Academic Education PDF Print E-mail
Written by Zeeshan   
Sunday, 20 April 2008 19:02
Academic Education:
  • MS Information and communication systems security, Royal Institute of Technology (KTH)-Sweden.

  • Certified Information System Auditor (CISA) PASSED

  • Masters of Computer science (Software engineering) Gold medalist. SZABIST, Pakistan

  • IBM Certified UML, XML, J2EE Developer

  • SUN Certified Java programmer.

Courses MS Information and communication systems security, Department of Computer and System Sciences, KTH- SWEDEN :

 

Course Title and Detail
Credit
Status
1. Introduction to information security and its environment
* Introduction to information security
* Security Models and Policies
* Cryptography overview
* Security Architectures, incl. Identification, authentication, access control.
* Malicious Software, incl. Viruses, worms, trojan horses, etc.
* Program Security
* Security Tools
* Assurance
* Law and ethics
* Privacy and Privacy Enhancement Tools
10
completed
2. Cryptography
* information theory
* number theory
* modular arithmetics
* block and stream ciphers
* symmetric and asymmetric cryptosystems
* DES and AES
* RSA
* Key distribution
* Elliptic curve cryptography
* One-way functions
5
completed
3. Network Security
* Digital signatures
* Public-Key Infrastructure (PKI) and Trusted Third Party (TTP)
* Message authentication
* Network authentication (Kerberos)
* Email security
* VPN technology (IPSec)
* WWW security (SSL/TLS/SET)
* Security in Web services
5
completed
4. Research methodology and Scientific writing
* Principles of science and research
* Thesis structure, format and report writing
* Problem definition
* Common thesis types
* Four levels of method and choosing a research method
* Finding and using literature
2
completed
5. Software engineering and security architecture
* Introduction to software security, and the role of security personell in project teams
* Overview of software systems engineering and architecture principles for software security
* Overview of technology selection such as programming languages, operating systems and authentication
* System security analysis, attack trees and source-level security auditing tools
* Buffer overflow, race conditions and other common threats for software solutions
* Problems of randomness and determinism
5
completed
6. Legal aspects of information security (EU/Swedish directives)
* Introduction to law in a digitial environment
* Freedom of information and privacy protection
* E-government
* Intellectual property rights on the Internet
* Intellectual property law and ownership in employment * relationships
* Designing a legal interface for contracting on the Internet
* E-procurement
* Electronic signatures in a legal contgext
* Dispute resolution on the Internet
* Criminal law in an internet environment
5
completed
7. Security in java and e-commerce (Smartcard, SSO, GSS-API)
* Security technologies in Java development/runtime platform
* Security protocols and architectures for Java applications
* Secure Electronic Transactions (SET) protocol and EC extensions
* Smart cards technologies and applications for security and electronic commerce
4
completed
8. Security in open and distributed systems. (Grids, PKI, CAS)
* Principer för distribuerade system och objektorienterad teknologi
* Avancerade tillämpningar och protokoll för distribuerade system (grupprotokoll, misstänkta användare)
* Kerberos autentifikationssystem
* Autentifikationsprotokoll för distribuerade system
* Säkra distribuerade system
* Integrerade säkra distribuerade system
4
completed
9. Security management-Corporate security (COBIT, OCTAVE, SOX, ISO 17799)
* Corporate and IT governance
* Operative risk
* Risk tolerance and risk appetite
* Risk analysis and vulnerability assessment
* Security standards and framework
* Cost/benefit analysis
* Acceptance Criteria
* Education, motivation, ethical considerations and awareness
10
completed
10. Distributed computing: P2P and Grids. (Globus toolkit, GSI)
* Distributed algorithms,
* Peer-to-Peer computing,
* GRID computing, routing, Globus toolkit
* Wave and traversal algorithms,
* DKS, CHORD (DHT),
* Anonymous networks,
* Snapshots, synchrony,
* Fault tolerance,
* Failure detectors,
* Stabbilization
5
completed
11. Security in mobile and wireless network (WEP, WPA, RSN)
* Introduction to wireless networks security
* Analysis of threats and application requirements
* Wireless networks security componets
* Security services in wireless and mobile networks: authentication, authorization, data confidentialiy, data integrity and access control
* Security infrastructure for wireless mobile networks: keys and certificate management
* Secure group applications
* Security of mobile code
4
completed
12. Wireless and mobile network architectures (GSM, 3G, 4G)
