3Ready Prototyping Lab // Engineering Keynotes & Technical Workshops

Charles Lu

Mechatronics engineer, builder, and founder of 3Ready Prototyping Lab in Manila. Helping engineering faculties, student innovators, and research teams bridge digital CAD design with reliable physical execution.

Most engineering courses teach theoretical mechanics, finite element analysis, and perfect digital models. But real machines fail on physical friction, material shrinkage, and tolerance stack-up. Charles delivers zero-fluff technical keynotes and live workshops grounded in real workshop metrics, failed build autopsies, and the discipline of building things that actually work.

8+ Institutional Engagements
±0.05mm Precision Tolerances
8-Unit Fleet Operations
NAST/DOST National Consultations
Inbound Booking Protocols Review Technical Rider A4 Digital One-Sheet
Charles Lu delivering keynote lecture on real-world engineering at DLSU BridgENG Connections Forum in Henry Sy Sr. Hall, De La Salle University
DLSU BridgENG Connections Photo: DLSU 78th ENG
Official Bios & Press Materials

Tiered speaker biographies

Select the biography length that matches your conference program, event website, or print brochure. Use the copy button to copy verified text directly to your clipboard.

LENGTH: 200 WORDS // KEYNOTE & FORMAL PROGRAM INTRODUCTIONS

Charles Lu is a mechatronics engineer, maker, and the founder of 3Ready Prototyping Lab and Luminary Studios in Manila, Philippines. A graduate of De La Salle University in Manufacturing Engineering and Management (Specialization in Mechatronics), Charles describes himself as “a guy who enjoys designing systems, building machines, and making art occasionally.”

At 3Ready, Charles runs an active prototyping workshop and 8-printer additive manufacturing fleet. He collaborates directly with academic researchers, medical technologists, and industrial teams to translate complex concepts into functional physical devices. His lab portfolio includes functional glucose meter mechanisms for Our Lady of Fatima University, microbial fuel cell test assemblies with Mapúa Chemical Engineering, custom camera enclosures for edge computer vision, and articulated collector sculptures.

Charles has delivered invited keynotes and technical sessions for the National Academy of Science and Technology (NAST PHL), DOST AMCen, DLSU BridgENG Connections, the DLSU Glimpse Symposium, PUP Manila, UE Manila, and Mapúa University. His talks abandon corporate buzzwords to teach what textbooks leave out: tolerance fits, material trade-offs, failed iteration post-mortems, and the operational discipline required to turn raw CAD sketches into durable hardware.

LENGTH: 100 WORDS // PROGRAM OVERVIEWS & SPEAKER PANELS

Charles Lu is a Manila-based mechatronics engineer, builder, and founder of 3Ready Prototyping Lab and Luminary Studios. A Manufacturing Engineering and Management graduate from De La Salle University, Charles specializes in high-tolerance FDM fabrication, mechanism design, and rapid hardware prototyping. His workshop has engineered custom biomedical test rigs for university researchers, edge computing housings, and precision articulated assemblies. An invited speaker at NAST Philippines, DOST AMCen, DLSU, PUP, and UE Manila, Charles delivers direct, practical talks on material mechanics, failed iteration analysis, and the reality of taking hardware from screen to bench.

LENGTH: 50 WORDS // SOCIAL MEDIA & EVENT BROCHURE LISTINGS

Charles Lu is a mechatronics engineer and founder of 3Ready Prototyping Lab in Manila. Combining mechanical design, precision additive fabrication, and hands-on workshop operations, Charles speaks to universities and engineering forums on bridging theoretical CAD design with real-world physical execution.

Verified Keynote Stage Media
High-Resolution JPEG · 1914x1076 · DLSU BridgENG

Authentic stage photo of Charles Lu delivering keynote on real-world engineering at DLSU Henry Sy Sr. Hall for programs and brochures.

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Official 3Ready Brand Mark
Transparent PNG · Vector Mark

Official 3Ready Prototyping Lab mark for event backdrops, digital banners, and academic program co-branding.

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Digital One-Sheet (PDF & Web)
Standard A4 Format · Print & Screen Ready

Single-page executive speaker brief featuring tiered biographies, verified credentials, talk blueprints, and technical rider specifications.

Open Digital One-Sheet
Institutional Track Record

Verified speaking credentials

A documented record of invited keynotes, technical lectures, academic workshops, and national policy roundtables delivered by Charles Lu across Philippine institutions.

