Design-Driven Innovation นวัตกรรมเชิงรุกด้วยการออกแบบ

Design-Driven Innovation: เมื่อ "การออกแบบ" คือหัวใจสำคัญในการเปลี่ยนเทคโนโลยีสู่ผลลัพธ์ทางธุรกิจ

     ในยุคที่เทคโนโลยีรุดหน้าไปอย่างรวดเร็ว โจทย์สำคัญของนวัตกรคือการทำให้เทคโนโลยีเหล่านั้น “จับต้องได้” และ “ตอบโจทย์มนุษย์” อย่างแท้จริง งานเสวนาหัวข้อ “Design-Driven Innovation” ภายในงาน Bangkok Design Week 2026 X FABLab Bangkok ณ อาคารเคเอกซ์ ได้ฉายภาพให้เห็นว่ากระบวนการออกแบบ (Design Process) ไม่ได้เป็นเพียงเรื่องของความสวยงาม แต่คือกลยุทธ์หลักที่ช่วยให้ผลิตภัณฑ์นวัตกรรมก้าวข้ามขีดจำกัดด้านเทคนิคไปสู่การเป็นสินค้าที่สร้างมูลค่าในตลาดจริง

     ดร.ภัทรชาติ โกมลกิติ รักษาการประธานเจ้าหน้าที่บริหารสำนักเคเอกซ์ ได้กล่าวเปิดงานโดยให้มุมมองว่า ดีไซน์คือนิยามที่ก้าวข้ามเรื่องแฟชั่นไปสู่การทำความเข้าใจความต้องการของคน แล้วใช้เทคโนโลยีที่มีมาตอบโจทย์เพื่อทำให้ชีวิตทุกคนดีขึ้น ขณะที่ คุณเอกภูมิ เกียรติผดุงกุล ผู้จัดการ FABLab Bangkok ผู้ดำเนินการเสวนาในครั้งนี้ ได้ชี้ให้เห็นว่านวัตกรรมที่สมบูรณ์ต้องเกิดจากการผสมผสานระหว่างเทคโนโลยี ความต้องการของมนุษย์ และการสร้างแบรนด์ที่มีกลยุทธ์ชัดเจน

เจาะลึก 4 มุมมองนวัตกรรมเชิงรุก จากเหล่า Panelists

     ดีไซน์ประสบการณ์เพื่อสร้าง “นักคิด” แห่งอนาคต คุณอภิญญา หิรัญญะเวช (ผู้ร่วมก่อตั้ง CodeVenture และ กรรมการผู้จัดการ บริษัท สปาร์ค เอ็ดดูเคชัน จำกัด) เปลี่ยนภาพจำการเรียนโค้ดดิ้งที่ยากให้เป็นเรื่องเข้าถึงง่าย โดยเน้นว่า “โค้ดดิ้งไม่จำเป็นต้องเป็นจอดำหรือตัวหนังสือยากๆ แต่ดีไซน์ต้องทำให้ดูเข้าถึงได้ ไม่น่ากลัว เพื่อเปิดประตูบานแรกให้เด็กๆ รักเทคโนโลยี” การออกแบบแพลตฟอร์มนี้ต้องตอบโจทย์ทั้งเด็ก ครู และผู้ปกครอง โดยเฉพาะการใช้ดีไซน์เพื่อ “แบ่งพาร์ทระหว่างข้างที่เขียนโค้ดกับข้างที่รัน” เพื่อชะลอความคิดให้เด็กต้องฝึกวางแผนก่อนกดรัน ฝึกกระบวนการคิดมากกว่าแค่การกดเล่นเกมไปวันๆ

     ผสานดีไซน์และเทคโนโลยี เพื่อประสิทธิภาพในการผลิต คุณฉัตรพัฒน์ จิรธันยพัต (กรรมการผู้จัดการ บริษัท ฉลาด อินโนเวชั่น จำกัด) ผู้ร่วมคิดค้นเครื่องดื่มเฉพาะบุคคล ให้ความเห็นว่า “ดีไซน์และเทคโนโลยีต้องเดินไปคู่กัน โดยเฉพาะการทำ Prototype ที่ละเอียดจะช่วยให้เห็นปัญหาจริงก่อนเข้าสู่กระบวนการผลิต เพื่อควบคุมต้นทุนและประสิทธิภาพให้ได้ตามแผน” การทำต้นแบบที่ละเอียดตั้งแต่วิศวกรรมไปจนถึงการตลาด จะช่วยให้เห็นข้อผิดพลาดล่วงหน้าและทำให้การก้าวสู่ Mass Production เป็นไปอย่างแม่นยำ

