ACE College of Engineering

Why Mechatronics is the Future of Engineering? “Engineering is the closest thing to magic that exists in the world.” – Elon Musk (CEO of Tesla Motors) “I’m interested in engineering. But, which trade should I take admission for?”, “Which is the job oriented course I can consider?” I hear the same question from most students after their higher secondary completion. The best thing to do would be to – always follow the changing trends and technology. Imagine a future where your child is the one who create trends with most advanced technical strategies. Enrolling in an advanced engineering course like Mechatronics can open up a world of possibilities for them. Why Mechatronics? Mechatronics is an advanced engineering course that combines mechanical, electronic, and computing skills to create innovative solutions that drive industries forward. A graduate in this course will gain expertise in latest technologies such as robotics and automation, preparing them for high-demand careers with excellent growth potential. It’s more than just a degree. It’s an investment for your future, which prepare you with the skills to solve complex problems and lead advancements in technology. Benefits of Choosing B.Tech in Mechatronics Merges mechanical, electronic, and software skills Engages with robotics, automation, and smart systems Broad and high-demand career opportunities Hands-on learning with advanced tech Stay up-to-date with emerging technologies like AI and IoT Opting the Right Mechatronics Engineering College Matters Make sure to create a list of the best mechatronics engineering colleges in Kerala. Choose a college with strong reputation in engineering, experienced faculty, and state-of-the-art facilities. Check whether their curriculum is up-to-date with the latest advancements in technology and industry practices. Also, consider the college’s placement record and the support they offer for internships and career development. A vibrant campus life and a supportive learning environment is crucial for overall educational experience. Why not consider ACE College of Engineering in Trivandrum? Along with career-focused teaching from skilled professors, they also provide opportunities for hands-on learning through labs, workshops, and industry collaborations. You’ll benefit from theoretical knowledge along with practical experience, which help you stay prepared for the challenges and opportunities that lie ahead.

Date: March 20, 2024 Event: ESPERANZA Session in association with AAKRITI, Department of Civil Engineering Guest Speaker: Ms. Anoja BV, Senior GIS Analyst, Technical Inspection Wing KIIFB Attendees: Ms. Priya CV, HOD of Civil Department, Ms. Shamya PK, Association Coordinator of AAKRITI, honorable faculties, and students The talk session, titled “Unlocking Potential: Open-Source GIS in Civil Engineering,” held on March 20th, marked the 5th session of ESPERANZA, in collaboration with AAKRITI, the Department of Civil Engineering. The program commenced by welcoming the guests, followed by a speech by the HOD, extending a warm welcome to the esteemed guest, Ms. Anoja BV. Ms. Anoja’s talk was truly enlightening and valuable for all participants, providing insights that resonated with both faculty members and students alike. She explained about the use of GIS tools and software in geomapping, highlighting the applications of Google Maps and Google Earth in Civil engineering projects. Attendees gained insights into the practical implementation of these technologies, as the speaker explained the concepts using the software tools, providing a deeper understanding of their role in the field. Furthermore, she outlined the scope of GIS in Civil Engineering, emphasizing its significance in various aspects such as urban planning, environmental assessment, infrastructure management, and disaster management. Her expertise in GIS illuminated the vast possibilities offered by open- source GIS in civil engineering, inspiring attendees to explore innovative solutions and approaches. Following the talk, a question-answer segment allowed attendees to engage directly with the speaker, who expertly addressed all inquiries, further enriching the learning experience. After the talk session, a memento was presented to Ms. Anoja BV as a token of love and appreciation for her invaluable contribution to the event. The memento was handed over by the association coordinator, Ms. Shamya PK, symbolizing gratitude from the department and its members. The event concluded with a heartfelt vote of thanks, expressing gratitude to all participants and organizers for their contributions to the success of the session.  

Venue: Ace College of Engineering, Thrivallam, Thiruvananthapuram Ace College of Engineering witnessed a confluence of academia and industry expertise at the Esperanza Technical Talk Series, held at its premises. The event, aimed at bridging the gap between theoretical knowledge and practical industry requirements, featured a lineup of distinguished speakers who shared invaluable insights with the eager audience. The session commenced with a welcome address by Dr. Farrukh Sayeed, the Principal of Ace College, setting the stage for the enlightening discussions to follow. Mohammad Iqbal, retired IPS and Director of Administration at Manarul Huda Trust, also addressed the audience, sharing his valuable insights. The technical talks began with Mr. Jijo Joseph, delving into the crucial skill sets required to secure employment in today’s competitive job market. Mr. Jijo, with his vast experience in talent management, highlighted the latest trends shaping various industries and provided valuable advice to the aspiring engineers. Following Mr. Joseph’s session was an engaging presentation by Ms. Deepa Nair, Senior Manager HR at 6D Technologies. Ms. Deepa shared insights into modern recruitment strategies and shed light on the expectations of HR professionals and industries from students and institutions alike. Her discussion on stress management resonated well with the audience, addressing a prevalent concern among students. Mr. Jack Ben Vincent, Managing Director of Jack Constructions Pvt Ltd, proceeded to discuss the engineering opportunities in the construction sector. Mr. Jack’s passionate presentation showcased the potential for innovation and growth in this field, inspiring students to explore diverse career paths. The final technical talk of the day was led by Mr. Arun Karthikeyan, CEO and Founder of NEOEDGE Digital, who enlightened the audience about the IT opportunities available for non-IT students, particularly in the digital platform domain. Mr. Arun’s insights provided a glimpse into the ever-expanding landscape of technology-driven careers. The session concluded with a lively panel discussion and a general question and answer session, allowing students to interact directly with the speakers and delve deeper into the topics discussed. Overall, the Esperanza Technical Talk Series proved to be a resounding success, empowering students with knowledge and insights essential for their professional journey. SREEKESH KPAssistant ProfessorDepartment of Civil EngineeringACE College of Engineering

