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Join Us for Flexible Studying Pattern
Join Us for Flexible Studying Pattern
Key Program Highlights:
Key Program Highlights:
Lean Six Sigma White Belt Certification
The Council for Six Sigma Certification
Location: Amsterdam & Berlin / Online
$800
Study Mode: Face-to-face
What you'll learn
Explain what Quality is
Describe the term Six Sigma and Lean
List the different Six Sigma Roles
Discuss the DMAIC Model
Demonstrate Data Analysis using the Seven Basic Tools of Quality
Illustrate the use of tools such as Fishbone Diagram, SIPOC, & Check Sheet
Infer results using tools such as Histogram, Pareto Charts, 5 Why Analysis, & Run Charts
Lean Six Sigma Yellow Belt Certification
The Council for Six Sigma Certification
Location: Amsterdam & Berlin / Online
$950
Study Mode: Face-to-face
What you'll learn
Become a Lean Six Sigma Yellow Belt Certified Professional in 6.5 hours
Master 40+ Lean and Six Sigma Yellow Belt Tools & Techniques
Earn the reputation of being a data-driven problem solver for your business
Master the art of creating Lean Six Sigma Yellow Belt Project Storyboard
Practically apply Graphical techniques using Minitab Statistical Software
Begin usage of root-cause analysis techniques such as Brainstorming, Fishbone Diagram, 5 Whys, etc
Answer tough interview questions like a PRO
Lean Six Sigma Green Belt Certification
The Council for Six Sigma Certification
Location: Amsterdam & Berlin / Online
$1,100
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn Lean Six Sigma Green Belt fast and efficient.
Learn how to apply Lean Six Sigma in multiple sectors.
Master Lean and Six Sigma Green Belt Tools & Techniques
Learn from top-ranked university lecturers how to run a Lean Six Sigma project like a pro with special attention to practical use of the Lean Six Sigma tools.
Going to take you through the entire DMAIC sequence of Six Sigma
From qualitative ones to quantitative Lean Six Sigma tools
No need for a specific (mathematical) background in terms of previous education.
Lean Six Sigma Black Belt Certification
The Council for Six Sigma Certification
Location: Amsterdam & Berlin / Online
$1,100
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn efficiently. Experienced university lecturers will use teaching methods (plain and easy) that are understood quickly and easily. Saves you a lot of time.
Learn tools like FMEA (failure mode & effect analysis), Theory of Constraints, Kano Analysis, Design of Experiments, QFD (quality function deployment) + more.
Use these lessons as input for external certifications such as ASQ or IASSC, or take our own accredited CLSSBB certification route.
Apply Lean Six Sigma tools like Multiple Regression, NPV analysis, and Confidence Intervals in MS Excel. No previous experience required.
Project Management Professional (PMP)® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$2,500
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
35 Hours of project management education/training
PMBOK Guide latest Edition, PMBOK Guide latest Edition, Agile Practice Guide
Students will learn to pass the PMP Certification Exam on the first try.
All 49 PMBOK processes will be covered in depth
All EVM, communication, and estimating formulas
Exam tips and tricks
Introduction to agile project management
400+ Exam Like Questions
Certified Internal Auditor ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$3,000
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
What you need to be proficient at for the Certified Internal Auditor (CIA) exam.
The essentials of internal auditing.
Exam preparation strategy and tips and tricks for the exam.
Understand the role that internal audit functions play in an organization.
Know the key principles and standards of the internal auditing.
Know how to apply key concepts such as independence and objectivity.
Learn how to keep in good standing by knowing how to follow the code of ethics and how to show due professional care and proficiency.
Know whether your reporting lines are appropriate and how to improve your department through quality assurance.
Learn about the essential areas of governance, risk management and internal controls where auditors put much of their work effort.
Learn how to react if you suspect fraud within your organization.
ISO 14001:2015 Certified Environmental Management System ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$3,000
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand environmental management concepts
Master the requirements of ISO 14001:2015
Acquire the knowledge to confidently go for certification as environmental practitioner or auditor
Help an organization enhance its environmental performance
Identify the environmental aspects and impacts associated with activities, products and services
ISO 45001 Occupation Health and Safety Management System ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$1,100
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand occupational health & safety concepts
Master the requirements of ISO 45001:2018
Develop a good understanding of how to implement an OH&S management system
Help an organization improve its OH&S performance
Learn to manage OH&S hazards, risks and opportunities
ISO 31000 Certified Risk Management System ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$3,000
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Master risk management tools like Failure Mode and Effect Analysis FMEA and Risk Matrix.
Understand the importance of risk interactions, master risk measurement and engage in risk treatment.