     ดีไซน์คือสะพานเชื่อมเทคโนโลยีขั้นสูงสู่คนทั่วไป ผศ. ดร.สุภชัย วงศ์บุณย์ยง (ผู้อำนวยการ FIBO) ชี้ให้เห็นว่าเทคโนโลยีหุ่นยนต์จะสำเร็จได้ต้องอาศัยการยอมรับจากผู้คน “ดีไซน์ คือกุญแจสำคัญที่ช่วยให้เทคโนโลยีขั้นสูงสามารถเข้าถึงคนทั่วไปได้จริง และช่วยให้แบรนด์นวัตกรรมมีความน่าเชื่อถือและต่อเนื่องในตลาด” การออกแบบหุ่นยนต์ในพื้นที่สาธารณะต้องลดความรู้สึกว่าเป็น “สิ่งแปลกปลอม” โดยใช้ภาษาทางการออกแบบ (Design Language) ที่ดูเป็นมิตรและลื่นไหล เพื่อสร้างความเชื่อมั่นให้กับผู้ใช้งาน

     ดีไซน์สร้างมูลค่าใหม่ให้วัสดุตามแนวคิด Circular Economy คุณธนพล อเนกสิทธิสิน (รองกรรมการผู้จัดการ บริษัท ไม้ลายวิจิตร จำกัด) ผู้เปลี่ยนขยะจากไซต์ก่อสร้างให้เป็นสินค้านวัตกรรม มองว่า “ดีไซน์เป็นตัวเชื่อมโยงระหว่าง Business, Technology และ Human Value เพื่อเปลี่ยนขยะให้เป็นวัสดุที่มีมูลค่าและสร้างความยั่งยืนให้กับสังคม” การออกแบบช่วยสร้างมูลค่าเพิ่ม (Value Added) ให้กับวัสดุรีไซเคิล ทำให้เกิดความสุนทรีย์ในการใช้งานและขับเคลื่อนระบบเศรษฐกิจหมุนเวียนให้เกิดขึ้นได้จริงในเชิงธุรกิจ

บทสรุปจากงานเสวนา: ความสำเร็จของนวัตกรรมไม่ได้วัดกันที่ความล้ำสมัยของเทคโนโลยีเพียงอย่างเดียว แต่ขึ้นอยู่กับ “การออกแบบ” ที่ทำหน้าที่เป็นสะพานเชื่อมโยงความต้องการของมนุษย์เข้ากับโซลูชันทางวิศวกรรม การทำ Prototype ที่ชัดเจนและการวางกลยุทธ์ดีไซน์ที่ครอบคลุมจะช่วยลดความเสี่ยง คุมต้นทุน และสร้างความยั่งยืนให้กับธุรกิจนวัตกรรมในระยะยาว

หากใครสนใจปรึกษาด้าน Design หรือการพัฒนา Prototype ติดต่อเราได้ที่:

Website: https://fablabbkk.com/ 

E-mail: ekaphum@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Innovation in Motion: Co-Designing the Electric & Autonomous Vehicles kit

Innovation in Motion: Co-Designing the Electric & Autonomous Vehicles kit

             A Journey by FABLab Bangkok and Srinakharinwirot University Demonstration School Prasarnmit (SPSM ) In the not-so-distant future, cars won’t just move us—they’ll think, sense, and respond to the world around them. To prepare young innovators for that future, we joined forces to design a one-of-a-kind EV & AV Educational Bootcamp — where students don’t just learn how electric and autonomous vehicles work, they build and race their own.

Powering the Future: Learning Through Engineering

              The bootcamp transforms classrooms into mini engineering labs, bringing together students, mentors, and technology. The journey begins by exploring the ecosystem of Electric Vehicles (EVs) and Autonomous Vehicles (AVs) — two forces reshaping mobility worldwide.

               Students first dive into how electricity replaces fuel, how sensors replace human reflexes, and how algorithms replace the steering wheel. They learn the 6 fundamental systems that make up every EV:

  1. Energy Source & Storage – batteries, BMS, and efficient energy flow.
  2. Power Electronics – the gateway between energy and motion.
  3. Electric Drive System – motors and drive units that create movement.
  4. Control Systems – the brain that interprets signals and makes decisions.
  5. Auxiliary Systems – the comfort, safety, and support infrastructure.
  6. Chassis & Safety Systems – the body and bones of every moving innovation.