Understand the architecture of existing mobile and wireless networks at a sufficient level to recognize the common features of such networks in any mobile or wireless network.
5
completed
13. Economy and leadership for project and functional management
* Group dynamics
* Requirements specification
* Communication theories
* Project lifecycle
* Project scheduling and planning tools
* Management theories
* Project organization
* Organizational behaviour
* IT-Investment evaluation/analysis
* Risk management
* Game theory
* Project methodology for ERP-systems
5
completed
13. Advanced Internetworking
* Describe the functionality of devices and designprinciples of protocols at the link and network layers (such as brigdes/switches, spanning tree, routers, link-state routing protocols, multicast, address structures)
* Critically evaluate existing as well as new communication protocols designs in general and link and network layer protocols in particular, using technical considerations such as scalability, robustness, and manageability as a basis of comparison.
* Based on general principles and study of different protocol standards (such as IP, Appletalk, IPX, CLNP, OSPF) be able to compare and describe advantages and disadvantages of different protocol designs.
* Design, set up and operate a TCP/IP network, and to provide TCP/IP services to end-users, using primarily PC hardware and Unix. You will be able to set up and describe how dynamic address assigment (DHCP), interior routing protocols and the domain name system (DNS) works as well as TCP/IP application servers such as mail and web.
6
completed
Â
Stockholm School of Entrepreneurship
14. Business opportunities in ICT (Porter's strategies, Product cycle)
Lena Ramfelt
This course gives an understanding of the context and the environment for companies within the Information Communication Technology (ICT) sphere. This is a course for anyone who sees their future in ICT: as an entrepreneur, an engineer, a venture capitalist, a policy-maker, or as a scholar. We will critical examine different aspects of ICT to understand different preconditions for the ICT-sphere.
5
completed
15. Global Entrepreneural Leadership - Stanford University
The purpose of this course is to provide university students with a capstone course in how to design organizations, networks, and environments that nurture entrepreneurship, leadership, and innovation.
The primary benefit to us is that we will receive hands-on practice with the habits of successful entrepreneurs and innovative leaders. We will learn that we must think the unthinkable, to do the impossible. We will also learn how, through the modeling of others who have done it successfully in different countries and cultures.
The course is given in cooperation with Stanford University
5
completed
16. Ideation - Creating a business idea
Professor Alf Rehn, KTH Professor Ronald Jones, Konstfack
* Creativity
* Finding and creating business ideas
* Identifying the target market
* The business model
* Opportunity selection
5
completed
17. Planning - Developing a Venture
* Identification of the customer
* Market analysis
* Internationalisation
* Resource acquisition
* Bootstrapping and venture capital
* Exit
* Business model
* Management team
* Negotiations
* Planning
* Governance
* Intellectual property rights
* Licensing
* Contracts and pitching
5
completed
18. Execution - Running your own company
Taking a venture from the drawing board to the marketplace demands a great deal of preparation. Execution focuses on teaching the processes that are critical to a young firm.
Built on the experiences of active entrepreneurs and following the typical stages of a new venture, the course helps with decision-making and other business-critical actions.
5
continue
19 . ICT Venture Creation - KTH
Professor Terrence Brown
The purpose of the course is to give students knowledge about the process of creating and developing an ICT business, from opportunity to managing the growing business. The course stretches from the creation of the business idea, via the construction of a business plan, to the launch of the product or service, and culminates in the establishment and growth of the business. Using real world case analysis, emphasis is placed on the process surrounding the development of a new venture.
10
completed
 
Masters Thesis Project
Authorization in Semantic Based Distributed Repository.
Organization: Swedish Defense Research Agency - FOI , Kista
Examiner: Prof Rassul Ayani , KTH and FOI , Kista
Supervisor: Marianela Garcia Lozano - FOI , Kista
Co-Supervisor: Dan Nordviqst - FOI, Linkoping
20
completed
Last Updated ( Saturday, 17 May 2008 13:28 )
 


Zeeshan Ali Shah

Current Location: Stockholm, Sweden.

Lat 59,3333 Long 18,05

Email: zeeshan at infoshield dot info

Mobile: 0046 76 2776193 (Sweden)

Language: Urdu, English, Swedish, Italian (very basic)

 

View Zeeshan's page on House of Hackers