Become acquainted with ISO 31000 in a practical, understandable and efficient way and learn set of standards for Enterprise Risk Management (ERM).
Function as a risk management professional and add this highly demanded skill to your resume with our accredited training.
Writing Better English Course for Engineers / Managers ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Improve your email writing skills in simple steps
Learn proper email etiquette and business writing techniques that get you results
Avoid common errors in email messages that confuse people
Top best selling course about email communication in teams
Improve communication within teams
Save time in writing and responding to emails
Write clear email messages that explain exactly what you want
Get higher response rates from teammates
Professional Communication and Social Skill ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
The Communication and Social Skills range is designed to help staff become more confident and effective in their communications, when speaking, listening, writing and presenting data.
Communication is the foundation of all human relationship, it facilitates the spread of knowledge and forms relationships between people. For this reason organisations are entirely reliant on it. This is not surprising when it is defined as the exchange of ideas, messages, or information by speech, signals, or writingThis Communication and Social Skills course is designed to help you become more confident and effective when speaking, listening or writing.
Professional Leadership Skill ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$650
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Become a Master in Leadership
Be a better boss, and run a highly effective team
Delegate effectively to empower their team
Have a healthy work life balance, with a happy environment
Understand academic theories surrounding leadership styles and techniques
Build a vast array of practical tools to be a fantastic leader
Know the difference between delegating styles and which one is appropriate for each situation
Feel confident enough to involve employees in decision making and planning
Spend more time developing plans and ideas for the future
Professional English Speaking Course ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn to speak intermediate English with perfect grammar!
Use natural native speaker English pronunciation
Use advanced conditionals including past modals to speak English fluently
Practise and learn English speaking throughout the course
Improve your listening ! Learn all the native speaker pronunciation
Improve your listening ! Learn all native English speaking pronunciation
Latest SHL Aptitude Test ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$100
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Past Paper
Real SHL Aptitude Test Question and Answer
Nuclear Physics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
How physicists discovered that an atom has a nucleus, Rutherford scattering arrangement.
What is the source of Solar energy?
How long will the Sun radiate heat and light for us?
How the nuclear energy can cause a bang?
How can the atom bomb energy used for constructive purposes like nuclear power station, medical treatment etc
Why can't we assemble nucleus in the laboratory?
Know about the nuclear force, nuclear model, nuclear reactions.
Radio activity - alpha, beta and gamma decay mechanisms.
Fundamentals of Nuclear Instrumentation with applications.
Use of animation for effective learning experience.
Gas Turbine and its Auxiliaries in Power Plant / Power Utility ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
How gas turbine works
Identify gas turbine components and their function
Electric power generation plants and their auxiliary systems
Analyze Bryton cycle and apply it on gas turbine
How electric generators work, how generators are injected with excitation current and how they produce three-phase AC electric power
How fuels, gas and oil, are prepared, processed and regulated before combustion
How combustion and ignition occur inside the combustion chamber, and how exhaust gases rotate turbine shaft
How fuel pipelines and combustion chamber are purged and cleaned by Nitrogen and NOx water
Understand all oil systems found in power plants that use gas turbines, including cooling and lubrication oil, jacking oil, control oil and rotor barring oil
How combustion air is processes, regulated, compressed and prepared for combustion
How inlet guide vanes IGV work
How blow-off valves prevent compressor surge
How pulse filter cleaning system work
Understand how transformers work and identify transformer types and their function and when to use each one.