            These systems form the backbone of both the real-world EV industry and the custom EV learning kits students will later build with their own hands

Phase 1: Understanding the EV & AV Ecosystem

            Students explore how electric and self-driving vehicles combine mechanical design, electronics, and intelligence. Through interactive showcases and experiments, they uncover real-world standards — from global EV trends to solid-state batteries and sensor fusion.

This phase highlights how sustainability and technology converge: cleaner, safer, smarter mobility. It’s not just science — it’s purpose-driven engineering.

 Phase 2: Hands-On Prototyping — From Circuits to Smart Cars

             The second phase turns theory into motion. Each team receives a custom educational EV kit — a modular platform powered by ESP32 microcontrollers, sensors, Battery monitoring system module, and rechargeable batteries. Students integrate:

  • OLED displays for live vehicle data
  • IMU, voltage, and light sensors to detect motion, balance, and brightness
  • Motor drivers controlling DC and servo motors
  • Battery monitoring modules (INA219) for power analysis

Using the Arduino IDE, students program 2 main driving modes:

  • Manual Mode – Using a PlayStation 3 joystick, participants manually control direction, speed, and energy consumption, learning the fundamentals of electric drive systems and vehicle dynamics.
  • AI-Controlled Mode – Vehicles switch into autonomous mode, using IMU and light sensors to respond to environmental changes and navigate a track automatically — simulating how AVs “see” and “decide.”

This is where coding meets creativity — and students witness how sensors, electronics, and algorithms work together in harmony, just like in real EVs.

Competition Day: Engineering Meets Play

At the end of the bootcamp, the lab transforms into a dual-stadium arena:

  • Manual Track – Where human control and driving skill take the spotlight.
  • AI Track – Where autonomous intelligence competes for precision and energy efficiency.

Each team’s prototype is evaluated on speed, energy consumption, and innovation. The tension of competition merges with the joy of creation — it’s not about winning, but understanding how technology performs under real-world conditions.

 Inspiring the Next Generation of Engineers

Beyond the wires and wheels, this bootcamp embodies a larger mission: to ignite curiosity and confidence in the engineers of tomorrow. Students leave not only with a functioning EV prototype, but with a new way of thinking — systems thinking, problem solving, and sustainable innovation.

They learn that every great technology starts small — with an idea, a spark, and a team willing to build something new.

From Circuits to Streets, Innovation Begins Here.

FABLab Bangkok and SPSM believe that education should move like technology — fast, bold, and purposeful. Through the EV & AV Bootcamp, we are not just teaching about vehicles — we are building the mindset to engineer the future of mobility.

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

FABLab Bangkok: Driving STEAM Education and SDG-Focused Innovation

FABLab Bangkok: Driving STEAM Education and SDG-Focused Innovation

            FABLab Bangkok provides hands-on STEAM education workshops and bootcamps that integrate the Sustainable Development Goals (SDGs) with innovation-driven learning. Each pilot program is co-designed with 3 leading schools—Plearn Pattana School, Srinakharinwirot University Prasarnmit Demonstration School (SPSM), and Assumption College—to cultivate problem-solving, creativity, and entrepreneurship among students.

Design thinking, lean startup, and agile cycles together (Ip Sam, CC BY-SA 4.0)

               Our approach is grounded in the Lean Startup methodology, adapted for educational settings. This methodology encourages students to treat ideas as a hypothesis to be tested, ensuring they learn to fail fast, learn quickly, and iterate toward solutions. The process is not only about knowledge transfer but also about cultivating an entrepreneurial and maker mindset.

Plearn Pattana School: SDGs and Project-Based Learning

            Plearn Pattana School prioritizes project-based learning (PBL), social sciences, and the SDGs. In collaboration with the Center of Innovation for Society (CIS), FABLab Bangkok designs workshops and bootcamps that guide students through empathy-driven innovation, equipping them with maker skills and creative problem-solving mindsets

SDGs and Innovation Bootcamp

Working closely with the school’s PBL officer and innovative teacher group, we structured a 3-phases program:

Pre-Hackathon

Students practiced customer empathy mapping, interviewing, and problem analysis to identify unmet community needs. With online mentoring, they refined their problem statements and developed solutions using the Social Business Model Canvas, learning how to balance impact and sustainability.

Example projects included:

  • Sodium Consumption Game: A digital tool to track and reduce salt intake.
  • Trovert Platform: A community and upskilling hub for introverted students.
  • Circular Farm & Marketplace: A vertical farm and waste-management ecosystem linked to a school market.

Plearn Hackathon

 Over two days, students transformed their ideas into demo-ready products and services, testing feasibility and teamwork under real-world conditions.

