2025 Onsite Content Agenda

This presentation will explore the evolving supply-demand landscape in the transformer market, highlighting key drivers of demand, production constraints, and emerging growth opportunities. It will examine market trends, disruptions, and strategies to navigate challenges in meeting the rising global demand for power infrastructure.

• Global transformer market growth drivers and regional demand shifts
• Impact of supply chain disruptions and raw material shortages on transformer production
• Technological innovations shaping transformer design and efficiency
• Strategies for industry stakeholders to align production with future demand

This session will explore the dynamic landscape of the electric motor supply chain, focusing on the rapid growth and technological advancements shaping the automotive industry. Attendees will gain valuable insights into the future demand and production of electric motors across key automotive markets, examining how evolving consumer needs and regulatory pressures are driving change.

• Asses the future demand and production of electric motors in key automotive markets
• Dive into technologies impacting motor performance and future program decisions
• Explore global dependencies across the entire electric motor value chain
• Discuss potential risks for the supply chain in the coming years

In a rapidly evolving global landscape, transformer manufacturers and utilities face increasing geo-political risks and intense competition from overseas markets. This session will explore the challenges and strategies from both an OEM and utility perspective, highlighting how to mitigate risks and adapt to international competition.

• Strategies for OEMs to stay competitive amidst rising overseas manufacturing capabilities
• Insights into how utilities are managing risks associated with sourcing transformers from diverse international markets
• The future of collaboration between OEMs and utilities in managing geo-political uncertainties and fostering innovation

Enable manufacturers of electrical machines to iteratively improve their circularity practices and guide collaboration approaches, with the aim of developing knowledge and understanding in the application of circular economy strategies. This presentation will cover the following topics:

• Sustainable Manufacturing of Electric Motors
• Efforts to Reduce the Environmental Impact of Motor Production
• End-of- Life and Recycling
• Strategies for Reducing the Carbon Footprint of the Motor Supply Chain

This debate and Q&A will follow the presentations and provide an opportunity to delve deeper into the topics discussed, with interactive engagement from the audience.

How PCB Stator Technology Is Transforming Motor Manufacturing

Transformer fires remain one of the most under-discussed yet severe risks in electrical infrastructure. This presentation confronts the frequency, impact, and data gaps surrounding these incidents, urging industry stakeholders to prioritise fire safety. Solutions such as the use of FR3™ fluid will be examined as critical steps toward mitigating fire-related risks and enhancing resilience.

• The true frequency and severity of transformer fire incidents—what the data hides
• Operational, financial, and environmental consequences of transformer fires
• Why fire safety remains under-prioritised in many transformer' installations
• Proven solutions, including FR3™ natural ester fluid, for reducing fire risk and enhancing safety compliance

Explore how the EU project PASSENGER is developing alternative technologies to reduce reliance on rare earths critical raw materials in the e-mobility sector.  And learn how the EIT Strategic Impact Group Network (SIGN REE) is shaping Europe's rare earth and magnet supply strategies. This session highlights cross-sector collaboration, innovation, and sustainability, providing key insights on:  

• EU initiatives promoting sustainable alternative motor technologies.  
• The role of SIGN REE in diversifying rare earth and magnet supply chains.  
• Strategies to reduce dependency on critical raw materials in e-mobility.  
• Cross-industry collaborations advancing sustainable innovation in transport. 

Discover how AI is revolutionising the power grid by boosting operational efficiency, enhancing reliability, and driving sustainable energy solutions. This transformation paves the way for a smarter, greener energy future.

• Uses of AI to analyse consumption patterns and automate demand response programs, empowering consumers to participate in energy savings.
• Employing AI to detect anomalies, prevent cyber threats, and secure critical grid infrastructure.
• How AI enhances real-time load forecasting, voltage regulation, and fault detection to reduce energy losses and operational costs.
• AI uses in easing out approval process of projects and enhanced decision making.
• Leveraging machine learning for equipment condition monitoring and failure prediction to improve grid reliability and reduce downtime

IMA EV-TECH, the business unit of IMA AUTOMATION entirely committed to electric vehicle (EV) assembly technologies, introduces Continuous Flow Winding (CFW), a breakthrough in electric motor manufacturing for e-mobility. By merging the precision of hairpin technology with the simplicity of inserted winding, CFW offers enhanced performance, reduced rotor losses, and superior thermal management. The result is a compact, cost-effective, and scalable solution for next-generation EV motors. 

