01 · Curriculum Navigator
Engineering the intelligent machines of tomorrow
The B.Tech in Mechanical Engineering at Amal Jyothi is built on a strong foundation of core engineering excellence, enhanced by a forward-looking AI-integrated curriculum and a unique Smart Engineering Spine. Programme at a glance:
Duration
4 Years · 8 Semesters
Outcome-Based Education aligned with NBA and global standards.
Total Credits
170 Credits
Balanced theory, labs, projects and skill courses.
Seats
60 B.Tech Seats
Admission through KEAM and Management Quota.
Academic Flexibility
Program Electives, Open Electives, MOOCs and multi-stream Honours & Minors.
Industry Linkage
Strong collaborations with manufacturing, automotive and precision-engineering firms.
NBA Accredited
B.Tech ME is NBA Accredited with validity through 2028.
02 · Programme Philosophy
Classical engineering meets emerging technology
Established in 2004, the Department of Mechanical Engineering has evolved into a vibrant hub of innovation and learning. Empowered by autonomous status, an industry-aligned curriculum and a passionate faculty team, we create an environment where ideas turn into impactful solutions.
The programme seamlessly blends classical mechanical engineering with emerging technologies — preparing graduates for the industries that will define the next decade:
Artificial Intelligence
AI & Machine Learning integrated across engineering applications.
Smart Manufacturing
Data-driven systems, Industry 4.0 and digital production ecosystems.
Mechatronics
Integration of mechanical, electronic and control systems.
Electric Vehicles
Dedicated M.Tech stream in next-generation mobility.
Sustainable Energy
Clean energy, HVAC and environmentally responsible engineering.
Digital Engineering
CAD, CAE, CFD and simulation — the digital backbone of modern design.
03 · Curriculum Pillars
Future-ready · industry-aligned · multidisciplinary
The curriculum is organised around nine distinct pillars — each aligned with emerging industry needs:
🔹 Strong Foundation in Engineering Sciences
- Mathematics, Physics, Chemistry
- Engineering Mechanics and Electrical Sciences
- Basics of Civil and Mechanical Engineering
Outcome: Builds strong analytical and problem-solving skills.
🔹 Early Skill Development & Modern Tools
- Python for Engineers
- Computer-Aided Engineering Graphics
- Workshop practices
Outcome: Practical and computational skills developed from the first year.
🔹 Core Mechanical Engineering Depth
- Thermodynamics & Heat Transfer
- Fluid Mechanics
- Mechanics of Machines
- Manufacturing & Machine Design
Outcome: Balanced expertise in Design, Thermal and Manufacturing domains.
🔹 AI & Smart Engineering Integration
- AI & Machine Learning for Engineers
- Smart Manufacturing & Data-driven Systems
- Mechatronics & Automation
Outcome: Aligned with Industry 4.0 and intelligent engineering systems.
🔹 Extensive Laboratory & Experiential Learning
- CAD/CAM, CFD and Simulation Labs
- Thermal, Fluid Mechanics and Material Testing Labs
- Mechatronics and Automation Labs
Outcome: Strong emphasis on design-build and experiential learning.
🔹 Flexible Learning Pathways
- Program Electives (PEC)
- Open Electives (OEC)
- MOOCs and Self-study options
Outcome: Enables customised and interdisciplinary learning.
🔹 Honours, Minors & Add-on Programmes
- Honours: Design · Thermal · Manufacturing
- Minors: Industrial Engineering · Quality Management · Smart Manufacturing · Materials
- Add-on courses in entrepreneurship and sustainability
Outcome: Promotes specialisation and career flexibility.
🔹 Industry Exposure & Research Orientation
- Summer Internship
- Seminar & Technical Presentations
- Final-Year Research Project
Outcome: Develops innovation and real-world problem-solving skills.
🔹 Holistic Development
- Universal Human Values
- Professional Ethics & Life Skills
- Communication Skills
Outcome: Ensures well-rounded personality development.
04 · Key Focus Areas
Six domains of intelligent engineering
Core
Core Mechanical Engineering
- Thermodynamics and Heat Transfer
- Fluid Mechanics
- Mechanics of Machines
- Manufacturing and Machine Design
Industry 4.0
AI & Smart Manufacturing
- AI & Machine Learning for Engineers
- Smart Manufacturing & IoT
- Data-driven Engineering Systems
- Mechatronics & Automation
Mobility
Automotive & Electric Vehicles
- EV Systems & Powertrain Design
- Battery Technology & Management
- Dedicated M.Tech in EV Technology
- Sustainable mobility and future transport
Digital
Design & Digital Engineering
- CAD / CAE / CFD workflows
- Product Development Engineering
- Simulation-driven design
- Fusion 360 and industry tools
Automation
Mechatronics & Robotics
- Embedded and control systems
- Robotics projects and automation
- Sensors, actuators and integration
- Competition-grade prototyping
Energy
Thermal & Energy Systems
- HVAC & Refrigeration
- Energy Management and Economics
- Renewable Energy Engineering
- Sustainable and green systems
05 · Industry Linkages & Collaborations
Strong industry partnerships
The department maintains strong collaborations with industries and organisations to enhance practical exposure and employability:
Leading Manufacturers
Partnerships with leading manufacturing and engineering firms across the region and the country.