Centrifugal Pumps: Principles, Operation and Design ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand centrifugal pumps working principles for successful operation of your plant and piping systems
Understand centrifugal pumps construction details (impeller, volute, shaft, bearings, packing, mechanical seals, etc)
Lear how to read and interpret your pump curves
Learn how to determine and interpret your piping system curve
Optimize the operation efficiency of your pumping systems
Analyze the problems in operation related to packing, mechanical seals, bearings and flow control
Apply the best practices and guidelines for maintenance, problem solving and troubleshooting
Aerospace Engineering - Rocket Science and Engineering ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Discover Rockets and Their Components
Derive and Understand The Rocket Thrust Equation
Full Understanding of Specific Impulse
Derive and Understand Tsiolkovsky’s Rocket Equation
Discover The Aerodynamic Forces on a Rocket
Thorough Thermodynamic Analysis
Understand The Meaning of An Ideal Rocket
Derive, Develop and Understand Complex Rocket Design Equations in A Simple Manner
Design a Rocket Engine For a Specific Orbit/Altitude
Derive and Understand Performance Key Parameters
Full Understanding Of How Liquid-Propellant Rocket Engines Work And Their Components
Discover The Different Engine Cooling Techniques
Heat Transfer Analysis
Full Understanding Of How Solid-Propellant Rocket Engines Work And Their Components
Discover The Different Electric Propulsion Systems, The Difference Between Them And How They Work
Building Positive Relationship ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn how to turn any relationship into a positive experience
Learn how to effectively deal with conflicts
Learn how to communicate with authenticity & power in any situation
Learn the 2 fundamental principles for building empowered & respectful relationships at work & at home
Building Collaborative and Engaged Teams ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn how to create a culture of accountability & responsibility in your team
Learn the 5 steps to create collaboration & engagement in your team
Understand the fundamental principles for building empowered & respectful relationships at work & at home
Learn the 4 steps that will make any relationship work
Principles of Nuclear Engineering ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Discover how physicists uncovered the structure of the atom
Understand the true source of the Sun’s immense energy
Gain insights into nuclear forces, nuclear models, and different types of nuclear reactions
Learn the principles of radioactivity, including alpha, beta, and gamma decay processes
Get introduced to the fundamentals of nuclear instrumentation and its practical applications
Experience an engaging and immersive learning journey with the help of animations and visualizations
Nuclear Structure and Radiation Interactions ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Explore real-world applications, including medical imaging, radiation therapy, nuclear power, and industrial uses
Understand the role of radiation in research and development
Discover principles of radiation protection, including shielding, time-distance rules, and dosimetry
Learn about international safety standards and regulatory framework
Introduction of Neutron Physics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Study natural and artificial neutron sources, such as reactors, accelerators, and spallation sources
Learn about neutron generation through nuclear reactions like fission and fusion
Explore neutron transport theory, including diffusion equations and neutron flux distribution
Study applications in reactor physics and shielding design
Understand the principles of neutron radiation protection, including shielding materials and dose limits
Study the biological effects of neutron radiation and strategies for minimizing exposure
Process Safety Management: Standard-Based Approach for Nuclear ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the foundational concepts of process safety and its importance in nuclear facilities
Learn about the key elements of a standard-based approach to process safety
Explore international and national standards for process safety management in the nuclear industry (e.g., OSHA, IAEA, and ISO)
Gain insights into compliance requirements and regulatory guidelines for nuclear installations
Learn methodologies for identifying potential hazards in nuclear processes, such as Hazard and Operability Studies (HAZOP) and Fault Tree Analysis (FTA)
Understand how to perform risk assessments and prioritize safety measures
Understand the importance of fostering a safety-first culture within nuclear organizations
Learn leadership techniques and communication strategies to promote safety at all organizational levels
Engineering Principles of Nuclear Reactors ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the basic principles of nuclear fission and how it powers reactors
Learn about the key components of nuclear reactors, including the core, fuel, coolant, and control systems
Explore various reactor types, such as Pressurized Water Reactors (PWR), Boiling Water Reactors (BWR), and fast breeder reactors
Study advanced reactor designs, including Small Modular Reactors (SMRs) and Generation IV systems
Study heat generation in the reactor core and heat transfer mechanisms
Analyze coolant flow, temperature distribution, and the principles of thermal efficiency in nuclear power plants
Learn about the materials used in reactor construction, including cladding, coolant, and structural components
Study nuclear fuel types, enrichment processes, and fuel cycle management
Discover the diverse applications of nuclear reactors, including power generation, research, isotope production, and naval propulsion
Study real-world examples of nuclear reactor projects and their impact
Nuclear Power Plant Dynamic and Control ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the dynamic behavior of nuclear power plants during normal and transient operating conditions
Learn the key factors influencing the stability and performance of nuclear reactors
Study the principles of reactor kinetics, including prompt and delayed neutron effects
Explore time-dependent neutron population changes and their impact on reactor control
Understand the causes of instabilities in nuclear power plants, including power oscillations and thermal-hydraulic instabilities
Learn methods to predict, prevent, and mitigate instabilities
Develop mathematical models to simulate reactor dynamics and plant behavior
Use tools and techniques for system analysis, including transfer functions and state-space models
Study the role of operators and automation in nuclear power plant control
Understand how human factors influence dynamic responses and safety in reactor operations