Post-Hackathon

Teams were encouraged to submit projects to the iF SOCIAL IMPACT PRIZE for portfolio building. Although timelines limited participation, the initiative built awareness of innovation as a pathway to recognition and impact.

Srinakharinwirot University Prasarnmit Demonstration School (SPSM): Medical Innovation

           SPSM focuses on medical innovation and requires advanced hands-on training for students in Grades 10–12. FabLab Bangkok partnered with teachers to develop 3 innovation workshops combining medical science with hardware, software, and entrepreneurship.

Medical Innovation and Digital Fabrication

Students explored 3D printing, laser cutting, and CNC milling, followed by 3D modeling in TinkerCAD. They applied design thinking to case studies, such as creating fixation devices for dogs with leg injuries, using prepared materials and digital fabrication tools.

EMG-Controlled Car Workshop:  When Muscles Become Joysticks

One of the most exciting workshops in our program invited students to explore the frontier of biomedical signals and robotics by designing and racing cars controlled entirely by their muscle activity. Instead of steering wheels or joysticks, their own bodies became the controller.

  • Electronics: ESP32 controllers, EMG sensors, motor drivers, DC motors.
  • Programming: Signal filtering, amplification, and motor control via EMG.
  • Mechanics: Kit design and assembly for functional testing.

The Competition: Muscles on the Racetrack

The workshop culminated in a competition. Students strapped electrodes to their arms, rolled their cars to the starting line, and flexed their way into action. But behind the fun was something deeper: the realization that their bodies could directly control technology. This wasn’t just a game—it was a window into applications like assistive technologies for people with disabilities, rehabilitation tools, and next-generation human-computer interfaces.

By the end, students walked away with more than a working car. They gained practical experience in electronics, biomedical signal processing, coding, and mechanical design—but more importantly, they experienced firsthand how creativity and technology can converge to transform human potential into innovation.

Pulse Oximeter Development and Applications

Students developed a portable pulse oximeter integrating an ESP32 microcontroller with SpO₂ sensors. They learned to process heart rate and oxygen saturation signals, applying concepts of biomedical signal processing.

To gamify learning, the FABLab team provides a werewolf-style board game, where physiological data was used to detect liars and hidden roles—making biomedical innovation engaging and interactive.

What began as a technical exercise in electronics and coding transformed into a playful yet powerful demonstration of biomedical innovation. Students not only built a working medical device prototype but also discovered how such technology could be applied in healthcare, behavior analysis, and interactive learning environments.

Assumption College: Engineering and Energy Innovation

            Assumption College emphasizes mechanics, electronics, and programming, seeking extracurricular opportunities for students to strengthen engineering and maker skills. FABLab Bangkok developed 2 specialized workshops:

Creative Bridge Design Challenge

Using wood, cardboard, glue, and hand tools, students designed and tested model bridges for load-bearing capacity. The workshop highlighted engineering design, teamwork, material selection, and problem-solving, reinforcing the collaborative nature of engineering projects.

Zinc-Air Battery Workshop

In collaboration with Dr. Natthapol Wongyao, a leading researcher in hydrogen and battery technologies, FABLab Bangkok introduced students to the future of clean energy through a Zinc-Air Battery Workshop. Unlike conventional batteries, zinc-air systems generate electricity by combining zinc with oxygen from the air—making them lightweight, energy-dense, and environmentally friendly.

From Theory to Practice

The workshop began with an introduction to electrochemical principles, where students learned how chemical reactions can produce usable electrical energy. Dr. Natthapol explained the science behind electrolysis and how zinc-air cells differ from other rechargeable batteries like lithium-ion. This laid the foundation for understanding why such technologies are promising for sustainable energy storage and electric vehicle applications.

Battery Fabrication: Building from the Ground Up

Students then moved to the lab tables, where they were guided step by step in fabricating their own zinc-air cells. They worked with:

  • Zinc plates as the anode.
  • Catalyst-coated electrodes for air intake.
  • Electrolytes prepared for efficient ion flow.

With hands-on assembly, they discovered how careful design choices—such as electrode spacing and material selection—directly affect battery performance. Students measured voltage output, tested charging and discharging cycles, and saw firsthand how theory translates into practical energy solutions.

For more details, see: Zinc-Air Fuel Cell Workshop – From Basics to Advanced Principles.

Conclusion

Through collaborations with diverse schools, FABLab Bangkok demonstrates how STEAM education, SDGs, and hands-on innovation can transform learning. Each workshop and bootcamp empowers students with practical skills, entrepreneurial thinking, and the confidence to design impactful solutions—preparing them to become the next generation of innovators.