• High Current Density: Achieves peak current density of 65 A/mm² wiand continuous density of 40 A/mm², optimizing power output.
• Advanced Thermal Management: Direct oil cooling within the stator slot removes heat at the source, boosting efficiency and reliability.
• Optimised Manufacturing Efficiency: Combines controlled crown dimensions with minimal welding, streamlining production.
• Cost and Space Savings: Reduces CAPEX by 10% and OPEX by 10% through lower equipment costs and minimized floor space needs

As global population and demand for resources continue to rise, the need for reliable, efficient, and sustainable energy becomes more critical than ever. This session will explore the intersection of environmental regulations, renewable energy, and innovative technologies.  

Learn how Shell is supporting this transition with an expanded transformer portfolio designed to meet the needs of tomorrow. 

• Navigating evolving environmental regulations and their impact on energy infrastructure 
• Driving innovation through sustainable and efficient power solutions 
• The growing role of renewable energy in global electricity demand 
• How Shell’s expanded transformer portfolio supports future energy needs 

Powered by Expertise and Digital Innovation

Decarbonisation of the energy sector is very important to stay on track for the 1,5°C climate target. Renewable energies such as wind are significantly contributing to the goal of reducing CO2 emissions. Transformers equipped with on-load tap-changers are key components for energy transition in all voltage levels of energy supply networks as well as in a nacelle. Due to the special nature of wind energy generation, specific requirements may be placed on these transformers, such as compact, lightweight and rupture-proof design. These requirements can also be relevant in other applications. 

This presentation highlights the latest developments in the transformer and on-load tap-changer sector leading the way to a sustainable energy supply.

•    Latest developments in the transformer and on-load tap-changer sector leading the way to a sustainable energy supply
•    Specific requirements for transformers in application like nacelles 
•    Rupture-proof transformer design for application other than nacelles
 

The European automotive industry, a significant economic contributor, faces disruption from electric mobility, potentially reducing European production value added by $400 billion over the next decade. However, strategic innovation and collaboration could help maintain or even increase current GVA levels. In this presentation, we will be covering the following:

• In 2023, the European automotive industry contributed $1.9 trillion in gross value added (GVA), with technology and car exports creating $620 billion in value.
• Electric mobility could add $240 billion to $300 billion in GVA from after-sales support and services by 2035.
• However, based on current trends, European production value added could drop by $400 billion over the next decade, assuming European OEMs’ domestic market share falls to 45 percent from 60 percent and lower value added in BEV compared to ICE
• Europe and European OEMs could still reap the full benefits of the BEV disruption and even slightly increase current GVA from production by pursuing innovative strategies, participating in growing global markets, strengthening industry collaboration, and implementing effective policies.

During this session, we will discuss the findings from original experimental studies concerning lightning performance of a variety of dielectric liquids applied in power transformers. The issues presented come from the joint research of academia and industry. An approach to new types of tests aimed at verification of dielectric properties of insulating liquids will be presented.

• Presentation of experimental studies on the lightning performance of various dielectric liquids used in power transformers
• Overview of new non-standard lightning impulse tests for verifying the dielectric properties of insulating liquids
• Insights into the dielectric properties critical for transformer performance and safety
• Case studies: Collaboration between academia and industry in advancing testing methodologies and research in dielectric liquids

In recent years, the reduction of CO2 footprints has become a critical focus in the automotive industry. As a technological leader in the steel sector, thyssenkrupp has developed bluemint steel grades, which reduce CO2 emissions during production by 50%. This presentation will highlight the

latest innovation: the application of bluemint Grain Oriented Electrical Steel (GOES) in axial flux motors, a cutting-edge technology in the field of e-mobility.

