Environmental Competence Development Program: Generating an ECO-Future

Environmental education in higher education institutions often diverges from the practical challenges of industrial facilities. Graduates study field research, water, and soil sampling, whereas at operating plants these procedures are typically outsourced. Instead of laboratory work, a junior environmental specialist is expected to draft technical specifications according to corporate procurement standards, conduct internal audits across dozens of operating units, track regulatory updates, and convince line managers of the significance of indirect environmental risks.

To bridge this gap and foster a conscious safety mindset before a specialist joins the workforce, industrial enterprises are establishing a continuous education and talent development pipeline: from kindergarten and school to university and the workplace. In this presentation, nuclear industry experts—Eduard Volkov (ONITs Prognoz), Olga Romanova (Novovoronezh NPP), and Evgeny Parygin (SNIIP, Rosatom)—examine how combining corporate volunteering, university partnerships, and active learning methods helps build environmental competencies and a robust safety culture.

Practice-Oriented Training and Corporate Social Responsibility

Building a talent pool in the nuclear power sector demands long-term planning, particularly given the large-scale construction of new power units. Drawing on the example of Novovoronezh NPP, Olga Romanova demonstrates how a secure nuclear facility integrates sustainable development principles into its external environment by collaborating with educational institutions, regulatory bodies, and public associations.

• Working with university students and bridging the practical gap. Because academic curricula often lack practical depth in environmental management systems and permitting documentation, plant professionals conduct hands-on training sessions for students. Future environmental specialists use real-world cases to master environmental aspect identification, risk assessment, and mitigation planning methodologies.
• Engineering and environmental competitions for school students. Organizing two-stage regional competitions in partnership with relevant authorities and universities encourages young people to explore industry-specific challenges in depth—ranging from comparative analyses of reactor types to the recycling and disposal of wind turbine components. The best research papers are published in printed compendiums and distributed to school libraries to share knowledge broadly.
• Open verification of environmental data. Publishing annual environmental safety reports with granular details on emissions, discharges, and waste management is reinforced by off-site engagement formats. Kayak tours and river expeditions along the Don River involving journalists, experts, and public advocates provide visible proof of the station's zero adverse impact on the water body, while data from the reports themselves serve as a foundation for university term papers and graduation theses.
• Engaging families, children, and industry veterans. Corporate volunteering engages multiple age groups through hands-on initiatives: growing seedlings as part of the "Kremlin Christmas Tree Offshoots" campaign, restocking the power unit cooling pond with fish for biological control of zebra mussels alongside ichthyofaunal research, and staging environmental puppet theater performances in kindergartens performed by nuclear power plant retirees. In addition, cross-industry knowledge sharing is cultivated—such as organizing municipal tire recycling drives to convert discarded automotive tires into safe playground surfacing.

Active Learning Methods in Advancing an Environmental Safety Culture

Environmental safety relies on four pillars: equipment technological capability, management systems, personnel qualifications, and safety culture. As Evgeny Parygin points out, regulations and management systems alone are merely a set of formal requirements. For individuals within this system to act mindfully and avoid burnout, it is essential to cultivate a safety mindset and safe behaviors through active learning methods, which ensure significantly higher material retention compared to traditional lectures.

• Tools for schoolchildren. Instead of passive listening, interactive formats that emphasize visual clarity and teamwork are utilized: environmental quests focused on hazard spotting in training areas, analysis of everyday dilemmas, role-playing games, and mini-projects auditing classroom waste. Producing their own short educational videos has also proven to be an effective tool for students.
• Simulating professional tasks for university students. Learning centers on case studies, project work for university campuses, and business simulations featuring the roles of the client, designer, and environmental engineer. Special emphasis is placed on predictive risk analysis and root cause analysis of non-conformances (using the "5 Whys" and 8D methodologies)—shifting the focus from assigning blame to uncovering the systemic conditions that made the error possible.
• Professional development and leadership training for employees. For existing personnel, training is directly tied to specific operational units. Practical sessions analyze actual incidents and near-misses, conduct scenario-based drills on spill response and hazardous waste mislabeling, and perform hands-on workplace walk-throughs. A distinct objective for managers is cultivating environmental leadership skills: responding appropriately to risk reports, supporting stop-work authority for unsafe operations, and driving corrective actions through to completion.

What you will learn from this presentation

• What challenges do graduates of specialized universities face when entering an industrial enterprise, and what skills do they actually need in real-world environmental practice?
• How can an organization establish a continuous environmental education pipeline—spanning kindergarten, school, university, and enterprise—by engaging corporate volunteers and industry veterans?
• What presentation formats for environmental reports and community engagement initiatives help build public trust in an industrial facility?
• How do active learning methods differ from traditional awareness-raising, and how can they be tailored to diverse target audiences—from schoolchildren to front-line supervisors?
• What practical metrics can assess the effectiveness of on-site environmental training, and how do hazard reporting trends shift as the safety culture matures?