The world is changing and the electric vehicle industry is embracing electric vehicle technology at a hard and faster rate than in the past. Electric vehicles, also known as electric cars, have made significant progress in the last decade and they are now on track to meet the objective of a green transportation system powered by efficient and sustainable energy sources. The automakers are charting their own paths for how to adapt, when they will have electric vehicles on the market and how long they will continue to produce petrol-powered vehicles. When the speed of global adoption of electric vehicles increases, manufacturers have retooled their operations and electric vehicles, as part of the fourth industrial revolution driven by disruptive technological change, may come to the forefront. As a result, these technologies can produce new products and new jobs. Throughout a course, an engineering graduate learns the fundamental ideas required to design an electric vehicle. Engineers who have already worked in the industry have a valuable and mature skill set. Mechanical engineers create, design and test the tools, engines, machines and other mechanical components used in electric cars. Engines, electric motors and other mechanical devices such as transmissions, drivetrains and steering systems may be the focus of these engineers. Furthermore, they may be involved in the packaging of the electronic circuits within the electric vehicles, as well as the design of its internal wires. Mechanical engineering technicians help engineers solve technical difficulties in research and development, manufacture, construction, inspection and maintenance. Their work is more tightly focused and application-oriented than that of other engineers or scientists. Engineering technicians will construct or set up equipment, conduct experiments, gather data and compute or record results. They may also assist engineers and scientists in the creation of prototypes of newly designed equipment or in the use of computer-aided design and drawing (CADD) equipment. Electrical engineers oversee the production of electrical components. They are in charge of creating the electrical circuitry that allows charging a hybrid vehicle’s battery and distributing electricity from the battery to the electric motor. The majority of this effort is focused on power distribution across electric vehicles, where batteries and motors operate at hundreds of volts. This involves the operation of propulsion motors in electric vehicles. The work of electronic engineers in the field of electric vehicles extends beyond the initial design phase. They are also responsible for the ongoing maintenance and optimization of EV systems. As technology continues to advance, electronic engineers stay at the forefront of research and development to improve the performance, efficiency and reliability of EVs. They work on innovations such as wireless charging systems, advanced energy storage technologies and intelligent control algorithms to push the boundaries of electric vehicle capabilities. With their expertise in electrical and electronic systems, electronic engineers play a crucial role in shaping the future of transportation, driving the transition towards a greener and more sustainable automotive industry. Electronics engineers put electronic components and systems for these vehicles through rigorous testing. These engineers are primarily concerned with the vehicle’s control systems and other electronic components. They also create climate controls for electric vehicles as well as heat dissipation controls for electronic components. Electric vehicles, or electric cars, are becoming increasingly popular due to their affordable costs and lack of environmental hazards. With the advancement of electric vehicles, it is anticipated that engineers would have several employment prospects in domains such as electric vehicle manufacture, design, research and maintenance. The approaching decade will be known for electric mobility in India and around the world.