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

FABLab Bangkok: A Starting Point for Innovation and a Community of Creators

FABLab Bangkok: A Starting Point for Innovation and a Community of Creators

A Space for Learning, Experimentation, and Creation

             FABLab Bangkok is a creative space for anyone eager to explore new technologies in digital fabrication. Whether you’re a student, designer, engineer, startup founder, or simply someone who loves to build things, FABLab offers cutting-edge tools and a supportive maker community that’s ready to help turn ideas into reality.

Project, Experience & Stories from our Makers

Smart & Petch – Kitchen automation for the Future 

             Smart and Petch are developing a Cooking Automation Machine to solve labor shortages in kitchens, reduce costs, and improve efficiency. With access to tools like 3D printers, Laser cutter and electronics at FABLab, they were able to design and build their MVP faster—with hands-on support from the FABLab team.

Moss – From Etsy Files to Mandalorian Art

             A fan of pop culture, Moss began creating a Mandalorian helmet using 3D model files purchased online. FABLab became his workshop to print, paint, and finish the costume piece using various techniques—resulting in a beautiful, realistic, and creatively crafted work.

Jordan – Functional and Stylish Everyday Items

             Jordan designs custom accessories for home and office use, such as phone cases and desk decorations. With access to 3D resin printing at FABLab, he transforms simple ideas into practical, stylish objects through prototyping and refinement.

Jakub Pánek – The Future of Holographic Displays

           Founder of Revolumix, Jakub is developing volumetric display technology—3D holograms that float in space without needing glasses. FABLab provides the deep prototyping space for him to design, experiment with light systems, and assemble components using 3D printers, electronics and FABLab facilities.

Fabrice Payet – From Wooden Prototypes to Tangible Ideas

           Fabrice has been developing prototypes of wooden objects using the Trotec Laser Cutter at FABLab Bangkok, aiming for high precision before moving into actual production. He sees the FABLab as a valuable space for learning, experimenting, and enhancing his skills in modern fabrication technologies.

His success is driven by both the advanced tools available and the supportive FABLab team, who are always ready to offer guidance and help solve problems. This combination has allowed Fabrice to make steady progress in his project and gain hands-on experience through practical learning.

What FABLab Bangkok Offers:

  • Advanced Digital Fabrication Tools: 3D Printers, Laser Cutters, CNC Machines, Electronics tools, and more
  • Maker-Centered Learning: Through the Maker Intern and Maker in Resident programs
  • Expert Support: Guidance in technical skills and innovation thinking
  • 24/7 Access for Members: Work anytime that suits your creative flow
  • Industry & Networks: Opportunities to scale your projects beyond the lab

FABLab = From Ideas to Impact

FABLab Bangkok is more than just a workshop—it’s a launchpad for ideas. From student experiments to startup prototypes to passion projects, FABLab empowers creators to build something meaningful.

Want to join our maker community or build your skills?

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Maker Stories: Jordan Reed – Where Art Meets Engineering

Maker Stories: Jordan Reed – Where Art Meets Engineering

             In the creative and innovative ecosystem of FABLab Bangkok, Jordan Reed. A creative designer with an integration of art and engineering, Jordan transforms ideas into tangible inventions—often creative, innovative, and occasionally bordering on the fantastical.

What inspired you to work on your project? What problem were you trying to solve?

He enjoys imagining all sorts of things that blend art and engineering.  mechanical devices, usually with no apparent utility. He could spend hours just thinking of things. It’s fun for him. Eventually, he wanted to actually produce some of the things he had imagined. The problem wasn’t technical, it was about giving his imagination into physical things.

What was your solution?

” Simple: find a facility with the right tools, materials, and people. then work hard to make it real. That’s where FABLab came in, it’s the bridge from idea to execution.”

How did the FABLab team help you along the way?

FABLab was instrumental to my progress. It provided the space, equipment, and just as importantly occasional advice from other engineers and designers in the lab. There’s something special about working in a space where knowledge flows freely between disciplines.

What’s your favorite thing about being a FabLab Bangkok member?

24-hour access. Clean, spacious work areas. A buzzing atmosphere full of fascinating projects. Being around other focused, passionate people really boosts your own drive to get things done. It’s a quiet, contagious kind of motivation.

Any improvements you’d love to see at FabLab?

Definitely a desktop CNC machine. That would be a game-changer—imagine being able to do same-day PCB fabrication, aluminum parts on demand, and teaching CNC basics to new makers. It’s a tool with huge impact potential.