Nuclear Facility Materials, Design, and Construction ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the fundamental principles of designing and constructing nuclear facilities
Learn about the unique challenges and requirements of nuclear infrastructure compared to conventional facilities
Explore the properties and selection criteria for materials used in nuclear facilities, including fuel cladding, reactor pressure vessels, and piping systems
Study the behavior of materials under radiation, high temperatures, and corrosive environments
Analyze the effects of thermal expansion, radiation-induced creep, and mechanical stress on reactor components
Study methods for ensuring structural integrity under extreme operating conditions
Study the effects of corrosion, erosion, and material degradation in nuclear environments
Learn strategies for material protection, maintenance, and life extension
Explore international codes and standards for the design and construction of nuclear facilities (e.g., ASME, NRC, IAEA)
Learn about compliance with safety, environmental, and operational regulations
Radiation Protection Training Course for Occupationally Exposed Workers ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the basics of ionizing radiation, including alpha, beta, gamma, neutron, and x-ray radiation
Learn about radiation sources and their applications in various industries
Explore how radiation interacts with biological tissues and the potential short-term and long-term health effects
Understand dose-response relationships and radiation sensitivity of different organs
Learn about radiation units, such as Becquerel (Bq), Gray (Gy), Sievert (Sv), and their significance
Understand the principles of radiation detection and measurement using instruments like dosimeters and survey meters
Study international occupational exposure limits for radiation workers
Learn how to apply the ALARA (As Low As Reasonably Achievable) principle to minimize radiation exposure
Understand the principles of shielding design and material selection to reduce radiation exposure
Learn about personal protective equipment (PPE) and its proper use in radiation work environments
Introduction to Nuclear Engineering and Ionizing Radiation ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the core principles of nuclear engineering and its role in energy production, medicine, and industry
Learn about the structure of the atom, nuclear forces, and the basics of nuclear reactions
Explore the types of ionizing radiation, including alpha, beta, gamma, neutron, and x-rays
Understand the sources of ionizing radiation, both natural and artificial
Study the mechanisms of nuclear fission and fusion reactions
Learn the differences between fission-based reactors and the potential of fusion energy
Examine how ionizing radiation interacts with matter, including absorption, scattering, and ionization
Understand the mechanisms of energy transfer and its applications in nuclear engineering
Learn about the instruments and techniques used to detect and measure ionizing radiation, such as Geiger-Müller counters and scintillation detectors
Understand concepts like radiation intensity, dose, and exposure
Gain an introduction to the components, operation, and types of nuclear reactors
Study the role of the reactor core, control rods, moderators, and cooling systems
Discover advancements in nuclear technology, such as small modular reactors (SMRs) and Generation IV reactor designs
Learn about ongoing research in nuclear fusion, radiation applications, and waste reduction strategies
Develop skills in solving basic nuclear engineering problems and interpreting data from radiation experiments
Apply theoretical concepts to real-world scenarios through case studies and practical exercises
Distribution Power Engineering Fundamental ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the role of power distribution in the overall electrical power system
Learn about the structure of distribution networks, from nuclear power plant to end-users
Study how electrical power is transmitted and distributed through various components of the system
Understand the concepts of voltage levels, current flow, and power losses in distribution networks
Understand the principles of load analysis and how electricity demand is forecasted
Study load curves, diversity factors, and methods to optimize power delivery
Study the causes and effects of short circuits and faults in distribution systems
Learn how to identify, analyze, and mitigate faults to ensure system reliability
Learn about the role of digital twins, AI, and IoT in shaping the future of distribution engineering
Nuclear Power Plants - STEM Essential ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the role of nuclear power in the global energy mix
Learn the basic structure, purpose, and operation of nuclear power plants
Learn about the main components of a nuclear reactor, including the reactor core, control rods, coolant systems, and steam generators
Understand the function of each component in the energy production process
Understand how nuclear heat is converted into electricity through thermodynamic cycles
Learn the basics of heat transfer, steam turbines, and generator systems
Learn about the environmental benefits of nuclear energy, such as low greenhouse gas emissions
Study the challenges of nuclear waste management and strategies for safe disposal
Nuclear Thermal Hydraulics I & II ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the fundamentals of heat transfer and fluid flow in nuclear reactor systems
Analyze single-phase and two-phase flow regimes and their applications in reactor cooling
Explore thermal-hydraulic behavior in transient and steady-state conditions
Examine the design and operation of reactor cooling systems (PWR, BWR, and advanced reactors)
Learn about critical components such as pumps, heat exchangers, and steam generators
Study the impact of thermal hydraulics on reactor safety, efficiency, and performance
Use thermal-hydraulic codes (e.g., RELAP5, TRACE, or equivalent) for system modeling and transient analysis
Interpret simulation results and perform sensitivity studies to evaluate system behavior
Understand the role of thermal hydraulics in Loss-of-Coolant Accidents (LOCAs), reactivity transients, and other safety scenarios
Radiation Effects and Reactor Materials ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the types of radiation in nuclear reactors (neutrons, gamma rays, ions) and their interactions with solids
Explore atomic displacement, ionization, and defect formation mechanisms
Analyze radiation damage quantification through DPA (displacements per atom) and related metrics
Thermal Hydraulics for Nuclear Reactor Safety I & II ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand fundamental heat transfer and fluid flow mechanisms in nuclear reactors
Analyze single-phase and two-phase flow dynamics within reactor systems under various operational conditions
Learn about boiling, condensation, flow regimes, and pressure drop in safety-relevant systems
