Patna High Court Technical Assistant Syllabus 2026: obtain PDF along with confirm Examination format

Patna High Court Technical Assistant Syllabus 2026

Patna High Court Technical Assistant Syllabus 2026 outlines a multi-stage recruitment exam focusing on Computer Science domains like Programming Fundamentals, Data Structures, Web Technology & Virtualization, Computer Networks, Computer Organization along with Architecture, as well as Hardware Devices Installation & Database.

Aspirants face Screening/Preliminary Test (100 marks, if needed), Written examination (200 marks), Trade/Skill Test (100 marks), in addition to Interview (30 marks), with final merit from 330 marks. Key prep areas include C programming, linked lists, SQL, networking protocols, as well as practical hardware installs. Negative marking in Preliminary; qualify all stages mandatory.

Direct access to get Patna High Court Technical Assistant Syllabus 2026 PDF: Use the link provided

Overview

Patna High Court (PHC) Technical Assistant exam screens via Preliminary if applicants surge, then advances to theory, practicals, in addition to interview.

Scheme of Examination Table

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Screening/Preliminary Test Details

The official notification states that, MCQ test (if high applicants) shortlists 10x positions for Written examination; marks not for merit. Bilingual except English section. 1 mark correct, -1/4 wrong. Breakdown: General Awareness (15), Reasoning & Quantitative Aptitude (10), General English (15), Computer Applications (60).

Preliminary Syllabus Breakdown

General Awareness: Current events, India/neighbors (History, Culture, Geography, Polity, Economy, Scientific Research), Bihar specifics, Sports, Awards, Schemes, Science/Environment.

Aspirants are advised that, Reasoning & Quantitative Aptitude: Verbal/non-verbal (Analogy, Series, Coding, Syllogism), Arithmetic (Numbers, Fractions, Percentage, Ratio, Average, Interest, Time/Distance/Work, Mensuration).

According to the latest notice, General English: Vocabulary, Grammar, Synonyms/Antonyms, Error spotting, Fill blanks, Idioms, One-word substitution, Active/Passive, Direct/Indirect, Comprehension, Cloze passage.

Computer Applications: Full Annexure-II (below).

Detailed Syllabus (Annexure-II)

Interested applicants should know that, Applies to Preliminary Computer Applications along with full Pen- in addition to-paper exam.

1. Programming Fundamentals

Basic concepts of programming, algorithm development, introduction to the programming environment, introduction to C programming, variables, data types, as well as operators, control structures: if, else, switch, functions as well as parameter passing, arrays as well as strings, pointers along with dynamic memory allocation, file I/O.

2. Data Structure

Introduction to arrays as well as strings, array manipulation along with operations, string manipulation along with algorithms, singly linked lists, doubly linked lists, circular linked lists, linked list operations along with applications. Stack implementation in addition to applications, queue, deque in addition to priority queue. Binary trees in addition to binary search trees, tree traversal algorithms, balanced trees: AVL trees, red-black trees, graph representation: adjacency matrix, adjacency list, graph traversal algorithms: depth-first search (DFS), breadth-first search (BFS), minimum spanning tree algorithms.

3. Web technology & Virtualization

Overview of the World Wide Web as well as Internet, introduction to cloud computing concepts as well as models, benefits as well as challenges of cloud computing, HTML5: structure as well as semantics, CSS3: styling along with layout, JavaScript: programming fundamentals as well as DOM manipulation, responsive web design. Virtualization-Hypervisor as well as containers, life cycle of VM in addition to administration. Virtualization platforms ESXi, Hyper-V, KVM, etc. Thorough familiarity of the Linux OS is expected.

4. Computer Networks

Signals as well as transmission media, digital in addition to analog transmission, multiplexing techniques, transmission errors as well as error detection, modulation along with demodulation, Network hardware devices (Hub, Switch, Modem, Router, Bridge, Repeaters, Firewall). Guided transmission media: twisted pair, Coaxial cable, optical fiber. Logical addressing, IPv4 addressing, subnetting, super netting, IPv6 addressing, routing fundamentals, routing algorithms (Distance Vector, Link State), IP Routing (RIP, OSPF, BGP), Internet Control Message Protocol (ICMP), multicast routing, Quality of Service (QoS) as well as traffic management. Domain Name System (DNS), File Transfer Protocol (FTP), Hypertext Transfer Protocol (HTTP), Simple Mail Transfer Protocol (SMTP), Post Office Protocol (POP), Internet Message Access Protocol (IMAP), Telnet, Dynamic Host Configuration Protocol (DHCP), Simple Network Management Protocols (SNMP). System maintenance along with troubleshooting. Windows as well as Linux OS installation procedures - Dual Boot, Reserving space for User System while installing OS, Trouble shooting issues related to OS, device drivers - Installing packages through command line/GUI, Shell Scripting.

5. Computer Organization and Architecture

Overview of computer architecture as well as organization, binary, decimal, octal, in addition to hexadecimal number systems, representation of integers, floating-point numbers, in addition to characters, two's complement representation, Binary Coded Decimal (BCD) representation, logic gates as well as their functions, combinational in addition to sequential circuits, minimization techniques: Karnaugh maps. CPU Architecture: Control Unit, Arithmetic Logic Unit (ALU), registers, Instruction Set Architecture (ISA), Instruction Execution Cycle (IEC), addressing modes, memory technologies: RAM, ROM, cache memory, virtual memory, memory organization as well as addressing, cache memory: organization, mapping, replacement policies, memory interfacing as well as I/O operations.

6. Hardware Devices Installation and Database

Importance of Installation in addition to Configuration, Basic Troubleshooting Techniques, Installation along with Configuration of PCs, Laptops, Mobile Devices, Printers, as well as Scanners, Management of Various I/O Devices in addition to Peripherals. Installation & Configuration of OS (Windows/Ubuntu) upgrade, ROM/RAM, BIOS, Bootstrap Memory, Firmware, Hard Disks, Assembling of PC, Installation of Systems in addition to troubleshooting, BIOS settings, Installation along with testing of a printer. Installation in addition to Maintenance of UPS Systems. Installation in addition to maintenance of various networking devices like routers in addition to switches, in in addition to out structured cabling, Installation of Firewalls along with Connectivity of LAN connectivity of Wireless network devices, Configuring in addition to sharing internet in PCs along with other devices. Overview of Databases as well as Database Management Systems (DBMS), Importance of Databases in Modern Computing, Databases E-R Model, Relational Model: Relational Algebra, Tuple Calculus, SQL, Integrity Constraints, Normal Forms. File Organization. Indexing: B as well as B++ Trees, Transactions along with Concurrency Control. Types of Databases: Relational, NoSQL, Object-Oriented, etc., Relational Model Basics: Tables, Rows, Columns, Keys, Entity-Relationship (ER) Diagrams, normalization: First, Second, in addition to Third Normal Forms, Basic SQL Queries: SELECT, INSERT, UPDATE, DELETE, Filtering Data: WHERE Clause, Sorting Data: ORDER BY Clause, joining Tables: INNER JOIN, LEFT JOIN, RIGHT JOIN.