This presentation will delve into the technical advantages of using bluemint GOES in axial flux motors, demonstrating how this innovation supports the transition to more sustainable and efficient e-mobility solutions. We will explore the potential impact on the automotive industry and discuss the

broader implications for reducing greenhouse gas emissions.

• “bluemint® powercore® Traction GO” gives a new impulse to e-mobility.
• Applications from automotive to marine and aviation.
• High performance via outstanding magnetic performance.
• Engineering. Tomorrow. together for industrialisation.

Driven by the green energy transition, the demand for transformers is growing rapidly. Inside of a transformer, there is an extensive amount of paper and board which are made from pulp. To make sustainable transformers, we need low carbon pulp from sustainably managed forests.

• The increased demand for transformers will require growth in transformer board and paper, which form an integral part of any transformer design.
• To fulfill this demand responsibly, we need to use sustainable materials. Pulp from Nordic forests is sustainable and comes from sustainably managed forests.
• To guarantee long-term sustainability and a net positive impact on climate and biodiversity, we need to work both in the forest as well as increase the sustainability of the products, e.g. by lowering the carbon footprint.
• Join this session to learn about how forests are managed and used in a sustainable manner and hear more about what a tree can do.

The presentation explores the benefits of using composite materials for sleeved IPM machines compared to traditional IPM machine designs in terms of efficiency, cost and embedded CO2. The results are evaluated against a baseline machine that is widely used in the automotive traction market to provide a comparison. The optimized machine design with composite sleeve shows an increase in drive cycle efficiency of 0.6%, while at the same time reducing cost by 23% and embedded CO2 by 28%.

• IPM e-machines: increasing efficiency, whilst reducing cost and embedded CO2
• Increasing the sustainability of electric motors through new materials and design approaches
• Using composite sleeved rotors to increase performance, while reducing cost and CO2

This presentation will explore the collaborative efforts within the value chain to achieve decarbonisation, emphasising the importance of joint initiatives and partnerships.

Key stakeholders, including producers of CO2-reduced steel, transformer manufacturers, and grid operators, are pivotal in meeting national and European climate goals. On a collective aim to support the establishment of a green lead market for energy grids and develop cost-efficient implementation strategies.

On this session we will discuss the concept of green lead markets for CO2-reduced steel, driven by market participants aiming to establish climate-friendly basic materials markets.

• GOES is an indispensable raw material for the energy transition, playing a crucial role in advancing sustainable energy solutions.
• Global trade issues pose significant risks to transformer manufacturers and utilities – insights on maintaining supply chain resilience for GOES.
• The market is evaluating the implementation of a first lead market, focusing on the requirements for Green Steel in transformers within the German transmission system.

Metal Additive Manufacturing (AM) offers unparalleled geometric freedom in the design of electrical machine windings, enabling new approaches to AC loss reduction, thermal management, and electrical insulation options that can unlock step changes in power-density and efficiency.

In this presentation, the state of the art in AM of coils and conductors will be presented, including design tool developments, challenges in manufacturing and post-processing, and the wide array of opportunities brought by AM. The benefits will be showcased through a recent Innovate UK supported case-study where AM delivered significant reduction in AC loss and minimised packaging volume of a high-speed automotive compressor applications, in collaboration with Technelec, UK. During this session we will deep dive on the following:

• Metal Additive Manufacturing (AM) offers new design freedoms in coil and winding production
• AC loss reduction improved thermal management, and opportunity for alternative electrical insulation systems will be discussed.
• The benefits of AM will be showcased through a high-speed automotive compressor application, developed with Technelec, UK.

In this keynote, Franziska Giffey highlights Berlin’s role as a leading industrial hub in Europe, driving transformation through digitalisation, sustainability, and diversity. She outlines the city's strategic initiatives to support a greener, smarter, and more inclusive industrial economy, reinforcing Berlin’s position at the forefront of the global shift toward a circular, tech-enabled future.