Examine the role of thermal hydraulics in ensuring core cooling and maintaining reactor integrity
Study the impact of thermal-hydraulic behavior during design basis accidents (DBAs) and beyond design basis accidents (BDBAs)
Understand safety criteria such as Critical Heat Flux (CHF), Departure from Nucleate Boiling (DNB), and fuel temperature limits
Learn how thermal-hydraulic analyses support regulatory compliance and licensing
Understand the Safety Analysis Report (SAR) and the role of thermal-hydraulic modeling in deterministic and probabilistic safety assessments
Study international safety standards (e.g., IAEA, NRC) and their thermal-hydraulic requirements
Delve into natural circulation cooling, decay heat removal, and flow instabilities
Explore thermal-hydraulic considerations in advanced and small modular reactors (SMRs)
Evaluate severe accident progression, in-vessel retention strategies, and containment response
Engineering of Nuclear Power Systems ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the basic components and layout of nuclear power plants
Learn how reactor core design, coolant systems, and power conversion systems work together
Explore the thermodynamic cycles used in nuclear energy production (e.g., Rankine cycle)
Examine the design and function of pumps, valves, heat exchangers, turbines, and generators
Understand the role of Instrumentation & Control (I&C) systems in reactor monitoring and automation
Explore electrical power distribution within and beyond the plant
Learn how safety is engineered into nuclear systems through redundancy, defense-in-depth, and passive safety features
Study engineered safety systems such as containment, ECCS, and isolation systems
Understand the regulatory requirements and quality assurance standards in nuclear plant design and operation
Introductions to Materials for Nuclear Applications ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the basic structure and properties of metals, ceramics, and composite materials
Learn about crystallography, defects, diffusion, and phase diagrams
Study mechanical, thermal, and chemical properties relevant to nuclear applications
Study behavior in light water reactors (LWRs), fast reactors, and advanced reactor designs
Reactor Theory and Kinetics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the life cycle of a neutron in a nuclear reactor
Study neutron interactions with matter including scattering, absorption, and fission
Learn about neutron cross-sections and energy spectra
Explore the Boltzmann transport equation and its simplifications
Apply diffusion theory to model neutron flux distribution in reactor cores
Analyze boundary conditions and spatial flux solutions in 1D and multi-dimensional geometries
Study point kinetics equations for modeling time-dependent neutron populations
Analyze prompt and delayed neutron effects and their role in reactor control
Understand reactor response to reactivity insertions and perturbation
Learn how control rods, moderator temperature, and fuel temperature affect reactivity
Study feedback mechanisms (e.g., Doppler broadening, moderator density feedback)
Understand the importance of negative reactivity coefficients for reactor stability
Nuclear Engineering Experiment and Simulation ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$550
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn the principles of experimental design, data acquisition, and uncertainty analysis
Operate and calibrate instruments such as Geiger counters, scintillation detectors, and thermocouples
Develop computational models using engineering software and programming tools
Apply numerical methods to solve differential equations and perform parameter sensitivity analyses
Compare experimental results with simulation outputs to validate models
Understand model limitations, assumptions, and sources of error
Perform uncertainty quantification and use experimental data to improve simulation accuracy
Gain exposure to industry and research-standard software - MATLAB, Python
Apply experimental and simulation skills to solve real-world nuclear engineering problems
Explore case studies involving reactor operation, radiation shielding, radiation safety, and system design
Nuclear Nonproliferation and Arms Control ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the historical development of nuclear weapons and global arms control efforts
Learn about the motivations behind nuclear proliferation and the challenges of deterrence and disarmament
Examine key events and treaties that shaped the global nonproliferation regime
Learn the basics of nuclear weapons design and the distinction between civilian and military nuclear technologies
Explore the nuclear fuel cycle and identify proliferation-sensitive technologies (e.g., enrichment, reprocessing)
Understand the concept of "latent proliferation" and dual-use technologies
Learn how IAEA safeguards are implemented, including inspections and material accountancy
Examine the intersection of national security, international diplomacy, and nuclear policy
Analyze the roles of nuclear-armed states, non-nuclear-weapon states, and emerging nuclear programs
Discuss regional proliferation concerns (e.g., North Korea, Iran, South Asia) and multilateral negotiation strategies
Inertial Confinement Fusion ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the basic requirements for nuclear fusion and the Lawson criterion
Learn about plasma properties, confinement regimes, and energy transport mechanisms
Explore how inertial confinement differs from magnetic confinement fusion
Study the ICF process from target compression to ignition and burn
Learn about implosion dynamics, ablation, symmetry, and instability control
Understand laser-plasma interactions and their role in energy coupling and preheat
Explore the challenges and milestones on the path to ignition and energy gain
Requirements for Computer Software used in Nuclear Facilities ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand how software supports safety, control, monitoring, protection, and data management in nuclear systems
Explore software applications across reactor instrumentation and control (I&C), simulation, diagnostics, and security systems
Identify the distinction between safety-related, safety-critical, and non-safety software
Study the cybersecurity requirements for digital systems in nuclear facilities
Understand how software design incorporates defense-in-depth, access controls, and anomaly detection
Learn about threat modeling and mitigation strategies for software vulnerabilities
In-service Inspection of Nuclear Power Plant Components ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the role of ISI in ensuring the structural integrity and functional performance of critical components
Learn which systems, structures, and components (SSCs) are subject to ISI and why
Explore how ISI supports plant life extension, preventive maintenance, and regulatory compliance.