Are there any materials you’d like to have available at FabLab in the future?

A wider range of basic electronic components would be fantastic—wires, resistors, shrink wrap, that kind of thing. Also, more sheet plastics, rods, and tubes for mechanical projects. Small parts can make a big difference.

A Final Thought from Jordan

Jordan’s story reminds us that innovation doesn’t always start with a defined need. It can be born from the joy of creating. In his hands, imagination becomes a mechanism, and ideas turn into fascinating objects that challenge the boundary between art and function.

Whether you’re a tinkerer, engineer, or innovator, Jordan’s journey at FABLab Bangkok proves one thing: with the right tools, community, and space—anything imagined can be made real.



For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Building the Future with Light: Jakub Pánek’s Second Chapter at FABLab Bangkok

Building the Future with Light: Jakub Pánek’s Second Chapter at FABLab Bangkok

By FabLab Bangkok | with Jakub Pánek – Founder of Revolumix which is a tech startup focused on developing volumetric displays—a technology that brings real 3D holograms to life without the need for headsets or special glasses.

                When Jakub Pánek first walked into FABLab Bangkok, he was one of many makers drawn by the spark of possibility. His first visit 3 years ago was driven by exploration—finding and testing ideas in a place that thrives on innovation. Read his first FABLab experience here.

Fast-forward to today, and Jakub is back—this time, with a vision to reshape the future through holograms.

What inspired this project?

“The vision of the future I have in my mind—how could the future exist without holograms?”

                 Jakub’s imagination starts his journey. Inspired by science fiction and practical innovation, he’s tackling the challenge of making holographic volumetric displays a reality. The goal? Create immersive, 3-dimensional visuals that float in space—a view into a future where information is no longer limited to screens.

What’s the solution?

                 Through his startup “Revolumix”, Jakub is developing volumetric displays—a step beyond traditional 3D screens, allowing viewers to see different perspectives without VR headsets or glasses. It’s not just visual magic—it’s a leap in how we interact with data, design, and the digital world.

How FABLab Bangkok played a role

“FABLab provided the space and tools to work—and more importantly, friendly people around.”

Returning to FabLab Bangkok felt natural. With its 24/7 access, great equipment, and a community of curious minds, it offered Jakub the launchpad for prototyping and testing his product designs.

Whether it was the laser cutter, FDM & resin printer, or just a soldering station at midnight, FabLab became Jakub’s creative playground

Favorite things about FabLab Bangkok?

Jakub appreciates more than just the tools:

  • Open 24/7 access (yes, innovation happens at 3 AM!)
  • Central location
  • Friendly staff and fellow members
  • Well-equipped and versatile spaces

Then vs. Now: What’s changed?

              In his first blog, Jakub talked about FABLab as a community of makers. This time, it’s also about deep prototyping and bringing a futuristic vision to life. His engagement has shifted from curious exploration to serious building—and FABLab’s infrastructure has continued to support both.

“Last time, it was about discovering space. Now, it’s about using it as a launchpad.”

Suggestions for FabLab’s Future

As a seasoned maker, Jakub offers constructive ideas to help FabLab evolve:

  • Tool organization: Centralizing tools in a more accessible, unified location
  • Access system: A proper card or key system for 24/7 access to more zones
  • Community building: Growing a larger, more active group of regular makers

Wishlist: Nuts, Bolts & Beyond

“I’d love to see an assortment of nuts and bolts available on-site. That’s something I always have to order from Shopee!”

Sometimes, the smallest components make the biggest difference. Jakub envisions FABLab as a one-stop creative hub—not just for high-end machines, but for the essential fasteners and materials that make prototyping smoother.

Looking Ahead

Jakub’s return to FABLab Bangkok is proof of what the space is becoming: a beacon for long-term innovators, not just weekend tinkerers. As he and his team at Revolumix continue to push the boundaries of what’s possible with holography, FABLab remains both a facilitator and a collaborator.

His journey reminds us that the future is built in community—one hologram at a time. 

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Innovating Khlong San Tourism: FabLab Bangkok and MAPBOSS Collaboration

Innovating Khlong San Tourism: FabLab Bangkok and MAPBOSS Collaboration

                FabLab Bangkok has teamed up with MAPBOSS to create an innovative mapping solution aimed at showcasing the charm of Khlong San and its surrounding areas. This collaborative project reimagines the way we explore and interact with locations by merging cutting-edge technology with local heritage.