• Berlin as an industrial engine: A thriving ecosystem of manufacturing, research, and innovation
• Digital transformation: Empowering industries through smart technologies and Industry 4.0
• Sustainable and circular economy: Commitment to climate goals through green innovation
• Diversity as a strength: Inclusive growth and opportunity for all communities in Berlin

Franziska Giffey, Mayor of Berlin and Senator for Economic Affairs, Energy, and Public Enterprises, demonstrated her commitment to enhancing Berlin's industrial landscape during her visit to the CWIEME exhibition. Her participation underscores the city's dedication to fostering innovation and strengthening its position as a leading European industrial hub.

Whether you are a seasoned engineer or just starting out, this is a space to connect, inspire and empower the Women in Engineering at CWIEME.

* Refreshments provided

In this panel, the focus will be on how diversity, including gender diversity, contributes to innovation in engineering. This session will show that having women in engineering not only supports equity but also drives creativity and progress in the sector.

• The impact of diverse teams on innovation and product development
• How companies can harness diversity to stay competitive and innovative
• Foster an environment where female engineers can thrive and lead

The next decade promises significant growth for the power electronics sector, driven by key global trends in electrification, sustainability and digitalization. This session will highlight cutting-edge innovations that are reshaping the sector and will delve deeper into the technological evolution of key sub-components that form the backbone of power electronics systems.

• Expected market of power electronics for the decade ahead
• Latest technological advancements in power electronics.
• Supply chain analysis across various value chain layers.
• Technological evolution of sub-components of power electronics

Aperam introduces a novel processing route for Iron-Cobalt alloys, enabling scalable production of stators and rotors while maintaining their unique performance. This innovation provides a cost-effective solution for a variety of applications such as automotive, EVTOLs, and regional aircraft.  

• Iron-Cobalt Alloy Innovation: Aperam introduces a novel processing route for FeCo alloy motor and generator components
• Scalable & Cost-Effective Production: Adapted for the FeCo's slightly brittle nature, it enables scalable and sustainable manufacturing of motor and generator components without compromising performance.
• Competitive Advantage: The new approach allows for diverse motor geometries, highly improving cost efficiency and productivity while maintaining performance parity with traditional manufacturing methods. 

Copper is a strategic raw material for the energy transition. This session will answer some key questions, that are crucial for the sector:

How secure is the supply of copper in Europe? Can recycled copper be used in motors and transformers? Why is high recycled content not a silver bullet for procurement managers? What are the most realistic sustainability requirements in tenders? What are the levers for the decarbonisation of copper supplies?

The presentation will focus on copper's role as a strategic raw material for the energy transition, particularly in transformers and motors:

• Copper has a low supply risk within the EU, thanks to a strong and diversified value chain, with the European industry investing in increased mining, refining, processing, and recycling under the Critical Raw Materials Act.
• Progress in copper decarbonisation will be discussed, including an analysis of carbon emissions and key decarbonisation strategies
• For procurement managers, copper's recyclability without property loss is a key advantage for the circular economy, though both mined and recycled copper will be needed to meet growing demand. Ongoing improvements in climate and ESG credentials are encouraged.

This presentation introduces an innovative direct-drive needle winding system characterized by a fully motorized drive and advanced carbon-fiber frame. Designed specifically for thin wires (0.2–1.0 mm), it achieves unprecedented speeds up to 2,000 rpm. The machine’s software-driven flexibility allows rapid adjustments between various stator geometries—including inner/outer slot arrangements, straight or skewed windings, and terminal routing—without mechanical cam or tool changes, resulting in high-quality, consistent winding outcomes with superior filling factors. This system has been specifically designed to replace and exceed the performance of traditional rigid three-needle cam-driven winding machines.

• Direct-Drive Technology: Fully motorized system with rigid carbon‑fiber structure, eliminating cams and belts for reduced complexity and maintenance.
• Enhanced Structural Dynamics: Composite carbon‑fiber design balances lightweight build with robustness, offering low inertia for precise, high‑speed movements.
• Ultra High‑Speed, Fine‑Wire Capability: Handles 0.2–1.0 mm wires at up to 2,000 rpm, boosting productivity while maintaining exceptional accuracy.
• Software‑Driven Versatility: Software-configurable routines enable rapid reconfiguration for different stator types and winding patterns—no mechanical changes needed.