Learn how to prepare, plan, and execute an in-service inspection campaign
Understand the importance of access, shielding, and component geometry in inspection feasibility
Study how inspections are documented, reviewed, and used to inform maintenance decisions
Plasma and Controlled Fusion ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn the conditions required for nuclear fusion, including temperature, density, and confinement time (Lawson criterion)
Compare fusion reactions (D-T, D-D, D-He³) and their energy output
Understand challenges in achieving ignition and energy gain
Learn how short, intense pulses of energy (typically lasers) compress and heat fusion fuel pellets
Study implosion dynamics, symmetry, compression, and ignition
Compare direct-drive and indirect-drive ICF approaches
Discuss fusion’s role in the future energy landscape
Examine major international fusion projects like ITER, NIF, and SPARC
Understand the technical, economic, and political challenges to commercial fusion energy
Nuclear Control Principles ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Review the key concepts of neutron life cycle and multiplication
Understand point kinetics equations and how they describe reactor power changes over time
Learn about reactivity, prompt and delayed neutrons, and control mechanisms
Learn how control systems are implemented in hardware and software
Study signal processing, actuator dynamics, and sensor feedback loops
Understand redundancy, diversity, and fail-safe design in safety-critical systems
Understand how control systems contribute to reactor safety, shutdown, and accident mitigation
Study the role of reactor protection systems (RPS) and automatic safety functions
Learn about regulatory requirements for digital and analog control systems in nuclear facilities
Use simulation tools to model reactor behavior under various operating conditions
Analyze case studies involving load-following, startup, shutdown, and abnormal transients
Apply control principles to real-world scenarios in nuclear plant operation and design
A Boot Camp to Nuclear Physics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the basic structure of the atom and the composition of the nucleus
Study how nuclear reactions occur and how energy is exchanged
Understand reaction notation, Q-values, and reaction thresholds
Learn about nuclear reaction cross-sections and their dependence on energy
Study how radiation interacts with materials through ionization and excitation
Learn about linear energy transfer (LET), stopping power, and attenuation
Understand the principles behind radiation shielding and detection
Discuss how nuclear physics underpins modern nuclear technologies
Explore its role in astrophysics, national security, and scientific discovery
Understand the ethical and societal implications of nuclear science
Nuclear Reactor Safety Level I and II ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the defense-in-depth philosophy and its application in nuclear safety
Learn about the safety functions: reactivity control, heat removal, and containment of radioactive materials
Classify events into anticipated operational occurrences (AOOs), design basis accidents (DBAs), and beyond design basis accidents (BDBAs)
Study causes and examples of transients and system failures
Learn about national and international regulatory bodies (NRC, IAEA, etc.)