Distinguished Co-Speakers and Academic Collaborators: Charles Lu frequently shares keynote stages and advisory panels with leading researchers and institutional administrators. Documented co-speakers include Dr. Kathleen Aviso (Dean, Gokongwei College of Engineering, DLSU), Dr. Alvin Culaba (University Fellow and Professor of Mechanical Engineering, DLSU; NAST PHL Academician), Dr. Rigoberto Advincula (Governor's Chair Professor, Oak Ridge National Laboratory and University of Tennessee Knoxville; NAST PHL Academician), Dr. Bryan John Magoling (Center Head, BatStateU-STEER Hub Material Testing and Calibration Center), 6 Post-Doctoral Researchers from Inje University Cardiovascular and Metabolic Disease Center (South Korea), Engr. Joseph Rey Sta. Agueda (Program Leader, ALPAS / BiMaTEL DLSU), and Mr. Emerson Tan (Head of Retail Operations, Metro Oil Subic).
Date Host Institution & Event Role & Scope Audience & Venue Topic Delivered
2025-08-29 De La Salle University
78th Engineering Student Council
BridgENG Connections: Network Across Universities 		Keynote Speaker & Panelist 150+ student leaders across DLSU, UP Diliman, Mapúa, UA&P, UST, and Adamson.
Verdure, 4F Henry Sy Sr. Hall, DLSU Manila 		Smarter Together: What Makes Engineering Work in the Real World?
Navigating design ambiguity, cross-functional communication, and combining mechatronic discipline with narrative design.
2024-07-05 SME DLSU Chapter
Society of Manufacturing Engineers
MEM to Market Series 		Feature Keynote Speaker Manufacturing engineering undergraduates, student technopreneurs, and faculty.
Room A1901, Br. Andrew Gonzalez Hall, DLSU Manila 		MEM to Market: Strategies to Manufacturing Your Business
Operational pillars of agile prototyping: Jiritsuka (autonomous maintenance), Just-In-Time execution, and continuous Kaizen.
2024-06-04 Polytechnic University of the Philippines
College of Engineering (BS CpE 4-5)
Beyond Binary Convention 		Technical Guest Lecturer 100+ graduating Computer Engineering seniors and embedded developers.
PUP CEA AVR, Pureza, Sta. Mesa, Manila 		Advancing Prototyping with 3D Printing Technologies
Moving from visual mockups to end-use production parts, 8-printer fleet scaling, and glucometer/PMFC teardowns.
2024-05-10 University of the East (UE Manila)
Automation, Robotics & Mechatronics Society
UE-ARMS Additive Manufacturing Workshop 		Workshop Lead & Live Demonstrator 60+ engineering, robotics, and mechatronics students and faculty.
UE Manila Campus 		Hands-on 3D Printing and Advanced Additive Manufacturing
Live stage teardown of desktop FDM mechanics, stepper tuning, thermal gradients, and polymer rheology with active printer running.
2024-04-03 National Academy of Science & Technology
NAST PHL / DOST AMCen
Roundtable on Additive Manufacturing Industry 		Invited Industry Stakeholder National scientists, PhilSA, RAMCAR, ITDI, UP-NISMED, and international materials researchers.
DOST AMCen, MIRDC Compound, Taguig 		Independent Prototyping & Agile Fabrication in National Frameworks
Advising on national supply chain integration, functional prototyping, and additive manufacturing adoption.
2024-03-22 DLSU Department of Manufacturing Eng.
DMEM / SME / Biomedical Engineering Society
Glimpse: Biomedical & Manufacturing Symposium 		Keynote Speaker & Panelist 250+ engineering students and researchers from DLSU, BulSU, and PLM (Hybrid).
DLSU Manila Auditorium 		Glimpse: The Technopreneur Pathway
Transitioning from student engineer to prototyping studio founder, and aesthetic-functional integration in medical devices.
2022-10-20 Hexagon Metrology & DOST AMCen
Advanced Manufacturing Center
Hexagon Additive Manufacturing Seminar 		Invited Industry Specialist Advanced manufacturing engineers, metrology specialists, and research leads.
AMCen - MIRDC Compound, Taguig 		Non-Plastic & Large-Scale Additive Fabrication Systems
Technical evaluation of laser metrology, metal DMLS, technical ceramics, and functional hybrid tooling systems.
2024–2025 Mapúa University School of EECE
Computer Engineering Department
Thesis Consultation & Hardware Mentorship 		Technical Mentor & Consultant Computer Engineering thesis teams. Team awarded Best Presenter (May 15, 2025).
Mapúa University, Manila 		Hardware-Software Integration & Edge Anti-Spoofing on Raspberry Pi
Embedded camera housing fabrication, thermal heat dissipation, and sensor rig stabilization.
Field Evidence & Session Photography

Documented speaking and workshop engagements

Authentic photography from invited lectures, policy roundtables, and technical workshops across Philippine national science agencies and universities.