Precision & Automotive
Collaboration with precision machine manufacturers and automotive industries for real-world exposure.
Production Systems
Exposure to real-world production systems and industrial practices through live projects.
Training Programmes
Industry-supported training programmes, collaborative projects and internship opportunities.
Industry readiness. These initiatives strengthen industry readiness and practical competence — giving our graduates a visible advantage in the job market and higher studies.
06 · Capacity Building & Skill Enhancement
Beyond the syllabus · continuous skill development
Finishing School
Structured employability programmes preparing students for placement interviews, aptitude tests and professional communication.
Modern Tools Training
Fusion 360, simulation software and industry-standard CAD/CAM tools training beyond the core curriculum.
Advanced Manufacturing Skills
Hands-on training in Smart Manufacturing, 3D Printing and Laser Engraving as skill electives.
Professional Society Chapters
Active student chapters of IE(I), ISTE, SEEM, NIQR and ASME for community and industry linkage.
🏎️ Technical & Non-Technical Clubs
Rapid
Rapid prototyping club — turning ideas into functional prototypes.
Stellar
EV vehicle club — designing and building competition-grade electric vehicles.
Zeptar
All-women racing team — championing diversity in motorsport engineering.
🚀 Innovation & Incubation
- Innovation support for student start-ups via Startups Valley TBI, AJCE
- Incubation facility with mentoring from industry and academic experts
Other activities include: expert talks by industry professionals, workshops (e.g., Drone Technology, Manufacturing Strategy), alumni interactions, All-India Solar EV Vehicle Challenges, cultural and technical competitions.
07 · Industrial Exposure
Learning in real industrial settings
Students regularly participate in industrial visits to manufacturing and production units — gaining practical understanding of industrial systems and real-world engineering environments.
Examples of visits include:
- Refrigeration and manufacturing industries
- Aluminium and process industries
- Industrial production plants
- Hydro & thermal power plants
Outcome: Enhances practical understanding of industrial systems and bridges theory with practice.
08 · Career Opportunities
Diverse career paths across core & emerging domains
Graduates are prepared for diverse career paths — future-ready, versatile and globally competitive:
Core Engineering
- Design Engineer
- Manufacturing / Production Engineer
- Maintenance Engineer
- Quality & Reliability Engineer
Emerging Technologies
- AI & Data Analyst for Engineering
- Automation & Robotics Engineer
- Mechatronics Engineer
- Smart Manufacturing Specialist
Automotive & Future Mobility
- Automotive Engineer
- Electric Vehicle (EV) Engineer
- Powertrain Engineer
Energy & Sustainability
- Energy Engineer
- HVAC Engineer
- Renewable Energy Specialist
Interdisciplinary Roles
- CAD/CAE/CFD Analyst
- Simulation Engineer
- Product Development Engineer
Higher Studies & Research
- M.Tech / MS (India & Abroad)
- MBA (Operations, Analytics)
- Ph.D in advanced engineering
09 · Major Recruiters
Placement across leading companies
Students are placed in leading companies across multiple sectors:
🔧 Core & Manufacturing
Bosch
Yamaha
Royal Enfield
Eicher Motors
💻 Design & Technology
Autodesk
Quest Global
Tata Elxsi
💼 IT & Analytics
TCS
Infosys
Wipro
Cognizant
🌱 Emerging Sectors
- Electric Vehicle companies
- Automation & robotics firms
- Energy and sustainability organisations
Strong training and industry partnerships ensure excellent placement opportunities for our graduates.
10 · Why Choose Mechanical at AJCE?
Six reasons to choose B.Tech ME at AJCE
AI-integrated Smart Engineering
Curriculum with a unique Smart Engineering Spine — AI and data-driven systems woven across subjects.
Strong industry collaborations
Active MoUs and partnerships with leading manufacturers, automotive and technology firms.
10+ Advanced Laboratories
CAD/CAM, CFD, Mechatronics, Thermal, Fluid and Material Testing labs for experiential learning.
Industry 4.0 & Automation
Focus on smart manufacturing, automation, digital engineering and emerging technology trends.
Internship & Research Learning
Hands-on projects, internships and final-year research embedded in the programme.
Excellent Placement Support
Structured placement training, partnerships with leading recruiters and strong alumni network.
At a Glance
Programme snapshot
170Total Credits
8Semesters
60B.Tech Seats
6M.Tech EV Seats
10+Advanced Labs
NBAAccredited · 2028
AIIntegrated
2004Established