The Vision: A Smarter Map for Khlong San

              The Khlong San map solution is designed as a location-based platform that serves developers, entrepreneurs, and innovators. It integrates detailed data to offer a seamless Platform-as-a-Service (PaaS) experience. The map highlights recommended locations, landmarks, and rare, unseen photographs of Khlong San, Thonburi, and Bang Rak. By combining local insights with technological innovation, the project aims to create an engaging and resourceful tool for urban exploration and development.

Designing a Memorable Route

                To bring the project to life, the team’s first step involves curating a one-day trip application for Khlong San. This app will recommend an optimal route for travelers, ensuring a rich and immersive experience. The journey begins at KX Knowledge Xchange and includes:

  • Wong wien Yai: A historic site offering insights into Thonburi’s past.
  • Wat Prayurawongsawas: Known for its stunning architecture and tranquil atmosphere.
  • Santa Cruz Church: A symbol of cultural diversity in the area.
  • Guan Yu Shrine: A spiritual landmark celebrating Chinese heritage.
  • Wat Phitchaya: A hidden gem with unique architectural details.
  • Lhong 1919: A revitalized riverside heritage site blending history and modernity.
  • IconSiam: A world-class shopping destination with breathtaking views of the Chao Phraya River.

Technology Meets Tourism

              This innovative map solution combines design, technology, and functionality to enhance the visitor experience. By integrating data-driven insights, the platform supports entrepreneurs and developers in creating tailored solutions for tourism, urban planning, and business development.

Crafting the Map: Design, Make, and Assembly

               The process of designing and assembling the map involved close collaboration between FabLab Bangkok and MAPBOSS. Their shared expertise ensured a final product that balances aesthetics, usability, and functionality. The interactive features of the map provide a dynamic way for users to explore and engage with Khlong San and its neighboring areas.

Beyond the Map: Envisioning the Future

               This project represents a significant step toward leveraging local assets and digital innovation. By blending cultural appreciation with advanced technology, the map solution offers a model for sustainable and inclusive urban development.

Conclusion.

                The collaboration between FabLab Bangkok and MAPBOSS highlights the transformative potential of innovation and teamwork. Through the Khlong San map solution, this project not only promotes local tourism but also create a deeper connection between people and places. The journey has just begun, and the possibilities are limitless.

For more information, get in touch with us through the following channels:

Link: https://khlong-san-map.app.mapboss.co.th/form 

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Zinc-Air Fuel Cell Workshop – From Basics to Advanced Principles

Zinc-Air Fuel Cell Workshop – From Basics to Advanced Principles

                 In collaboration with FabLab Bangkok and Asst. Prof. Dr. Nutthapon Wongyao, a leading expert in hydrogen engines, Assumption College hosted an innovative 1-day workshop on Zinc-Air fuel cell fabrication. 

                This hands-on experience introduced students to the principles of electrochemistry and digital fabrication, transforming theoretical knowledge into practical application. The workshop was designed as an engaging engineering-based experience, providing students with the opportunity to explore cutting-edge energy solutions.

Workshop Overview

               The workshop focused on the fundamental aspects of electrochemical energy generation, guiding participants through the fabrication process of a single Zinc-Air fuel cell. Students explored the key components of fuel cell construction:

  1. Anode: Zinc (Zn), serving as the electron donor.
  2. Cathode: Manganese oxide (MnO2) and graphite, facilitating the reduction reaction.
  3. Electrolyte: Potassium hydroxide (KOH) solution, enabling ion exchange and conductivity.

By preparing and assembling these components, students successfully created a single-cell system capable of generating electricity, reinforcing their understanding of electrochemical reactions and energy conversion principles.

Learning Outcomes

hrough hands-on experimentation, students gained valuable insights into:

  • The fundamental principles of electrochemical energy conversion.
  • The role of different materials in constructing a functional fuel cell.
  • The application of digital fabrication techniques to enhance precision and efficiency.
  • The challenges and potential innovations in fuel cell technology.

Future Applications

              Beyond theoretical learning, the workshop empowered students to explore sustainable energy solutions. By integrating electrochemistry with digital fabrication, this initiative demonstrated the potential of innovative engineering in addressing real-world energy challenges. The experience also encouraged students to think critically about the future of renewable energy and fuel cell advancements.

Conclusion

                This collaborative effort between FabLab Bangkok, Assumption College, and Asst. Prof. Dr. Nutthapon Wongyao approaches the significance of experiential learning in driving scientific curiosity and technological progress. As students continue their exploration into energy solutions, workshops like these serve as a stepping stone toward a more sustainable and innovative future.