After the success of the 2024 panel, CWIEME is proud to continue to be at the forefront of innovation, setting the tone for critical discussions on sustainability.

This panel will delve deeper into the green transformation in the recycled copper, exploring how these changes are shaping the future of the transformer supply chain. With perspectives from both OEMs and utilities, the session will highlight strategies for achieving climate neutrality and fostering greener practices throughout the sector.

• Overview of the green transformation in steel, copper, and oil industries and its ripple effect on the transformer supply chain
• How utilities (end-users) are influencing the demand for more sustainable transformer solutions and their role in decarbonizing the sector
• Best practices for OEMs and utilities in achieving climate neutrality and reducing carbon footprints throughout the transformer lifecycle
• Exploring how perceptions of "green" are evolving from today’s standards to future expectations for environmentally conscious products and technologies.

China's motor market continues to reshape global industry landscapes through massive domestic production, evolving supplier-OEM dynamics, and aggressive expansion plans into Europe and other international markets. This session explores how these shifts are influencing global supply chains, competitiveness, and strategic positioning.

• Overview of China’s domestic motor production capacity and key players
• Volume dynamics between Chinese component suppliers and OEMs
• Strategic expansion of Chinese motor manufacturers into European markets
• Implications for global competitors and supply chain resilience

This presentation explores the latest advancements in electrical insulation materials with a focus on reducing environmental impact. It highlights developments in epoxy resin technology, liquid insulation solutions for motors and transformers, and materials tailored for resin-rich applications. The session emphasises sustainability as a key driver in shaping the future of the electrical industry.

• Epoxy Resin Technology for Electrical Insulation: Background.
• Liquid Insulation Resins for Motor & Transformer Impregnation.
• Insulation materials for Resin Rich Applications.
• Ecology in the Electrical Industry: The Way Forward.

Several hundred thousand of medium power transformers and millions of motors reach their end-of-life annually in Europe. A proper recovery and recycling of their raw materials is key to implement a truly circular economy.

On this session we will be covering the following:

• Liquid-filled medium-power transformers have a high degree of circularity at end-of-life, with about three quarters of the material compatible with an entirely circular process. This potential is fully exploited thanks to the fact that only certified companies are allowed to handle liquid-filled transformer recycling, which is a positive legacy of the PCB crisis.
• Dry type transformers follow a totally different recycling route and demonstrate how a lack of separability in the conception of a device can lead to a problematic end-of-life process. Their coils are overmoulded with an epoxy or quartz resin that is hard to separate from the metal conductors. That said, new technology developments open promising routes to improve the circularity of dry transformers.
• All metals from motors can be recovered almost 100%, with some impurities. Smaller motors <150kg are usually not further dismantled. They go directly as entire unit as “electrical scrap” outside of the EU. For larger motors at least housing is cracked and stator vs rotor separated. Copper in the rotor is usually always taken out and sold separately to metal brokers or to recyclers.

The Evolution and Future of IDC Technology 
 

Prof. Stefan Bratzel explores the shifting landscape of the global automotive sector, highlighting the strategic challenges and emerging opportunities for OEMs and suppliers across key regions. Special attention is given to the European market, where regulatory, investment, and innovation gaps have led to critical missed opportunities.

• Comparative analysis of OEM and supplier dynamics in the EU, China, and USA
• Key factors driving growth and innovation in the Chinese and U.S. markets
• Structural and strategic challenges faced by European automotive players
• Lessons learned from lost opportunities in the EU and potential paths forward

Discover the latest updates on DuPont™ Nomex® aramid insulation, including its evolving properties and expanding application range in transformers. This session highlights new data on thermal and fire performance, explores its role in UL-certified insulation systems, and showcases benefits in both dry-type and liquid-filled transformer designs. Learn how Nomex® supports safety and reliability in critical industries.