Civil engineering is one of the oldest and broadest fields of engineering, encompassing various aspects such as the design, construction and maintenance of buildings. Civil engineers play a vital role in the development of a nation’s infrastructure, including transportation systems, water treatment facilities and governmental structures. These highly qualified professionals, who graduate from institutions worldwide, bring their expertise to both rural and urban locations, contributing to the growth and improvement of public amenities like train stations and airports. Let’s understand a little deeper: Civil engineering is a diverse field encompassing the design, construction and maintenance of infrastructure such as buildings, bridges, roads and water systems. It involves analysing structural integrity, managing construction processes and addressing environmental considerations. They also play an important role in shaping our physical environment, ensuring safe and sustainable development while enhancing transportation networks and managing water resources. With the integration of cutting-edge technology and design techniques, civil engineers are constantly at the forefront of innovation in their field. Their work extends beyond mere construction, as they actively contribute to the economic well-being of a nation. By creating and enhancing facilities and services used by the general public on a daily basis, civil engineers have a direct impact on people’s lives. The influence of civil engineers on the history of the world cannot be understated. The numerous benefits they provide to society are ingrained in our daily lives and it is difficult to imagine a world without their contributions. The role of civil engineering in shaping the globe is instrumental in envisioning the development of our future. In terms of remuneration, civil engineers are rewarded for their extensive training and expertise with respectably high salaries and attractive benefits. However, the value of a job extends beyond monetary compensation. Factors such as job satisfaction, workplace environment, disposable income after living expenses and other intangible benefits all contribute to the overall appeal of a career in civil engineering. Multifaceted and adaptable, civil engineers tackle a wide range of challenges. From addressing issues related to energy use, urban redevelopment, traffic congestion and drinking water shortages to community planning, they play a crucial role in improving the quality of our lives. Through their technical proficiency and creative approach, civil engineers shape modern life by constructing bridges, highway systems, water treatment facilities and energy-efficient buildings, among others. Their ability to multitask and collaborate with professionals from different fields makes them valuable assets in executing projects successfully. The importance of building maintenance is not overlooked by civil engineers. Alongside their role in construction, civil engineers are responsible for the ongoing maintenance of buildings. They ensure that structures are safe, functional and meet the required standards. With their expertise, civil engineers address issues related to structural integrity, durability and sustainability, ensuring that buildings stand the test of time. In summary, civil engineers are indispensable in the development and maintenance of a nation’s infrastructure. Their work encompasses various aspects, including the design, construction and maintenance of buildings. Through their efforts, they improve the quality of life for the general public, shape the modern world and contribute to the economic growth of nations. With their multidisciplinary skills and ability to collaborate effectively, civil engineers play a vital role in addressing the complex challenges of today and tomorrow.

AERONAUTICAL ENGINEERING Engineering is a science encompassing the development, design, construction, testing and operation of vehicles that operate in outer space and within the Earth’s atmosphere. The modern-day word Aerospace has replaced the terms Astronautical and Aeronautical. Aeronautical engineering, also known as B.Tech Aeronautical Engineering, is concerned with the design and construction of aircraft, including how they are powered, used and controlled for safe operation. Because of the increased activity in space flight, aeronautics and astronautics, including aeronautical engineering, are now frequently combined as aerospace engineering. The original term of study was “aeronautical engineering,” but as flight technology advanced to outer space, the broader term “aerospace engineering” came into use. Aerospace engineering, particularly the astronautics branch, is often referred to as “rocket science.” Aerodynamics, a dynamic study, is that which deals with the motion of air and motion against, like aircraft. The whole mechanism of an aircraft, a key aspect of aeronautical engineering, is made in conjunction with aerodynamics. Flight vehicles have a complex design that necessitates the knowledge of multiple engineering disciplines. Aerodynamics sciences, structural design, propulsion systems, avionics, stability control systems and materials specialists make up teams that comprise specialists as it’s a difficult task for individuals to take up the entire task. Career Advancement Opportunities for Aeronautical Engineers The area of scope is so vast for a B.Tech Aeronautical Engineer. An aeronautical engineer, including those with a degree in aeronautical engineering, can join as a technical expert or supervise engineers and technicians. One might even advance to engineering management or executive positions, including program director. Options for higher education, research, Ph.D., etc., are also the front-line opportunities before you. Aeronautical Engineering, including B.Tech Aeronautical Engineering, mainly includes maintaining, assembling and testing systems, maintaining their functioning, safety and so on, which extends the field of work. Laboratories, development establishments, research centres, including NASA and ISRO, aircraft manufacturing companies, defence and research institutions, department of civil aviation extend the fields and opportunities for a B.Tech Aeronautical Engineer, particularly those specialized in aeronautical engineering. Why should you choose B Tech Aeronautical Engineering? An area of study with vast opportunities and valuable graduation, such as B.Tech Aeronautical Engineering, that moulds candidates to work in different sections within the engineering sector. Enables them to be prepared for a vast field of work. The highly paid engineering field creates satisfaction and self-attainment as it accomplishes a successful life ahead of you. ECONOMIC GROWTH AND CAREER OPTIONS FOR YOU. As a B.Tech Aeronautical Engineering graduate, you are able to join state, central and even industries and companies owned by individuals or groups. Working on various roles and services from the minute atoms to the missiles, B.Tech Aeronautical Engineers can invest their professional calibre to service, repair and maintain aircraft. Also, aircraft management and controlling can also be done by achieving practical skills in aviation. The impact you could create in the nation’s growth. India, being a developing country, is listed 3rd among the aviation nations, in terms of domestic passenger traffic. Various MNCs and foreign organizations are interested and ready to invest in the Indian manpower due to this availability and opportunities. Each and every minor investment of a B.Tech Aeronautical Engineer can cause the growth and betterment of our nation. The availability and interest with passion in this field of study, such as aeronautical engineering or B.Tech Aeronautical Engineering, can definitely raise you to a reputable designation, thus investing your part in the journey.