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Transforming Waste Wood into Functional furniture: FabLab Bangkok and Laivijit Collaboration

Transforming Waste Wood into Functional furniture: FabLab Bangkok and Laivijit Collaboration

               In a partnership, FabLab Bangkok and Laivijit have joined forces to turn discarded wood into functional working desks. This innovative initiative showcased at the Thailand Research Expo highlights the power of collaboration in upcycling and sustainable design.

From Waste to Worth: The Journey of Wood

               The story begins with waste wood collected from an interactive board used to display King Mongkut’s University of Technology Thonburi (KMUTT) sustainable projects. This board featured cutting-edge elements, including touch sensors, microcontrollers, and wood components, and served as an educational tool to demonstrate projects such as the Blue Hydrogen Car. This hydrogen-powered vehicle harnesses ethanol-based energy, representing a significant step towards clean energy solutions.

                Once the exhibition concluded, the wood from the interactive board found a new purpose. Recognizing its potential, the FabLab Bangkok team initiated a project to upcycle this material. Collaborating with Laivijit, the team envisioned a transformation that would elevate the wood’s value and functionality.

Designing and Creating Sustainable Desks

                 The collaboration resulted in 4 distinct types of working desks, each combining functionality, durability, and aesthetic appeal. The process involved meticulous design, crafting, and assembly, showcasing the skills and creativity of both teams. Every desk tells a story of sustainability, innovation, and craftsmanship, emphasizing the importance of reducing waste and promoting circular economy principles.

Beyond the Desks: A Vision for Sustainable Innovation

                  The Thailand Research Expo provided a platform to not only display these desks but also inspire visitors about the possibilities of upcycling. By turning what was once considered waste into valuable products, FabLab Bangkok and Laivijit highlighted the potential of design and innovation to create sustainable solutions.

                   This collaboration marks the first step in a broader vision to transform waste materials into functional furniture. Discussions between FabLab Bangkok and Laivijit aim to explore future projects that continue to merge sustainability with creativity.

Conclusion

                  The partnership between FabLab Bangkok and Laivijit demonstrates the transformative power of collaboration and innovation. By giving waste wood a second life, this project underscores the importance of sustainable practices and sets a benchmark for future upcycling initiatives. Through efforts like these, we can build a more sustainable and resource-efficient future.

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600

Khlongsan MAKE: A Creative Collaboration Empowering Student Innovation

Khlong San MAKE: A Creative Collaboration Empowering Student Innovation

                   Khlong San MAKE is an exciting collaborative project between FabLab Bangkok and Social Innovation Laboratory (CIS), King Mongkut’s University of Technology Thonburi, bringing dynamic reskill and upskill workshops to schools across Khlong San, Thonburi, and Bang Rak, nurturing young innovators in our communities. One of our recent schools was with Santa Cruz Convent School, where we introduced Product Design 101: Packaging Design with a Sustainable Theme.

A Day of Creative Inspiration

                 In this 1-day workshop, students dived into the world of sustainable packaging design using conceptual cardboard projects. They explored the principles of design and practiced their cutting and assembly skills while learning how to turn ideas into functional prototypes. The hands-on experience left students inspired and equipped with practical knowledge.

From Workshop to Real-World Application

                The journey didn’t stop there! FabLab Bangkok extended its support by providing students access to professional-grade tools like Autodesk Fusion 360 and expert guidance in product design. Adopting an internship-like approach, students gained valuable skills in basic digital fabrication and design software.

              The Highlight? Students designed eco-friendly packaging that featured the Santa Cruz Church symbol, seamlessly blending tradition with innovation. As one of the iconic landmarks of both the school and Thonburi, Santa Cruz Church stands as a testament to the area’s  multicultural harmony, coexisting alongside temples and mosques. This design celebrated the unique culture of the community while promoting sustainability.

              The product featured custom-made natural watercolors crafted from flowers, fruits, and herbs. This initiative enabled students to streamline production processes, champion sustainability, and create market-ready designs—opening doors to entrepreneurial opportunities and hands-on innovation.

Shaping Tomorrow’s Innovators

                 Khlong San MAKE is more than a project—it’s a catalyst for creativity, innovation, and future-forward thinking. By providing students with the tools and skills they need, we’re shaping the next generation of changemakers.

Stay tuned for more stories of inspiration, collaboration, and creativity in action!

For more information, get in touch with us through the following channels:

Website: https://fablabbkk.com/ 

E-mail: fablab@kxinnovation.com

Phone: (+66) 02-470-7906

Address:  KX Knowledge Xchange (Basement floor) 110/ 1 Thanon Krung Thon Buri, Bang Lamphu Lang, Khlong San, Bangkok 10600