"A researcher encounters a new sort of material or energy, and an engineer find a new application for it."

Science & Engineering plays a massive and vital role in this era. Over the last few generations, industries all over the world, from various sectors of researchers, have developed new ideas and techniques in the hopes of better future for the next generation.

Acknowledging all these, the IFERP International Conference on Future of Engineering to cover all advancements of all branches aspire to provide a discussion board for scientists and designers from academic and industrial to discuss their significant research advances, share knowledge on theories, techniques, and implementations, and discuss future vision and possible impact across businesses and technical fields.

Paper briefings, group sessions, projects trials, and keynote addresses by famous innovators and professionals will all be featured at this conference. Prestigious plenary lectures will showcase latest breakthroughs in key fields, including future technology discussions. The organizing team cordially invites academics, professionals, and technicians from around the world to attend which will take place on September 22nd &23rd 2022, Manila, Philippines.

Theme of the conference

"'Strengthening General Awareness of Autonomous Learning & Innovation Endeavours Across The Various Sub Disciplines Of The Engineering Field"

  • For HSS Participants
    Four types of interaction challenges that will be deliberated over over the course of the entire conference include -

  • Focus On Cultivating Innovative Thinking Capability
    The student-centered mode of training advocates the “teaching” of the teacher in the service of the “learning” of the student. This mode focuses on using discussion, heuristics, inquiry, and other flexible teaching methods in the teaching process. Students are trained in problem identification, problem solving, innovative thinking and global practice and other abilities in this mode. The student-centered model of training guides students to take the initiative to learn, actively participate in independent development, through the establishment of popular technologies and problems related to professionals, carrying out group cooperation, organising the exchange of discussions, writing academic reports, answering and presenting and other segments.

  • Strengthening The Construction Of Practical Links
    In the process of exploring a mode of training engineering innovation talents, we took the reform of the education system as the breaking point, through the design of the system, the stratification of the experience of core coursework, curriculum design experience, professional social practice and graduation practice, graduation design (thesis), and other aspects of practice.

  • Attaching Importance To Personality Differences
    For teachers, the proposed engineering personnel training model based on the undergraduate tutoring system is conducive to finding each student's flash point. Thus, according to the students' different characteristics and personality differences, individualised teaching and diversified development support are provided to cultivate their talents for all walks of life in order to fully exploit the strengths of personality potentials.

Who Can Attend

  • right-arrow Research Scholars
  • right-arrow Educators
  • right-arrow Industry Professionals
  • right-arrowPractitioners (Brand Specialists, Head of Marketing)
  • right-arrow Delegates
  • right-arrow Stakeholders
  • right-arrow Editorial Board Members of Journals


The following methods will be used to achieve the goal of knowledge sharing:

  • right-arrow Scientific and Expert Discussions.
  • right-arrow Engagement with Industry Professionals
  • right-arrow Extraordinary Keynote speeches and paper presentations
  • right-arrow Amazing Poster Sessions
  • right-arrow Special Sessions on a Variety of Subjects.

Scope & Benefits

The evolution of the roles of engineers is inexplicably linked to profound changes in society. For example, technological advancements and digitalization, including the democratisation of information, have all played a tremendous role in the development of engineering. They were also all enabled by engineering. Today, we find nearly unlimited roles for engineers and various sources of engineering knowledge, for example, big data and data-centric engineering, nanotechnology, resilience engineering, and robotics.

Green engineers promote sustainability, tackle pollution, green energy, or reduce carbon footprint. There are productive engineers, like those who aim to rebalance the economy, stabilise manufacturing, and contribute to the service economy. Technical engineers redefine and fulfil technical roles.

The 2022 ICFE conference in Paris will help put all the participants, who will be eager to influence change in the world we live in, on the right track to doing so, by offering them insights on the areas that need their attention, creativity, and ingenuity the most -

  • 01 right-arrow

    Clean Drinking Water

    A lot of people worldwide still can’t access clean water resources for the purposes of drinking. Poor water and sanitation conditions contribute to eighty percent of disease in developing countries.

    Engineers specialising in the chemical, biomechanical and materials sciences should work to create filtering mechanisms against contamination with the aim of providing as many people as possible with access to safe drinking water.

  • 02 right-arrow

    Clean Cooking Fuel

    Three billion people make use of solid fuels such as manure, wood, charcoal, coal, and agricultural waste to cook and heat their homes, resulting in over four million people dying prematurely each year from household air pollution.

    Mechanical engineers should use their knowledge of combustion, fluid dynamics and heat transfer to design clean stoves that use alternative energy sources. These clean stoves reduce smoke emissions and save twenty percent on daily family expenses.

  • 03 right-arrow

    Solar Electricity

    Over a billion billion people worldwide live without electricity and many rely on dangerous kerosene lamps instead.

    That's why innovative electrical engineers have created solar nano-grids and smart metering systems to provide affordable electricity to communities without energy access. The off-grid solar market is expected to be worth fifteen billion dollars by 2030.

The 2022 ICFE conference in Paris will help put all the participants, who will be eager to influence change in the world we live in, on the right track to doing so, by offering them insights on the areas that need their attention, creativity, and ingenuity the most -

Conference FAQ

As it is a non-funded event with no sponsors, we are unable to take care of the participant’s travel and accommodation.

Yes, an official invitation letter in the conference letterhead will be issued once your registration process is successfully completed.

Participants are requested to take care of the visa process on their own.

Yes, on paying the accompanying person fee, they can join the conference.

No, the certificate won't be provided to the accompanying person unless he is a co-author.
Virtual Conference