Understand the role of safety analysis reports (SARs), deterministic safety analysis, and licensing processes
Recognize the importance of operator training, procedures, and safety culture in preventing incidents
Discuss historical nuclear accidents and lessons learned
Smart Grid Fundamental ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the evolution from traditional power grids to smart grids
Understand the role of Advanced Metering Infrastructure (AMI), sensors, automation, and data analytics
Learn about cybersecurity threats and defenses in digital power systems
Understand how Smart Grids enhance resilience against natural disasters and grid disturbances
Explore self-healing grid capabilities and distributed control
Explore global Smart Grid initiatives and regulatory frameworks
Understand standards and policies driving Smart Grid deployment
Discuss emerging trends such as microgrids, virtual power plants (VPPs), and transactive energy
Nuclear Materials Level I and II ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Definition and role of materials in nuclear systems
Overview of nuclear reactors and fuel cycles
Key differences between nuclear and conventional materials
Fissile and fertile materials (e.g., U-235, Pu-239, Th-232)
Structural materials (e.g., zirconium alloys, stainless steels)
Moderator materials (e.g., water, heavy water, graphite)
Coolants and shielding materials
Mechanical properties (strength, ductility, toughness)
Thermal properties (conductivity, expansion)
Microstructural changes due to irradiation
Material selection for safety-critical applications
Basic understanding of nuclear codes and standards
Introduction to regulatory requirements
Nuclear Reactor Physics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the properties and interactions of neutrons in nuclear systems
Learn the neutron transport equation and its significance in reactor analysis
Study diffusion theory as an approximation for neutron behavior in bulk materials
Understand boundary conditions, sources, and flux distribution
Radiation Biophysics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the nature and types of ionizing radiation: Alpha, beta, gamma, neutron, and X-rays
Learn about radioactive decay, radiation sources, and energy deposition
Review key physical quantities: dose, LET (Linear Energy Transfer), and fluence
Learn about radiation risk models (e.g., linear no-threshold)
Review radiation protection principles: time, distance, shielding, and ALARA
Engineering Principles of Nuclear Reactors ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Review the basic nuclear processes that power reactors
Learn how heat is generated from fission and removed through engineered systems
Apply principles of heat transfer (conduction, convection, radiation) and thermodynamics
Understand the design of fuel rods, cladding, and coolant flow paths
Study primary and secondary coolant loops
Analyze the performance of pumps, heat exchangers, and steam generators
Understand pressure control and the role of pressurizers in PWRs
Examine the materials used in reactor components and their behavior under radiation
Understand corrosion, embrittlement, and thermal stress in reactor materials
Learn about design criteria for structural integrity and lifetime performance
Analyze core thermal limits, power distribution, and efficiency
Learn about fuel burnup, refueling cycles, and plant availability
Understand load-following capabilities and grid integration challenges
Nuclear Piping Systems ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Identify the purpose and classification of piping systems in nuclear plants
Understand the role of piping in plant operation, cooling, and emergency response
Explore materials commonly used in nuclear piping (e.g., stainless steel, carbon steel, Inconel)
Learn how to design and place hangers, restraints, anchors, and supports
Understand pipe flexibility and load combinations
Health Safety and Environmental (HSE) Essentials Level I ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$250
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn how to recognize common workplace hazards
Get introduced to safe work procedures and permit-to-work systems
Learn the basics of fire prevention, detection, and emergency response
Understand the classes of fire and the correct use of fire extinguishers
Know what to do in case of an emergency: evacuation procedures and alarm systems
Discover the role of human factors and behavior in workplace safety
Learn how to promote a positive safety culture and report unsafe conditions
Understand the importance of communication and teamwork in managing safety
Severe Accident Training Course - Nuclear ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$550
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Differentiate between design-basis accidents (DBAs) and severe (beyond-design-basis) accidents
Learn about ex-vessel phenomena (e.g., molten core-concrete interaction)
Understand the behavior of radioactive materials during severe accidents
Learn how models are used to support decision-making and accident management strategies
Understand the structure of Emergency Operating Procedures (EOPs) and Severe Accident Management Guidelines (SAMGs)
Explore the role of the IAEA, WANO, and national regulators in severe accident preparedness
Understand current best practices, and the importance of defense-in-depth
Nuclear Power Plant Dynamics and Control ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Review point kinetics and the time-dependent behavior of neutron populations.