• Overview of new Nomex® paper and pressboard grades for diversified insulation needs
• Insights into UL-certified electrical insulation systems for LV and MV applications (up to 1 kV and up to 34.5 kV) 
• Application of Nomex® in both dry-type and liquid-filled transformers
• Benefits of Nomex® for high-reliability, safety-critical environments

OptiFender offers an advanced fiber optic sensing solution for the detection and monitoring of partial discharge in high- voltage assets, even in the most challenging environments. Leveraging unique fiber optic technology and a passive sensing principle, it provides critical insights and enhanced protection for electrical systems in demanding installations. Discover real-world results of OptiFender, presented by technical experts from Optics11, Royal SGB-SMIT, and more industry leaders

• Introduction and results of  OptiFender's innovative fiber optic sensing technology for PD Localization in Transformers during FAT
• Results of OptiFender for PD detection and localization for HV Bushings
• How fiber optics enable precise detection and monitoring of partial discharge in high voltage assets.
• Key advantages of implementing OptiFender  and fiber-optic sensing: from reduced maintenance costs to increased asset lifespan.

Focusing on performance, recyclability, and the reuse of materials, HeSy Project is a new European sustainable e-motor solution that aims to drive the future of cleaner, greener transportation solutions while boosting local economies and enhancing EU resilience.

This session delves into the innovative technologies, sustainability principles, and the impact of this cutting-edge motor family on the global mobility landscape.

• Electrification of the light mobility
• High efficiency low voltage motor based on rare earth free permanent magnet assisted synchronous machine,
• Innovative development and industrialization methods focused on a clean and sustainable economy,

As the demand for sustainable energy solutions increases, thermoplastic materials are emerging as a key innovation in the decarbonisation and efficiency of transformer technology. This presentation will explore how thermoplastic solutions contribute to reducing carbon footprints and improving the energy efficiency of transformers, paving the way for greener power systems.

• Understanding the role of thermoplastic materials in enhancing transformer performance and supporting decarbonisation goals.
• How thermoplastic solutions reduce environmental impact while improving energy efficiency in transformers.
• Benefits of using thermoplastic components for increased durability, reliability, and reduced maintenance needs.
• The future potential of thermoplastics in revolutionising the electrical power grid and charging infrastructure.

This panel explores how the evolution of electric motor technology is essential to meet the growing demands of electric vehicles. This session will focus on breakthroughs that drive higher efficiency, reduced weight, and enhanced performance in the motors powering the future of transportation.

• Cutting-edge materials and designs to improve power density and efficiency.
• Reducing motor weight without compromising performance for extended vehicle range.
• The role of AI and smart control systems in optimizing motor operation.
• Overcoming challenges in scalability and manufacturing for mass-market adoption.

Join us for an insightful session where our speaker will present Baosteel's green and low- carbon development strategy, along with innovative approaches to low-carbon silicon steel production, leveraging advanced metallurgical practices.  

• Green and Low-Carbon Development Strategy: As the world's leading silicon steel supplier, Baosteel integrates sustainability into its operations, driving industry transformation while reducing environmental impact. 
• Low-Carbon Manufacturing Solution: Through process optimisation and emissions reduction, Baosteel advances sustainable solutions in low-carbon silicon steel innovation.  
• Sustainable Development Vision: Committed to high-efficiency silicon steel, Baosteel collaborates with partners to build a sustainable future 

As China imposes export controls on rare earths and other critical materials, and the rest of the world seeks to reduce its dependence on China, new regulations like the EU’s Critical Raw Materials Act (CRMA) and U.S. policy initiatives are reshaping the rare-earth landscape. This session explores how these shifts may influence global supply, strategic autonomy, and future pricing amid rising geopolitical tensions.  

• Overview of the export controls on rare earths, permanent magnets and their consequences. 
• How the supply chain is responding and coping. 
• Key legislative drivers in the EU, U.S., and other regions  
• Emerging rare-earth supply projects outside China and their feasibility  
• Strategic responses by industry to ensure material security and cost stability 

This session will present the topline conclusions of the multi-faceted approach to sustainability in the motor industry discussed on the Workshop “Shaping Motors for a Zero Carbon Economy”.