Charles Lu speaking at the official NAST Philippines podium with bronze seal at DOST AMCen NAST Podium
Roundtable discussion featuring NAST Academician Dr. Rigoberto Advincula of Oak Ridge National Laboratory Roundtable
NAST PHL // DOST AMCen Photo: MIRDC / DOST

National Additive Manufacturing Roundtable

AMCen, MIRDC Compound, Taguig · April 3, 2024

Charles Lu served as invited industry stakeholder representing agile prototyping laboratories before DOST, PhilSA, RAMCAR, and national research institutes, advising on functional prototyping and national additive manufacturing strategy.

Featured Collaborator: Co-panelist Dr. Rigoberto Advincula (Governor's Chair Professor, Oak Ridge National Laboratory & UT Knoxville; NAST PHL Academician).
Charles Lu seated on panel during the Industry-Academe Forum at the DLSU Glimpse Symposium with Dr. Bryan Magoling and Inje University researchers Industry-Academe Forum
DLSU DMEM // GLIMPSE Photo: Angela Romero / ALPAS

Biomedical and manufacturing technopreneurship

De La Salle University Manila · March 22, 2024

Keynote address on translating university laboratory research into commercial hardware, followed by participation in the high-level Industry-Academe Forum on biomedical device prototyping and testing rigs.

Featured Collaborators: Dr. Bryan John Magoling (BatStateU MTCC), 6 post-doctoral researchers from Inje University (South Korea), and Engr. Joseph Rey Sta. Agueda (Program Leader, ALPAS / BiMaTEL DLSU).
Charles Lu presenting with an active 3D printer running live on the stage table at UE Manila Live Printer Demo
Charles Lu holding up physical 3D printed mechanical part to demonstrate tolerances to engineering students Tolerance Inspection
UE ARMS Workshop Photo: Shaira Pagaduan & Dylann Esteban (UE ARMS)

Hands-on additive manufacturing and kinematics

University of the East Manila · May 10, 2024

Live technical workshop conducted with an active desktop 3D printer running on stage. Charles demonstrated FDM motion kinematics, stepper tuning, mechanical clearance fits, and polymer selection (PLA, PETG, TPU 95A).

Audience Profile: 60+ mechanical, computer, and electrical engineering students and departmental faculty members.
Charles Lu receiving DLSU Certificate of Appreciation on stage with student council leadership at BridgENG Connections Keynote & Award
DLSU 78th ENG // BRIDGENG Photo: DLSU 78th ENG

Real-world engineering and cross-disciplinary practice

Henry Sy Sr. Hall Verdure, DLSU · August 29, 2025

Keynote lecture to 150+ student leaders across 6 universities on design ambiguity, cross-functional communication between software and mechanical teams, and why machines fail in the physical world.

Featured Collaborators: GCOE Dean Dr. Kathleen Aviso, University Fellow Dr. Alvin Culaba, and Emerson Tan (Head of Retail Operations, Metro Oil Subic).
Keynote & Workshop Blueprints

Signature talk architecture

Four battle-tested keynote lectures and masterclasses engineered for academic symposia, industrial conventions, and research congresses. Every session includes live physical demonstration artifacts.

BLUEPRINT 01 // KEYNOTE 45–60 MINS

Engineering practice and real-world execution

Engineering textbooks teach static equilibrium and idealized kinematics. They rarely prepare graduates for the physical messy reality of thermal expansion, imperfect filament diameters, material creep, or parts that refuse to assemble because of 0.1 mm tolerance errors. In this keynote, Charles deconstructs what makes engineering work in the physical world. He examines how to navigate design ambiguity, align cross-functional teams across mechanical and software divides, and run structured failure autopsies when prototypes fail.

