Research Fellow · PEMC, University of Nottingham

César
Gallardo

Ph.D. in Electrical Engineering

Electric machine designer and researcher with 5+ years spanning academia, industry, and entrepreneurship. Specialising in FEA-based design of synchronous reluctance, permanent magnet, and induction machines. Co-founder of EMDA — building the next generation of motor simulation software.

César Gallardo
6+ Journal Papers
15+ Conference Papers
8 Grants
01
About

I am an Electrical Engineer and researcher with a Ph.D. from the University of Concepción, Chile. My work focuses on analytical and FEA-based design of synchronous reluctance and permanent magnet machines, from mathematical modelling through to prototype validation.

At the PEMC Research Institute, University of Nottingham, I design high-performance machines for clients including Alstom, BAE Systems, Changan, and Jaguar Land Rover. In parallel, I co-founded EMDA Corp, developing eMDesigner — a SaaS simulation platform engineered to make electric machine design faster and more accessible than traditional FEA workflows.

Machine Topologies
SynRM – Synchronous Reluctance Machine PMa-SynRM – PM-Assisted Synchronous Reluctance IPM / PMSM – Permanent Magnet Synchronous IM – Induction Machine EE – Electrically Excited Machine DC – Direct Current Machine BLDC – Brushless DC Machine Radial Flux Axial Flux Inner Rotor Outer Rotor
Simulation Tools
ANSYS MaxwellMotor-CAD MATLABJMAG COMSOLPython
Applications
Traction / EVAerospace Heavy-Duty MiningIndustrial Drives
02
Education
2019
— 2024
Ph.D. in Engineering Sciences — Electrical Engineering
University of Concepción · Chile
  • Thesis: Development of design techniques to optimize the performance of synchronous reluctance machines with anisotropic rotor structure.
2011
— 2016
B.S. in Electrical Engineering — Five-year programme
Central University "Marta Abreu" of Las Villas (UCLV) · Santa Clara, Cuba
  • Thesis: Efficiency of Grounding Systems Drive.
03
Experience
Sep 2024
— Present
Current
Research Fellow — Electric Machines
PEMC Research Institute · University of Nottingham · U.K.
  • Electromagnetic design and FEA analysis for Alstom, BAE Systems, Changan, and Jaguar Land Rover — traction, aerospace, and automotive applications.
  • Drive full design cycles: concept, material selection, winding technology, and thermal integration.
  • Author peer-reviewed manuscripts and present at leading international conferences.
2024
— Present
Current
CEO & Co-Founder
EMDS Corp — Atlanta, U.S.  ·  EMDA Solutions — Biobío, Chile
  • Co-founded two complementary deep-tech ventures: EMDS Corp (U.S.) developing eMDesigner — a cloud-based analytical simulation platform for rapid electric machine design — and EMDA Solutions (Chile) delivering diagnostics, digital twins, and proprietary fault-analysis software for industrial electric machines.
  • eMDesigner provides a faster, more affordable alternative to traditional FEA tools — supporting SynRM, PMSM, and IM topologies — with cloud collaboration, winding design, and parametric optimisation.
  • EMDA Solutions combines non-invasive diagnostic services (rotor fault detection, demagnetisation analysis, misalignment identification) with technical training and consultancy for industrial manufacturers.
  • Secured early-stage investment via YC-style post-money SAFE (Fusen Fund I, LP), competitive public grant SUC250018, and 2nd place at the GEAR Challenge 2024.
  • Lead technical strategy, software architecture, and R&D roadmap across a three-founder team in partnership with the University of Concepción and University of Nottingham.
Aug 2023
— Aug 2024
Project & Innovation Engineer
Komatsu Chile · Santiago, Chile
  • Led electromagnetic design of induction and SynRM machines for heavy-duty mining applications.
  • Managed full project lifecycle and cross-functional coordination with external R&D partners.
Oct 2019
— Present
Ongoing
Associate Researcher
University of Concepción · Chile
  • Led research in analytical and FEA-based electric machine design — 6+ journal publications, 15+ conference papers.
  • Contributed to four nationally funded projects (FONDECYT, FONDEF) totalling multi-million CLP in awarded grants.
  • Presented at ICEM, IEMDC, ECCE, and IEEE CHILEAN; mentored doctoral and undergraduate students.
Mar – Jul 2023
Visiting Associate Researcher
PEMC Research Institute · University of Nottingham · U.K.
  • Collaborated with multidisciplinary teams on electric machine design studies; contributed to conference publications.
Sep 2016
— Jul 2019
Assistant Professor & Energy Management Technician
Central University "Marta Abreu" of Las Villas (UCLV) · Santa Clara, Cuba
  • Developed and delivered lectures, seminars, and workshops in Electrical Circuits Theory to undergraduate and graduate students; mentored student research projects through to thesis completion.
  • Monitored and optimised campus energy usage; implemented and maintained energy management systems to meet institutional sustainability targets.
  • Conducted energy audits and recommended energy-saving measures across university facilities.
04
Entrepreneurship Project
🏆 2nd GEAR Challenge Award · 2024 📄 Grant SUC250018 · 2025

eMDesigner

SaaS Simulation Platform for Rotating Electric Machines

eMDesigner is a cloud-based analytical simulation platform for electric machine design — a faster, more affordable alternative to tools such as ANSYS Motor-CAD. Built on physics-based analytical models validated against FEA, it enables engineers to perform rapid machine sizing, parametric sweeps, and performance evaluation without full finite-element workflows.

Analytical modelling — SynRM, PMSM, and IM topologies
Parametric design sweeps, orders of magnitude faster than FEA
Cloud-native SaaS — accessible from any browser
Venture-funded · Fusen Fund I SAFE
05
Publications
Full list on Google Scholar
06
Funded Projects & Grants
ACT2500052026 – Present
Multiphysical design procedure of an electric power train for medium size vehicle: a robust approach
SUC250018 📄2025 – 2026
EMDS: Simulation Software for Rotating Electrical Machines Based on Analytical Models
VIU24P0127 📄2024 – 2025
Maq-lab: Online Platform for Virtual Laboratories of Rotating Electrical Machines
FONDECYT 12306702023 – 2026
Robust Design Procedure for Optimal Electric Machine Design with Reduced Computational Burden
FONDEF ID21I100992021 – 2024
Development of a Synchronous Reluctance Motor Prototype for Industrial and Urban Mobility
FONDECYT 12016672019 – 2023
Multiphysics Design Approach of Electric Machinery for Heavy Duty Applications
ANID-PFCHA/2020-21200527 🎓2020 – 2024
National Doctoral Scholarship — Grantee
2nd GEAR Challenge 🏆2024
EMDS: Electric Machine Design Software — Competition Award
07
Contact

Let's
connect

Open to research collaborations, industrial projects, consulting, and speaking invitations.