Professional Engineers. However, completing the course and acquiring eligibility for registration are not the same as registering as an Associate Professional Engineer. Check the necessary requirements for each program you are considering. General points when comparing companies: Do not decide based only on the company name. Check the content and duration of training, whether senior employees or designated staff members are available for consultation, and how assignments and job responsibilities are determined. Conditions such as work location, compensation structure, and employment rules should also be compared. At information sessions and interviews, asking specifically which roles would allow you to apply your field of study and whether you might be assigned to a role different from the one you prefer can make it easier to organize the information needed for your decision.