Core Learning Outcomes
  • Identify and compensate for physical tolerance stack-ups: Calculate clearance, transition, and interference fits for additive parts (±0.05 mm to ±0.20 mm) before cutting tooling or sending parts to print.
  • Navigate cross-disciplinary design ambiguity: Use physical boundary mockups and shared data interfaces to prevent miscommunication between software developers and mechanical designers.
  • Run systematic post-mortems on failed iterations: Break down mechanical, thermal, and slicer toolpath failures systematically rather than guessing at random variable changes.
Physical Stage Demonstrations: Machined vs. printed tolerance fit gauge block set (0.05 mm increments from ±0.02 mm to ±0.25 mm), exploded multi-part mechanical assembly showing internal brass heat-set inserts, captured nuts, and snap detents, and real workshop failure samples (delaminated structural brackets, warped baseplates, and sheared drive gears).
BLUEPRINT 02 // MASTERCLASS 60–90 MINS

Additive manufacturing and functional prototyping

Most people view 3D printing as an aesthetic tool for visual trinkets. In a production engineering lab, additive manufacturing is a functional fabrication method governed by polymer rheology, anisotropic layer adhesion, and thermal gradients. This masterclass strips away marketing hype to examine the mechanics of industrial-grade desktop FDM. Charles covers polymer selection, cooling dynamics, custom G-code scripting, and how to design load-bearing components that survive continuous mechanical stress.

Core Learning Outcomes
  • Design for anisotropic strength: Orient build layers relative to expected shear and tensile vectors to prevent delamination under mechanical load.
  • Select engineering polymers based on physical trade-offs: Choose between PLA, PETG, ABS/ASA, and TPU 95A based on glass transition temperatures, elongation at break, and chemical exposure.
  • Tune slicing pipelines for dimensional repeatability: Configure flow ratios, shrinkage compensation, line widths, and custom acceleration curves to achieve consistent ±0.1 mm repeatable tolerances.
Physical Stage Demonstrations: Calibrated functional desktop motion assembly demonstrating lead screw backlash compensation and belt tensioning, tensile test specimens printed at 0°, 45°, and 90° orientations demonstrating real-world layer boundary failure under tension, and cutaway functional enclosure displaying internal wire routing ducts, compliant living hinges, and O-ring gasket channels.
BLUEPRINT 03 // RESEARCH KEYNOTE 45–60 MINS

Research to physical reality: Translating laboratory concepts into hardware

University research produces groundbreaking concepts in biochemistry, sensing, and electronics, but many projects remain trapped in lab glassware or benchtop breadboards. Translating an academic concept into an ergonomic, deployable physical prototype requires specialized fabrication knowledge that research teams rarely have in-house. In this talk, Charles presents real case studies from collaborations with DLSU, OLFU, and Mapúa, demonstrating how to engineer rugged test rigs and biomedical housings on 24-to-48-hour turnarounds.

Core Learning Outcomes
  • Establish agile 24-to-48-hour iteration cycles: Structure experimental milestones into rapid physical prototypes that isolate mechanical variables from scientific variables.
  • Isolate sensitive electronics from fluids and chemicals: Design sealed, modular housings with chemical-resistant polymers for bench testing in wet laboratory environments.
  • Bridge academic bench setups with low-volume manufacturing: Prepare research prototypes for pilot batch fabrication without incurring high injection mold tooling costs.
Physical Stage Demonstrations: Functional All-in-One Glucometer test-strip delivery mechanism and casing (OLFU Medical Technology collaboration), modular Plant Microbial Fuel Cell (PMFC) fluidic test chamber (Mapúa Chemical Engineering collaboration), and edge face anti-spoofing camera chassis on Raspberry Pi with integrated passive thermal cooling ducting (Mapúa EECE collaboration, Best Presenter 2025).
BLUEPRINT 04 // WORKSHOP & KEYNOTE 60–120 MINS

MEM to market: Lean operations, Jiritsuka, and agile fabrication

How do you run an agile hardware enterprise without millions in venture capital or massive factory floors? You adapt the core principles of Manufacturing Engineering and Management (MEM) to small-scale, rapid-response operations. Drawing from his journey founding 3Ready Prototyping Lab and Luminary Studios, Charles breaks down the three operational pillars that keep his lab running: Jiritsuka (autonomous machine maintenance), Just-In-Time production (lean material control), and Kaizen (continuous process improvement).

