New for 2022!

The Simulation Innovation Forum (SIMIF) is evolving into a series of online bite sized advanced simulation events.

About this Event

This event will focus on the benefits and possibilities of simulation in the life science industry.

Simulations are used daily in industries such as Automotive, Aerospace or High Tech, to aid in research and development of new technologies and products. In this event we will show how simulation can be used in the Life Science industries in order to drive the development of innovative, sustainable, and cost-effective products and treatments. It can also be used to evaluate design concepts and speed up the development process. Later in the product lifecycle, simulations could be a powerful tool in performing design iterations or exploring different failure methods of medical devices.

Simulations have also seen an increase in the area of personalized healthcare. With the aid of simulations, a custom solution could be proposed for each patient.

In this event we will cover four areas within the life science industries: Implants, Human Tissue, Personalized Healthcare and Medical Devices & Equipment. In each session, one of our experts will show a case study highlighting the role of simulations within each field. You’ll also hear from our customers how they use simulations each day.

Who Should Attend

Anyone with an interest in simulation within the life science industry.

  • English

SIMIF Series 2022 | Simulation in Life Science and Healthcare

Discover how simulation can be used in the Life Science industries in order to drive the development of innovative, sustainable, and cost-effective products and treatments. It can also be used to evaluate design concepts and speed up the development process.
  • English

SIMIF Series 2022 | Improvement of Dental Implant Design using Finite Element Method

A key factor for the long-term success of a dental implant is to ensure that it can fulfill biological, esthetical and functional requirements like restoring the ability to chew. Discover how using finite element method allows engineers to improve the mechanical behavior of dental implants.
  • English

SIMIF Series 2022 | Evaluation of Prosthetic Socket Design using Finite Element Analysis

Discover how finite element analysis has been identified as one of the most powerful tools in the evaluation of prosthetic socket design. It enabled to get a deeper insight into the interface pressure between the residual limb and prosthetic socket which significantly affects patient’s comfort.
  • English

SIMIF Series 2022 | Retinal Detachment Simulation Abaqus

Discover how viewing the simulation of retinal detachment taking place can help to investigate the factors leading to its progression. As well as gaining an understanding of the behaviors of the ocular globe that lead to the initiation of retinal detachment.
  • English

SIMIF Series 2022 | Customized Numerical Human Body Models

Discover how customized numerical human body models play an important role in the design and development of human-friendly and safe personal healthcare products.
  • English

SIMIF Series 2022 | Evaluating the Risk of Knee Osteoarthritis using FEA: Validation

Osteoarthritis affects the synovial joints, especially the knee joint, diminishing the ability of patients to perform daily physical activities. Discover how FEA helps researchers to understand cartilage deterioration processes at the tissue level and knee joint biomechanics under various loading conditions.
  • English

SIMIF Series 2022 | Computational Pharmaceutical Materials Science – Predictive Modeling for Drug Development

Discover the simulation and modeling techniques that allow researchers to explore the molecular level processes that underpin the observed bulk phenomena to minimize potential downstream risk. Empower your teams to feel confident in providing the most effective and safe products to their patients.
  • English

SIMIF Series 2022 | Electromagnetic Simulation for Medical Devices with Detailed Human Body Models

Discover how electromagnetic simulation is used and integrated into virtual patients, to reduce physical testing and prototyping, and meet regulatory requirements.

Speakers

Johan Kölfors
Director, TECHNIA Simulation
Annelie Uvhagen
Director, TECHNIA Life Sciences
Dr Marc Meunier
BIOVIA Fellow, Dassault Systèmes
Laurence Marks
Visiting Research Fellow, Oxford Brookes University
Alit Putra
Engineering Consultant, Alten Sweden
Agata Mrozek
Simulation Engineer, TECHNIA Simulation Poland
Paul Bolcos
Simulation Expert, TECHNIA Simulation Benelux
Tilmann Wittig
Industry Process Consultant Director SIMULIA, Dassault Systèmes
Ali Aboulatta
Simulation Engineer, TECHNIA UK