Explore coupling between the neutronics, thermal-hydraulics, and mechanical systems
Understand damping, gain, and feedback loops in reactor control
Understand the design and tuning of control loops (PID control, feedforward, and adaptive control)
Learn how to build and analyze dynamic models of nuclear power plants
Introduction to Nuclear Engineering and Ionizing Radiation ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$550
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the structure of atoms, isotopes, and nuclei
Explore what ionizing radiation is and how it differs from non-ionizing radiation
Study how radiation interacts with biological tissues, detectors, and shielding materials
Understand linear energy transfer (LET), stopping power, and attenuation
Explore the concepts of direct and indirect ionization
Understand how radiation is measured, counted, and analyzed
Understand exposure limits, biological effects, and safety standards
Nuclear Facility Materials, Design, and Construction ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn the functional layouts and critical components of nuclear facilities
Explore the key phases of facility development: design, licensing, construction, and commissioning
Learn about degradation mechanisms like embrittlement, swelling, and stress corrosion
Understand the role of quality assurance and inspection during construction
Learn about safety classification of systems, structures, and components (SSCs)
Principles of Nuclear Engineering Level I ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$550
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand atomic and nuclear structure
Identify types of ionizing radiation (alpha, beta, gamma, neutrons)
Learn how radiation interacts with materials and living tissue
Discover how nuclear reactors work:Fuel, moderator, coolant, control systems, and containment
Radiological Physics and Dosimetry ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Understand the nature and properties of ionizing radiation
Learn about radioactive decay processes and nuclear transformations
Review atomic and nuclear structure relevant to radiological physics
Learn how energy is deposited in tissue and detector materials
Explore concepts of kerma, LET (Linear Energy Transfer), and quality factors
Understand the relationship between radiation dose and biological response
Explore deterministic vs. stochastic effects
Learn about radiation risk models and tissue weighting factors
Nuclear Reactor Engineering Level II ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$550
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Apply multi-group diffusion theory and neutron transport concepts
Analyze spatial and temporal power distributions in the core
Understand reactivity feedback mechanisms: Doppler effect, Moderator and void coefficients
Model heat removal from fuel to coolant under various conditions
Evaluate core cooling under normal and off-normal conditions
Analyze time-dependent behavior of reactors during transients
Study prompt and delayed response to control rod movement and reactivity changes
Understand load-following capabilities and startup/shutdown sequence
Learn how fuel assemblies are designed, enriched, and arranged
Study core loading patterns, fuel burnup, and reshuffling strategies
Understand the impact of fuel management on reactivity and efficiency
Explore deterministic and probabilistic safety analysis (PSA)
Analyze design-basis accidents (DBAs) and beyond-design-basis events
Understand safety margins, safety limits, and design criteria (e.g., LOCA, RIA)
Learn about engineered safety systems and passive safety features
Use numerical methods to simulate reactor performance
Introduction to advanced reactor modeling codes (e.g., RELAP5, TRACE, PARCS)
Learn how simulations support licensing, design, and operational decisions
Understand the technical basis for reactor design approval and operation
Learn about the role of safety analysis reports (SARs), technical specifications, and regulatory frameworks
Explore the role of the NRC, IAEA, and national regulators in reactor oversight
Radiation Protection and Dosimetry ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$450
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Learn about radioactive decay, half-life, and radiation fields
Review atomic and nuclear properties relevant to radiation safety
Understand energy transfer, attenuation, and shielding concepts
Learn units and conversions: Gray (Gy), Sievert (Sv), Becquerel (Bq), and more
Understand concepts like LET (Linear Energy Transfer) and radiation weighting factors
Learn calibration, accuracy, and uncertainty in dosimetry
Study short- and long-term biological effects of radiation exposure
Understand dose-response relationships and risk models
Explore deterministic and stochastic effects on human health
Understand occupational, medical, and public exposure limits
Study national and international standards (e.g., ICRP, NCRP, IAEA, NRC)
Understand radiation protection programs and monitoring requirements
Learn about recordkeeping, compliance, and audit practices
ESG in Executive Leaders' Agenda: Reporting and Analytics ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Why ESG has been associated with greenwashing?
What is ESG and why it is important for businesses?
What is happening in the ESG markets?
What are the challenges in implementation of the ESG reporting and analytics and how leaders should address them?
Every Company’s Guide to Climate Action & Achieving Net Zero ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Role of the private sector in energy transition and decarbonisation
A company's definition of Net Zero
Climate actions which companies can implement to reduce GHG emissions
Role of financial services in decarbonisation of the economy
Heavy Industry Decarbonisation and Energy Transition ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$150
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Industry decarbonisation and challenges of energy transition
Overview of the most carbon-intensive industrial processes and products (including cement, hydrogen, steel and aluminium)
Industry decarbonisation (electrification, energy efficiency, low carbon fuels, carbon capture, innovation in technology and materials)
Examples of new low-carbon manufacturing approaches
Introduction to Big Data, Data Science and Artificial Intelligence ® Certification
Talented Engineers Academy
Location: Amsterdam & Berlin / Online
$350
Study Mode: Mixed [Face-to-face or Online]
What you'll learn
Examples of Big Data and Data Science in Practice (Healthcare, Logistics & Transportation, Manufacturing, and Real Estate & Property Management industries)
Big Data Definition and Data Sources. Why we need to be data and technology savvy.
Introduction to Data Science and Skillset required for working with Big Data
Technological Breakthroughs which Enable Big Data Solutions (Connectivity, Cloud, Open Source, Hadoop and NoSQL)
Big Data Technology Architecture and most popular technology tools used for each Architecture Layer
Beginner's Introduction to Data Analysis, Artificial Intelligence and Machine Learning
Simplified Overview of Machine Learning Algorithms and Neural Networks
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