Hartron Advance Skill Centre Chandigarh

Junior Data Analyst

S. No. NOS / Module Name Topics Theory (Hours) Lab (Hours) Learning Outcomes
1 Perform basic calculation using spreadsheet Introduction to data analytics and data science, Windows and Spreadsheet 15 15 • Understand the features of Spreadsheet
• Create & save worksheet/workbook
• Understand layouts, text formats, alignment
• Use basic functions, formulas, sorting
• Understand graphs in Excel
2 Manage structured data Database concepts 15 15 • Introduction to databases & advantages of DBMS
• Keys: candidate, primary, alternate, foreign
• Entity & referential integrity
• ER model & SQL basics
• Knowledge Discovery, Data Mining, Data Warehouse
• Data migration, cleaning & aggregation
3 Analyze data using spreadsheet tool Fundamentals of statistics, Pivot Table, What-if Analysis 30 60 • Data formatting & conditional formatting
• Charts & advanced charting
• Pivot Table & data validation
• Filtering & advanced filtering
• What-if analysis, probability, regression & descriptive statistics
4 Manage data in Open Source tool Linux basics, Ubuntu installation, Commands & Permissions 15 15 • Setup virtual machine & Ubuntu
• File system, mounting, searches
• Text editors, commands, piping & filtering
• Users, groups, permissions & security
5 Visualize data graphically Tableau 20 40 • Introduction to Tableau
• Connect to Excel, CSV & Databases
• Formatting, sorting & charts
6 Installation of Hadoop & Java Programming Hadoop framework & Core Java 15 15 • Install Hadoop & environment setup
• Java basics: OOPs, loops, methods, arrays
• Method overloading & overriding
• HDFS concepts & commands
• Hadoop cluster setup & architecture
7 Manage big data using Hadoop Big Data analytics with MapReduce & Hive 30 30 • Big Data concepts & business importance
• MapReduce implementation
• Hive concepts & case studies
8 Front end application development Java with Hive 20 40 • Advanced Java concepts
• Applets & Swings
• JDBC connectivity, ODBC bridge
• Database connectivity with Applets
9 Implementation of use cases Use cases in Data Analytics 20 40 • Practical implementation of data analytics use cases
10 Employability Skills Soft skills & communication 60 • Job readiness & professional development skills
11 OJT / Project On-the-job training 30 • Hands-on exposure to workplace environment
Total Duration 540
S. No. Module Name Topics Theory Hours Lab Hours Total Hours Learning Outcomes
1 Fundamentals of Network and Operating System
  • Basic networking concepts including IP addressing, routing, and protocols
  • Principles of operating systems – file management, system processes, user interfaces
  • Network devices – routers, switches, firewalls and their interactions
  • Network settings configuration and troubleshooting
  • Operating system management, updates and system security
30 60 90
  • Acquire knowledge of basic networking concepts, including IP addressing, routing, and network protocols.
  • Learn the principles of operating systems, such as file management, system processes, and user interfaces.
  • Understand how different network devices (routers, switches, firewalls) interact within a network.
  • Gain practical skills in configuring network settings and troubleshooting common networking issues.
  • Develop the ability to manage operating system settings, perform system updates, and ensure system security.
2 Fundamentals of Cyber Security
  • Cybersecurity concepts – threats, vulnerabilities, and protocols
  • Data protection – encryption, access control, secure storage
  • Role of security tools – firewalls, IDS/IPS, antivirus
  • User authentication and access control
  • Cyber threat identification and mitigation
50 100 150
  • Acquire knowledge of key cybersecurity concepts, including threats, vulnerabilities, and security protocols.
  • Learn the importance of data protection strategies, such as encryption, access controls, and secure storage.
  • Understand the role of firewalls, intrusion detection/prevention systems, and antivirus software in defending against cyber-attacks.
  • Gain practical skills in implementing security measures such as secure authentication, authorization, and user access controls.
  • Develop the ability to identify common cyber threats, including malware, phishing, and denial-of-service attacks.
3 Cryptography and Ethical Hacking
  • Cryptographic algorithms and applications
  • Symmetric and asymmetric encryption techniques
  • Ethical hacking methodologies and tools
  • Penetration testing and system vulnerability assessment
  • Public Key Infrastructure (PKI) and digital certificates
25 35 60
  • Develop a thorough understanding of cryptographic algorithms, their applications, and their role in securing communication.
  • Learn how to implement encryption and decryption techniques, including symmetric and asymmetric cryptography.
  • Understand ethical hacking methodologies and tools used to identify and exploit vulnerabilities in systems.
  • Gain practical experience in securing data and conducting penetration testing.
  • Demonstrate the ability to use cryptographic protocols and ethical hacking tools to strengthen system security.
4 Network and Infrastructure Security
  • Network security concepts – firewalls, IDS/IPS
  • Configuring network security devices
  • Secure network architecture and communication protocols
  • Mitigating common network attacks
  • Network monitoring and traffic analysis
15 15 30
  • Understand network security concepts, including firewalls, IDS, and IPS.
  • Learn to configure security devices for protecting networks.
  • Understand secure communication protocols (TCP/IP) and network vulnerabilities.
  • Gain expertise in VPNs, network segmentation, and secure wireless setups.
  • Develop ability to monitor and analyze network traffic to detect and respond to threats.
Sub Total (A) 120 210 330 -
5 Employability Skills (B) - - - 60 Students will be able to get additional skills apart from technical skills, to be job ready.
6 OJT / Project (C) - - - 60 Students will be able to learn practical job-oriented working experience.
Total Duration (A + B + C) 120 210 450 -

Junior Data Analyst

Course Overview

Duration: 12 months/540hours

Modules of the course

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