Core Learning Outcomes
  • Apply Jiritsuka to maintain production machinery: Service, diagnose, and rebuild fabrication equipment in-house to maintain 95%+ fleet uptime without relying on external vendor support.
  • Implement Just-In-Time inventory control: Eliminate work-in-progress waste and dead inventory by aligning raw filament procurement and printer scheduling directly with active job orders.
  • Embed Kaizen into daily shop floor routines: Run root-cause analysis on process waste, print failures, and post-processing bottlenecks to shave hours off production cycles.
Physical Stage Demonstrations: Custom modular assembly jigs and post-processing holding fixtures designed and printed in-house, multi-stage physical artifact sequence showing a product progressing from initial rough proof-of-concept to final hand-finished commercial release, and fleet maintenance logbook with custom-printed diagnostic calibration test tools.
Stage, AV & Logistics Specifications

Organizer technical rider

To guarantee a flawless presentation, host organizations must review and accommodate the following audio-visual, staging, power, and logistical specifications.

Audio and visual setup

  • Microphone: Wireless lavalier (lapel) or wireless headset preferred for hands-free stage movement. Wireless handheld backup acceptable. Fixed gooseneck podium mics are not recommended.
  • Display Output: 16:9 widescreen HDMI with audio pass-through. Minimum 1080p (1920x1080) resolution. Presenter connects via native HDMI or USB-C DisplayPort.
  • Confidence Monitor: Downstage confidence monitor showing current slide, next slide, and timer is highly recommended for keynote addresses.
  • Slide Control: Dedicated RF wireless slide advancer (Presenter carries primary and backup units).

Stage and demo props

  • Demonstration Table: A sturdy 6-foot utility table placed downstage or adjacent to the podium to display physical mechanisms, cross-sections, and test specimens.
  • Dedicated AC Power: Dedicated 220V / 60Hz AC power strip (minimum 3 outlets, 10A) near the table for live demonstration equipment.
  • Stage Lighting: Even, bright lighting on the demonstration table. Avoid total stage blackouts during slides so attendees can observe physical props.
  • Live Video Feed: For halls with 100+ attendees, a document camera or roving video feed to main screens is strongly recommended during mechanism teardowns.

Workshop and hospitality

  • Workshop Capacity: 30 to 60 participants for hands-on sessions. Classroom pods with laptop power outlets.
  • Software Setup: Participants must pre-install slicing tools (OrcaSlicer / PrusaSlicer) and have browser access for CAD viewers.
  • Metro Manila Travel: Point-to-point vehicle reimbursement or designated venue parking access.
  • Regional & International: Round-trip direct commercial flights, airport transfers, and single-occupancy business hotel with high-speed Wi-Fi.
  • Recording Rights: Host institutions have full permission to record sessions for educational and institutional archives.
Direct Inbound Inquiries & Rider Adjustments: [email protected]
Direct Engagement Channel

Inbound speaking inquiries

Charles Lu accepts a curated number of keynote addresses, technical masterclasses, and institutional advisory panels per academic term.

  • 1
    Review Session Fit: Confirm that your event theme aligns with one of our four signature talk blueprints or an approved custom technical topic.
  • 2
    Lead Time Requirements: Submit inquiries at least 3 to 4 weeks in advance for Metro Manila engagements, and 6 to 8 weeks for regional or international conferences.
  • 3
    Direct Email Transmission: Send your event details, expected audience size, venue, and proposed dates using the standardized format.
OFFICIAL INQUIRY ROUTING
[email protected]
Subject Line Standard:
[Speaking Inquiry] <Organization / Event> - <Date>
Direct Channel: [email protected]
Official Portal: 3readyprototypinglab.com
Compose Inbound Inquiry Email
OR TRANSMIT DIRECTLY VIA INVITATION FORM

Engineering Insights & Lecture Notes

Technical guides by Charles Lu

Deep-dive monographs derived from keynote lectures, workshop curricula, and active lab tear-downs.

Documented Sessions & Topics

Explore individual topic & event archives

Detailed historical notes, media archives, and curriculum briefs across major university and institutional forums.

Topic: Real-World Engineering → Topic: Additive Manufacturing → Topic: Research Fabrication → Topic: MEM to Market →
Documented Engagements: DLSU BridgENG Forum · DLSU DMEM Glimpse · NAST Philippines Roundtable · PUP Beyond Binary · SME DLSU · UE Manila Workshop · AMCen Hexagon Seminar
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