It will cover the key regulatory developments shaping energy performance, the use of low-carbon materials in manufacturing, and strategies for extending motor life through repair and recycling. With contributions from motor manufacturers, suppliers the panel will debate the next steps toward achieving high-efficiency motors and a circular economy

• EU Policy Context: Overview of Ecodesign regulation, Fit for 55, and critical raw materials assessment, and their implications for the motor sector.
• Energy Performance: How ongoing regulation revisions may raise minimum efficiency requirements, and applications already demanding higher efficiency than current regulations.
• Sustainable Manufacturing: The shift to low-carbon materials, supply chain sustainability, and the recycling of manufacturing scrap to reduce environmental impact.
• End-of-Life & Circular Economy: Strategies to extend motor life through maintenance, repair, and innovative business models for recycling and reusing materials at the end-of-life phase.

Embrace Diversity and mingle with fellow attendees and enjoy valuable connections you make at Women in Engineering at CWIEME.

* Refreshments provided

This session will address policies and practices that organisations can implement to close the gender gap in engineering, including recruitment, retention, and career development initiatives specifically designed for women

• Create inclusive recruitment and hiring practices
• The role of organisational culture fostering gender equity
• Address unconscious bias and gender stereotypes in the workplace

This session will explore the diverse career paths available to engineering graduates in the CWIEME industries. It will provide insights into different roles within the industry, from research and development to operations, project management, and sustainability-driven positions. Industry experts will share their experiences, and students will learn how to identify their ideal career trajectories.

• Overview of electrical engineering career paths (R&D, project management, manufacturing, sustainability)
• Emerging roles in renewable energy, electric vehicles, and smart manufacturing
• How to align your skills and passions with industry needs
• Market trends and demand for engineers in electrical systems

Mentorship plays a crucial role in the professional development of young engineers. This session will focus on how to find and build relationships with mentors, and how mentoring can accelerate career growth in the engineering field. Students will learn how to engage in a mentoring relationship, how to approach industry professionals, and how to navigate career challenges with guidance from experienced mentors.

• The importance of mentorship in early career development
• How to find and approach mentors in the engineering sector
• Building meaningful professional relationships and leveraging mentorship opportunities
• Benefits of being a mentor and a mentee in the engineering community

This session will explore the challenges and opportunities women face in leadership roles within the engineering industry. It will highlight successful women engineers who have navigated career obstacles and discuss the strategies they used to rise to leadership positions

• Overcoming gender-based barriers to leadership in engineering
• Building and leveraging mentorship and sponsorship
• Best practices for creating inclusive leadership pipelines
• Cultivating confidence and resilience in male-dominated sectors

This session will focus on the skills and experiences that are most valuable to employers in the electrical engineering field. It will provide actionable advice on how to develop both technical and soft skills that are in high demand, and how to make the most of university projects, internships, and extracurricular activities to enhance employability.

• Key technical skills employers look for (e.g., CAD, simulation tools, coding, power electronics)
• Soft skills that differentiate graduates(e.g., communication, leadership, problem-solving)
• Leveraging internships, research, and projects to build a professional portfolio
• How to showcase your academic work and technical projects to potential employers

This forward-looking session will address the rapidly changing landscape of engineering, emphasizing the need for continuous learning and adaptation. Attendees will explore how the industry is evolving, the rise of new technologies such as AI, IoT, and robotics, and how to stay up to date with cutting-edge trends. The session will also discuss professional development strategies and the importance of lifelong learning for engineers.

• The impact of emerging technologies on the CWIEME industries
• How to stay current with industry trends and new technologies
• The role of continuous education and certifications in professional growth
• Building a mindset of adaptability and resilience in a rapidly changing field

We will host a session to provide students with the opportunity to engage in a dialogue with industry experts from different fields.

*Refreshments will be provided

Advisory Board members and CWIEME industries professionals will host a guided tour around the exhibition for the students, providing insights along the way and stopping at 4-5 key exhibitors who will be ready to discuss opportunities.